Articles tagged with "robot"
US' new robots can snap into hundreds of shapes, work on tough terrains
Researchers at North Carolina State University have developed a new class of flat, motorless robots called "metabots," made from thin polymer sheets with patterned cutouts and coated with responsive thin films. These films act as actuators that respond to electrical or magnetic stimuli, enabling the sheets to snap into hundreds of stable shapes and execute diverse movements such as jumping, crawling, rotating, and grasping. By connecting multiple sheets, the metabots can fold into numerous configurations—up to 256 stable states with four connected units—allowing them to adapt their shape and gait to navigate complex terrains or perform various functions. The metabots leverage multistable thin-shell metastructures that store elastic energy and incorporate piezoelectric materials for controlled vibrations, enhancing their maneuverability and adaptability. This design enables energy-efficient, reconfigurable soft robotic platforms capable of operating in confined environments and performing tasks like noninvasive gripping and multi-gait locomotion. Although still at an early proof-of-concept stage, the
robotsoft-roboticsmetamaterialsadaptive-robotsshape-shifting-robotspiezoelectric-materialsmultistable-structuresLaser-activated pill can 3D print bio-ink to repair internal injuries
Researchers at EPFL’s School of Engineering have developed a novel swallowable device called the Magnetic Endoluminal Deposition System (MEDS) that can bioprint living bio-ink directly onto damaged internal tissues, such as those in the gastrointestinal tract. MEDS combines bioprinting technology with magnetically guided capsules, enabling minimally invasive internal wound repair without surgery. The pill-sized device contains a chamber of bio-ink—a living gel scaffold for new cell growth—and uses a spring-plunger mechanism activated externally by a near-infrared laser. An external magnet mounted on a robotic arm then precisely steers the capsule to the injury site, allowing targeted deposition of bio-ink without incisions. Initial tests on artificial stomach tissue demonstrated MEDS’s ability to repair simulated ulcers and seal mock hemorrhages. Subsequent in-vivo experiments in rabbits confirmed safe navigation and retrieval of the capsule via magnetic guidance, as well as successful bio-ink deposition in the gastric tract. The bio-ink
robotbioprintingmedical-devicesmagnetic-guidancebio-inkminimally-invasive-surgerylaser-activationChina's humanoid robot performs stunning stretch routine in new demo
China’s robotics company LimX Dynamics has released a new video showcasing its full-size humanoid robot, Oli, performing a highly flexible and human-like full-body stretch routine. Standing about 5.4 feet tall with 31 degrees of freedom, the two Oli robots in the video demonstrate exceptional balance, coordination, and joint articulation through synchronized movements such as torso tilts, knee and ankle flexing, leg lifts, twists, and even a suspended split-like exercise. The routine highlights the robot’s fluid motion and precise control, emphasizing its advanced joint flexibility and stability. Launched in July 2025 and featured at the World Robot Conference in Beijing, Oli is equipped with dual Intel RealSense depth cameras, a 6-axis IMU, and a modular software development kit supporting Python. Designed as a platform for developers and researchers, Oli aims to push the boundaries of embodied AI and motion research, with potential applications in logistics, assembly lines, and fulfillment centers. LimX Dynamics positions Oli as a key
robothumanoid-robotroboticsAImotion-controljoint-articulationLimX-DynamicsStellantis teams up with Pony.ai to develop robotaxis in Europe
Automaker Stellantis and Chinese autonomous vehicle firm Pony.ai have entered a non-binding agreement to develop robotaxis for the European market. The partnership will integrate Pony.ai’s self-driving software into Stellantis’s electric medium-size van platform, specifically starting with the Peugeot e-Traveller model equipped with advanced sensors for autonomous driving. Initial testing is set to begin soon in Luxembourg, which serves as Pony.ai’s European headquarters, with plans to expand deployment to other European cities by 2026. This collaboration follows Pony.ai’s recent partnership with Uber to deploy autonomous vehicles in international markets, including Europe and the Middle East, and comes shortly after Pony.ai received an autonomous vehicle testing permit from Luxembourg in April. As Pony.ai aims to grow beyond its established presence in China and increase its footprint in Europe, the company is also pursuing a secondary IPO on the Hong Kong Stock Exchange, complementing its existing Nasdaq listing.
robotautonomous-vehiclesrobotaxisself-driving-softwareelectric-vehiclessensorsmobility-technologyUpcoming 'Yogi' humanoid robot to focus on human connections
Cartwheel Robotics is developing a humanoid robot named Yogi, designed primarily to foster genuine human connections and serve as a friendly, emotionally intelligent companion in homes and workplaces. Unlike many other robotics firms focusing on factory automation—such as Tesla’s Optimus robot—Cartwheel emphasizes natural movement, safety, and approachability. Yogi is constructed with medical-grade silicone and soft protective materials, features modular swappable batteries for extended operation, and incorporates precision-engineered actuators with overload protection. The robot aims to assist with light household tasks while maintaining intuitive and reliable interactions, reflecting Cartwheel’s goal to integrate humanoid AI into everyday life by enhancing how people live, work, and care for one another. Humanoid Global Holdings Corp., Cartwheel’s parent investment company, highlighted that Yogi is built on a proprietary full-stack humanoid platform combining custom hardware, AI models, motion systems, and software. Cartwheel is expanding operations with a new facility in Reno, Nevada, set to open in January
robothumanoid-robotAIhome-automationrobotics-technologyhuman-robot-interactionbattery-technologyChina tests deep-sea ‘Spider’ to track ghostly cosmic neutrinos
Chinese scientists from Shanghai Jiao Tong University’s Tsung-Dao Lee Institute have successfully conducted a full-scale sea trial of a device called the Subsea Precision Instrument Deployer with Elastic Releasing (Spider). This device is critical for deploying sensors needed to build the Hailing Tropical Deep-sea Neutrino Telescope (Trident) in the South China Sea. During the trial, the Spider descended to about 1,700 meters depth, uncoiling a 700-meter string with 20 sensors and buoyancy blocks, precisely positioning them to detect elusive neutrinos—nearly massless subatomic particles born in cosmic events. This successful test marks a significant step toward constructing the large-scale underwater neutrino observatory designed to capture rare neutrino interactions in a quiet, dark, and stable deep-sea environment. The Trident telescope will be located approximately 3,500 meters below the ocean surface, where conditions such as absence of sunlight, minimal vibrations, and low natural radiation optimize the detection of
robotdeep-sea-technologyunderwater-sensorsneutrino-detectionscientific-instrumentsparticle-physicsocean-engineeringOusted Luminar CEO Austin Russell wants to buy the company
Austin Russell, the billionaire founder and former CEO of Luminar, has launched a surprising bid to buy back the company through his new firm, Russell AI Labs. The proposal, disclosed in an SEC filing, involves Russell AI Labs acquiring all outstanding Class A common shares of Luminar for an undisclosed price, while keeping Luminar publicly traded. The filing also hints at a potential future merger with a larger global automotive technology company to form a unified platform dubbed “Luminar 2.0,” with Russell possibly investing in the combined entity. This takeover attempt follows Russell’s abrupt ousting as Luminar CEO in May, which was linked to an undisclosed ethics inquiry by the board’s audit committee. The company has faced shareholder lawsuits over the circumstances of his departure and the lack of transparency. Since his removal, Russell has remained on Luminar’s board but has notably not signed any SEC filings as a board member. In September, he co-founded Russell AI Labs alongside Markus Schäfer of Mercedes-Benz and former
robotautonomous-vehiclesAI-technologyautomotive-technologyLuminarAI-labstechnology-acquisitionBoeing turning Cold War-era Chinook into autonomous heavy-lift robot
Boeing is modernizing the Cold War-era CH-47 Chinook helicopter to extend its operational relevance into the 2060s by integrating advanced automation and autonomy technologies. The CH-47F Block II upgrade enhances lift capacity, range, and cockpit features, building on the helicopter’s long-standing reputation for reliability and heavy-lift capability since its induction in 1962. Boeing’s efforts focus on reducing pilot workload, improving safety, and lowering maintenance and training costs through supervised autonomy, which allows the aircraft to operate effectively in complex and contested environments. Central to this modernization is the development of the Active Parallel Actuator Subsystem (APAS), a next-generation control system that functions similarly to automotive “lane assist.” APAS helps pilots maintain aircraft performance limits while enabling dynamic maneuverability and greater flexibility in unpredictable conditions. Boeing envisions future versions of APAS supporting varying levels of autonomous operation, potentially allowing the Chinook to conduct certain missions with minimal or no pilot input. The company emphasizes close collaboration
robotautonomous-systemsheavy-lift-helicopterBoeingmilitary-technologyautomationflight-control-systemsWaymo Moves Again, Partners With DoorDash - CleanTechnica
Waymo has announced a new partnership with DoorDash to begin autonomous vehicle deliveries in Phoenix, Arizona, the city where Waymo first launched its robotaxi service. Starting in the coming months, DoorDash customers in Metro Phoenix may opt into receiving deliveries via fully autonomous Waymo vehicles, initially focusing on orders from DashMart convenience and grocery stores, with plans to expand to more local merchants and product offerings over time. Customers will use the DoorDash app to select autonomous delivery and unlock the vehicle’s trunk upon arrival, enabling a contact-free delivery experience. This collaboration builds on Waymo’s established presence and safety record in Phoenix, where its autonomous vehicles have logged over 100 million miles and completed more than 10 million trips, reportedly driving more safely than the average American driver. Waymo emphasizes that this pilot approach—testing and gradually expanding—aligns with its strategy to scale its autonomous services responsibly. Additionally, DoorDash’s DashPass members can access promotional offers for Waymo’s ride-hailing service in
robotautonomous-vehiclesWaymoDoorDashdelivery-robotsrobotaxiself-driving-technologyVideo: Robotic hand with 16 joints perfectly opens soda can like humans
TetherIA, a California-based company, has developed the Aero Hand Open, an open-source, tendon-driven robotic hand designed to tackle the challenge of dexterous manipulation in robotics. Featuring 16 joints, the robotic hand can perform precise tasks such as grasping small objects, picking up an iPhone, and even opening a soda can with human-like dexterity. Its underactuated design uses cables running through the fingers instead of individual motors for each joint, allowing the hand to conform naturally to various object shapes. This compliance enhances its ability to handle everyday objects with precision and adaptability. The Aero Hand Open emphasizes simplicity, affordability, and accessibility. It is fully 3D-printable, lightweight, and integrates open-source ESP32-based firmware and ROS2-compatible control software, making it suitable for research and educational use. Priced at $314 for a complete kit, it offers a modular platform that can be assembled with standard equipment and off-the-shelf components. Additionally, the system includes a
robotroboticsrobotic-handdexterous-manipulationopen-source-roboticstendon-driven-actuation3D-printingFoldable flying suitcase Janus-I takes off as a personal aircraft
The Janus-I is a groundbreaking foldable flying suitcase that transforms into a personal VTOL (vertical takeoff and landing) aircraft and amphibious lifeboat. Compact enough to fit in a car trunk at just 70 kilograms and dimensions of 1099 x 640 x 665 mm, it unfolds into a one-seater vehicle capable of carrying up to 200 kilograms of payload. Powered by a turboshaft heavy fuel engine rather than batteries, the Janus-I achieves speeds up to 160 km/h, operates above 6,000 meters altitude, and maintains stability in harsh weather and terrain. Its design supports both manned and unmanned missions, including cargo delivery, exploration, search-and-rescue, and disaster relief. A key feature of the Janus-I is its user-friendly fly-by-wire control system, which allows operation without a pilot’s license or certification, with new users reportedly able to learn flying in under 30 minutes. The aircraft’s amphibious capability, enabled
robotVTOL-aircraftfly-by-wire-systemunmanned-missionsmodular-designturboshaft-enginepersonal-aircraftWaymo dips its wheels back into delivery, this time with DoorDash
Waymo, the Alphabet-owned autonomous vehicle company, is expanding its delivery experiments in Phoenix through a new multi-year partnership with DoorDash. While Waymo is primarily known for its robotaxi services, it has previously explored delivery via pilot programs with Uber Eats and self-driving trucks, though it discontinued the latter in 2023 to refocus on robotaxis. This latest collaboration will enable DoorDash customers within a 315-square-mile area of Phoenix to receive food and grocery deliveries from DashMart convenience stores using Waymo’s driverless Jaguar I-Pace vehicles. Initially limited to DashMart orders, the service aims to eventually include more local merchants and a broader range of products. The delivery process involves placing orders in the trunk of the autonomous vehicle, which then navigates to the customer’s location without a driver. Customers retrieve their items from the trunk via the DoorDash app, marking a critical test of whether autonomous delivery can match or surpass the convenience of traditional human handoffs. DoorDash brings prior autonomous experience
robotautonomous-vehiclesdelivery-robotsWaymoDoorDashself-driving-technologyurban-mobilityNew drone completes 1,000-mile tests in GPS-denied environments
Auterion, a Swiss-American uncrewed vehicle software company, has unveiled the Artemis drone, a long-range deep strike system capable of flying up to 1,000 miles and operating effectively in GPS-denied environments. Tested extensively in Ukraine under the U.S. Defense Innovation Unit’s Artemis program, the drone employs advanced visual targeting and a built-in terminal guidance system to ensure high-precision strikes. Designed similarly to the Shahed drone and developed in Ukraine, Artemis can carry warheads up to 88 pounds (40 kilograms) and utilizes Auterion’s Skynode N mission computer and Visual Navigation system for precise navigation and targeting. Production lines are being established in the U.S., Ukraine, and Germany to support large-scale manufacturing. Operational tests in Ukraine validated the drone’s capabilities in ground launches, long-distance flights, and terminal targeting with and without GPS, confirming its readiness for deployment. Auterion partnered with a confidential Ukrainian hardware manufacturer and allied firms in the U.S. and Europe
robotautonomous-dronesdrone-technologydefense-technologyAI-navigationGPS-denied-navigationmilitary-roboticsGeneral Intuition lands $134M seed to teach agents spatial reasoning using video game clips
General Intuition, a new AI research startup spun out from Medal—a platform for sharing video game clips—has raised $133.7 million in seed funding led by Khosla Ventures and General Catalyst. The company leverages Medal’s extensive dataset of 2 billion annual videos from 10 million monthly users to train AI agents capable of spatial-temporal reasoning, which involves understanding how objects move through space and time. This dataset is considered superior to alternatives like Twitch or YouTube due to its first-person gameplay perspective and the presence of highly selective, edge-case clips that enhance training quality. The startup’s AI models can interpret unseen environments and predict actions based solely on visual input, mimicking human player perspectives and controller inputs, making the technology transferable to real-world applications such as robotic arms, drones, and autonomous vehicles. General Intuition aims to develop general agents that interact with their surroundings, initially focusing on gaming and search-and-rescue drones. Unlike competitors who sell world models, General Intuition’s goal
robotAI-agentsspatial-reasoningdronesautonomous-vehiclesmachine-learninggaming-AIVine-inspired soft robot grows its way through arteries, jet engines
Researchers at the University of California San Diego have developed a novel soft robotic vine equipped with a thin liquid crystal elastomer (LCE) skin that enables it to navigate extremely tight and delicate environments, such as human arteries and jet engine interiors. This vine-like robot, only a few millimeters wide, grows from its tip by everting its skin, allowing it to advance without dragging against surfaces. By integrating tiny, flexible heaters beneath the LCE actuators and precisely controlling internal pressure and temperature, the robot can be steered through complex paths, making multiple sharp turns and squeezing through gaps half its diameter. The technology has promising applications in minimally invasive medical procedures, such as navigating blood vessels, and in industrial inspections, exemplified by the robot’s successful maneuvering inside a jet engine model equipped with a miniature camera. Beyond these uses, the soft skin design could be adapted for wearable haptic devices, soft grippers, and other soft robotic systems. Future developments aim to make the robot remote-controlled or
robotsoft-roboticsliquid-crystal-elastomermedical-roboticsflexible-actuatorsrobotic-inspectionUC-San-DiegoWaymo Crosses the Ocean - CleanTechnica
Waymo has announced a major international expansion of its robotaxi service, bringing fully autonomous ride-hailing to London in 2026. Unlike previous U.S. expansions that involved partnerships with Uber or Lyft, Waymo will offer direct customer access through its own app in London, supported by fleet partner Moove. The company plans to begin groundwork and testing in the coming months, leveraging its extensive experience of over 100 million autonomous miles driven and more than ten million paid rides in the U.S. Waymo’s co-CEO Tekedra Mawakana highlighted the company’s commitment to improving road safety and accessibility through responsible scaling of autonomous technology. Waymo’s UK expansion builds on existing ties, including engineering hubs in London and Oxford focused on advanced simulation for autonomous driving, and a partnership with British automaker Jaguar Land Rover, whose electric I-PACEs equipped with Waymo’s technology are already operating in the U.S. The UK government has expressed strong support for the move, with Secretary of State for
robotautonomous-vehiclesWaymorobotaxitransportation-technologyelectric-vehiclesUK-expansionWorld’s first Robot Phone by Honor moves and emotes like 'Wall-E'
Honor unveiled a concept for the world’s first “Robot Phone,” a device that combines AI, robotics, and mobile technology to create a new category of smartphone. Unlike traditional phones, this concept features a gimbal-mounted camera that can move independently, swivel, and express emotions through sounds and movements reminiscent of characters like Wall-E and BB-8. Honor describes the Robot Phone as an “emotional companion” capable of sensing, adapting, and evolving autonomously to enrich users’ lives with emotional engagement, aiming to redefine human-machine interaction. The Robot Phone concept hints at a future where AI is given a visible, expressive form to make digital assistants more approachable and comfortable to interact with, moving beyond voice commands alone. The device’s robotic camera and personality-driven features build on earlier innovations like flip-up cameras but add a layer of AI-powered motion and emotional expression. Currently, the Robot Phone exists only as a CGI concept with no physical prototype or detailed specs released. Honor plans to share more information and potentially reveal
robotAIroboticsmobile-technologyhuman-machine-interactionemotional-AIsmart-devicesSelf-driving car companies Pony.ai and WeRide get the OK for Hong Kong listing
Pony.ai and WeRide, two autonomous vehicle technology companies based in Guangzhou, China, have received approval from the China Securities Regulatory Commission (CSRC) to pursue secondary listings on the Hong Kong Stock Exchange. Both companies are already publicly traded on the Nasdaq Exchange in the United States, with WeRide going public in October 2024 and Pony.ai following in November 2024. This move aligns with a broader trend of Chinese firms seeking secondary listings in Hong Kong to diversify their investor base and enhance market presence. The CSRC’s approval is a crucial step, as it holds the final authority over overseas public listings for Chinese companies. Following this clearance, both Pony.ai and WeRide appear poised to proceed with their planned global offerings. Reports indicate that WeRide has engaged Morgan Stanley and China International Capital Corp to manage a dual primary listing in Hong Kong, targeting completion by December 2025. This development underscores the growing momentum of autonomous vehicle companies expanding their capital market access amid increasing investor interest in the
robotautonomous-vehiclesself-driving-carsAI-technologytransportation-technologyroboticsmobility-innovationThe full Space Stage agenda at TechCrunch Disrupt 2025: The future of tech launches here
TechCrunch Disrupt 2025 will feature the new Space Stage on October 27 at San Francisco’s Moscone West, in partnership with The Aerospace Corporation, highlighting the rapidly evolving commercial space sector. This platform brings together founders, investors, and operators involved in various aspects of space technology—from rockets and manufacturing to AI and defense—demonstrating the sector’s ambitious growth despite tightening capital and increasing competition. The event offers attendees, including space enthusiasts, startup builders, and investors, an opportunity to engage with companies pushing the boundaries of space innovation. Key sessions on the Space Stage include discussions on investment trends in space by top venture capitalists, a startup pitch-off focused on AI-driven space solutions, and talks by influential founders such as Baiju Bhatt of Aetherflux, who is transitioning from fintech to space tech. Other highlights include panels on AI’s role in space mission intelligence, the development of a new space economy infrastructure by startups like Vast and Stoke Space, and Varda Space Industries’ plans
robotAIspace-technologyaerospaceorbital-intelligenceautonomous-systemsstartupsDisabled US veteran's invention can launch, retrieve drones midair
Disabled US veteran-owned company Target Arm unveiled the Ralar Modular Mission Payload (MMP) drone system at the 2025 Association of the United States Army (AUSA) expo. The Ralar system features a robotic arm capable of launching and recovering small unmanned aerial systems (sUAS) midair while the host platform—whether a ground vehicle or aircraft—is moving. This innovation eliminates the need for fixed launch or landing zones, allowing troops to deploy reconnaissance or strike drones on the move, thereby enhancing operational tempo and reducing exposure to enemy fire. The system was demonstrated integrated onto GM Defense’s Infantry Squad Vehicle – Utility (ISV-U), highlighting its tactical relevance for frontline forces. The Ralar system is platform-agnostic and compatible with a wide range of drones without requiring airframe modifications. It uses advanced positioning technology from Trimble Inc. to synchronize drone flight paths with vehicle movement, enabling precise and repeatable drone capture even at speed or on rough terrain. Its modular design supports future
robotdronesunmanned-aerial-systemsrobotic-armmilitary-technologydrone-recoveryautonomous-systems‘World’s first’ war-ready robot dog that fires grenades unveiled
Skyborne Technologies has unveiled CODiAQ (Controller-Operated Direct-Action Quadruped), described as one of the world’s first war-ready robot dogs capable of autonomously firing grenades. Funded by the U.S. Department of Defense’s Office of the Assistant Secretary for Special Operations and Low-Intensity Conflict, CODiAQ is designed to provide small military units with a remotely operated lethal option that can be rapidly deployed and controlled by a single operator. The system integrates modular weapons, including a HAVOC 40mm grenade launcher and a CHAOS 12-gauge shotgun, supported by advanced AI-assisted targeting software that enables autonomous aiming, target tracking, and engagement in complex environments. CODiAQ is engineered for rugged operational conditions, featuring IP-67 certification for dust and water resistance, and the ability to traverse difficult terrain, climb stairs, and navigate confined spaces. Its AI-driven autonomy allows independent navigation, freeing operators to focus on mission-level decisions. The robot’s precision fire capability supports
robotautonomous-robotmilitary-technologyAI-roboticsrobotic-weaponsquadruped-robotdefense-technologyWorld’s first humanoid robot walks carrying drone that drives, flies
Caltech, in collaboration with the Technology Innovation Institute (TII) in Abu Dhabi, has developed the world’s first multi-robot system called the X1 System, which integrates a humanoid robot with a transforming drone capable of walking, flying, and driving. This innovative system combines a modified Unitree G1 humanoid robot that can carry heavy loads with the M4 multimodal robot, which can be deployed from the humanoid’s back to fly over obstacles or transform into a wheeled vehicle for driving. The X1 System is designed to autonomously navigate complex terrains and perform real-world missions such as emergency response and urban navigation without human control. The development involved multiple teams, including Caltech’s Center for Autonomous Systems and Technologies (CAST), TII, and Northeastern University, focusing on locomotion control, autonomy, onboard computing, and morphing mechanics. During a demonstration at Caltech’s Pasadena campus, the humanoid robot successfully launched the M4 drone, which flew over obstacles,
robothumanoid-robotdrone-technologyautonomous-systemsmulti-robot-systemrobotics-innovationCaltech-roboticsWaymo plans to launch a robotaxi service in London in 2026
Waymo, the Alphabet-owned autonomous vehicle company, announced plans to launch a commercial robotaxi service in London in 2026, marking its second international expansion after Tokyo. The service will initially deploy all-electric Jaguar I-Pace vehicles equipped with Waymo’s self-driving technology. The rollout will begin with human safety drivers behind the wheel, progressing to driverless testing and eventually allowing the public to hail robotaxis. The timing of the fully driverless service depends on the UK government’s approval process. Waymo will partner with Moove, a fleet operations company already active in Phoenix, to manage the London fleet. This move builds on Waymo’s existing UK presence, including its 2019 acquisition of Oxbotica, a UK startup specializing in self-driving simulation technology, and the establishment of an engineering hub in Oxford. Waymo has expanded its robotaxi operations across multiple U.S. cities such as Phoenix, Austin, Atlanta, Los Angeles, and San Francisco, often collaborating with partners like Uber to
robotautonomous-vehiclesrobotaxiself-driving-technologyelectric-vehiclesWaymotransportation-innovationWorld’s smallest FPV drone weighs just 25 grams but still flies
YouTuber Hoarder Sam has developed the world’s smallest first-person view (FPV) drone, weighing just 25 grams and fitting inside a Pringles can. This ultra-compact quadcopter challenges the widely accepted 65 mm minimum size for stable micro drone flight by reconfiguring the internal electronics of the BetaFPV Air65 into a dramatically smaller frame. Inspired by the “bone drone” design, which features overlapping propellers on each end, Sam’s drone achieves a hub-to-hub size of only 22 mm. The build required meticulous soldering and wiring adjustments, as well as customized firmware tuning via Betaflight Configurator to maintain flight stability. Despite its tiny size, the drone performs impressively, offering agility and control close to the larger Air65 model. It can hover steadily, make tight turns, and respond precisely to controls, with an average flight time of about two and a half minutes—only slightly less than the larger drone despite its smaller battery and motors
robotdroneFPVmicro-dronedrone-engineeringminiaturizationflight-stabilityDiligent Robotics joins AgeTech Collaborative from AARP Accelerator Program - The Robot Report
Diligent Robotics, known for its Moxi robot deployed in over 25 U.S. hospitals to assist nurses with routine tasks, has been accepted into the AgeTech Collaborative from the AARP accelerator program. This eight-week initiative supports early-stage AgeTech startups focused on innovations for aging populations. The company views this as a significant milestone as it aims to extend Moxi’s use beyond hospitals into senior living and long-term care communities, addressing critical staffing shortages in these sectors. Moxi has already saved hospital staff nearly 600,000 hours and completed over 1.25 million deliveries of medications, lab samples, and supplies, demonstrating its ability to navigate complex environments and support clinical workflows. The senior care industry faces a looming labor shortage, with an estimated 18 million workers expected to leave by 2040 while 2.5 million new jobs are created, increasing demand for technology that enhances staff efficiency and care quality. Through the AgeTech Collaborative, Diligent Robotics will receive go-to-market
robothealthcare-roboticsmobile-manipulatorAI-in-healthcaresenior-care-technologyhospital-automationworkforce-efficiencyCan we design healthcare that survives deep space? Dorit Donoviel explains
Dr. Dorit Donoviel, Executive Director of NASA's Translational Research Institute for Space Health (TRISH), is pioneering the development of healthcare systems designed to function autonomously millions of miles from Earth. With a diverse background spanning pharmaceutical drug discovery, biotech, and ethics, she focuses on creating innovative solutions such as AI-driven diagnostics and bioengineered life-support systems to enable astronauts to manage their own health during deep-space missions. Her work addresses the critical challenge of providing effective medical care in environments where immediate Earth-based support is impossible. Donoviel emphasizes the unique interdisciplinary nature of space health, attracting top-tier talent passionate about solving complex biological and healthcare problems under extreme conditions. She highlights the importance of maintaining scientific rigor and humility, acknowledging that current knowledge and technologies are provisional and subject to change with new discoveries. Her leadership approach balances deep technical expertise with openness to innovation, fostering collaboration among experts to build resilient healthcare frameworks that can adapt to the unpredictable challenges of space exploration.
robotAIhealthcare-technologyspace-healthautonomous-medicinebioengineeringNASALockheed turns US Black Hawk helicopter into pilotless cargo drone
Lockheed Martin’s Sikorsky division has developed the S-70UAS U-Hawk, a fully autonomous version of the UH-60L Black Hawk helicopter, marking a significant advancement in unmanned military aviation. By removing the cockpit, seats, and crew stations, and replacing the mechanical flight controls with a third-generation fly-by-wire system powered by MATRIX autonomy technology, the U-Hawk operates without onboard crew. The aircraft features actuated clamshell doors and a rear ramp to enable roll-on/roll-off cargo operations, increasing usable cabin space by 25% compared to the standard Black Hawk. This expanded interior allows the U-Hawk to carry oversized cargo, including missile pods, uncrewed ground vehicles, and up to four Joint Modular Intermodal Containers—doubling the capacity of legacy models. The U-Hawk’s design supports a range of mission profiles, including logistics, strike, and reconnaissance. It can transport specialized payloads such as a six-rocket HIMARS pod or
robotautonomous-vehiclesdronesmilitary-technologyunmanned-aerial-vehiclescargo-transportfly-by-wire-systemsAnduril unveils supersoldier helmets for US Army with Meta support
Anduril Industries has unveiled EagleEye, an AI-powered modular helmet system designed to enhance battlefield awareness and command capabilities for the US Army and allied forces. EagleEye integrates mission planning, perception, and survivability into a lightweight, wearable architecture that acts as a “new teammate” for soldiers. Central to the system is a high-resolution, collaborative 3D mission planning interface that allows troops to rehearse missions and visualize terrain using live video feeds and sensor data. The helmet’s heads-up display (HUD) overlays digital information directly onto the operator’s real-world view, with versions suitable for both daytime and night operations. It also features integrated blue force tracking, providing precise teammate locations within complex environments, and connects to Anduril’s Lattice network—a distributed sensor mesh that fuses data from drones, ground vehicles, and other assets to detect threats beyond line of sight. EagleEye emphasizes protection and survivability through an ultralight ballistic and blast-resistant shell equipped with rear and side sensors for
robotIoTmilitary-technologyAIwearable-technologysensor-networksaugmented-realityIndia’s Airbound bags $8.65M to build rocket-like drones for one-cent deliveries
Airbound, an Indian drone startup founded in 2020 by then-15-year-old Naman Pushp, has raised $8.65 million in seed funding led by Lachy Groom, co-founder of Physical Intelligence. The funding round also included Humba Ventures, Lightspeed Venture Partners, and senior leaders from Tesla, SpaceX, and Anduril. Airbound is developing an ultra-light, rocket-like drone with a blended-wing-body design and carbon fiber frame, aiming to drastically reduce delivery costs. Unlike typical quadcopters, their tail-sitter drone takes off vertically like a rocket and flies efficiently like a plane, targeting delivery costs as low as one cent by improving aerodynamic efficiency and reducing transport weight by about 30 times compared to electric two-wheelers commonly used in India. The startup’s first drone model weighs 3.3 pounds and can carry up to 2.2 pounds, with a second version planned to carry 6.6 pounds while weighing only 2.6
robotdrone-technologyenergy-efficiencyaerospace-materialsdelivery-dronescarbon-fiberaerodynamicsDGX Spark: NVIDIA unveils its smallest AI computer at $3,999
NVIDIA has launched the DGX Spark, touted as the world’s smallest AI supercomputer, priced at $3,999. This compact 2.6-pound device integrates the new GB10 Grace Blackwell Superchip, which combines a 20-core Arm-based Grace CPU with a Blackwell GPU featuring CUDA cores equivalent to the RTX 5070 graphics card. Optimized for desktop AI development, the DGX Spark delivers up to 1,000 trillion operations per second using fifth-generation Tensor Cores and FP4 support, supported by NVLink-C2C interconnect technology for high-bandwidth CPU-GPU communication. It comes equipped with 128GB of shared LPDDR5x memory, 4TB NVMe storage, and connectivity options including USB-C, Wi-Fi 7, and HDMI, running on NVIDIA’s Ubuntu-based DGX OS preloaded with AI tools. Designed for developers, researchers, and students, the DGX Spark enables local fine-tuning and deployment of large AI
robotAI-computingNVIDIA-DGX-SparkAI-developmentrobotics-simulationAI-hardwareedge-AI-computingChina launches VT35 pilotless drone taxi for intercity travel
EHang Holdings has launched the VT35, a pilotless electric vertical take-off and landing (eVTOL) air taxi designed for intercity travel across China’s major economic hubs. The two-seat VT35 features a 125-mile range on a single charge and can cruise at 134 mph, enabling significantly faster travel between cities compared to traditional road transport. With a compact design suitable for rooftop and vertiport landings, the VT35 supports a maximum takeoff weight of 950 kg and incorporates autonomous flight systems with redundant safety measures, voice and touch controls, and an eco-friendly electric propulsion system. The VT35 is currently undergoing certification and airworthiness testing by the Civil Aviation Administration of China, building on EHang’s prior experience with its commercial EH216-S air taxi. The company aims to establish one-hour aerial mobility networks connecting key regions such as the Yangtze River Delta and Beijing-Tianjin-Hebei, potentially reducing typical two-hour drives to under 30 minutes by air
robotautonomous-vehicleselectric-propulsiondrone-taxiurban-air-mobilityvertical-takeoff-and-landingenergy-efficient-transportationChinese tanks could soon strike like fighter jets to kill beyond sight
China’s People’s Liberation Army (PLA) is revolutionizing its armored warfare by equipping its new-generation main battle tanks, notably the Type 100, with advanced sensors, artificial intelligence, and networked warfare capabilities. This transformation enables tanks to engage targets beyond visual range, a capability traditionally reserved for air and naval forces. The Type 100 tank integrates optical, infrared, radar sensors, and electronic warfare tools, allowing it to perceive the battlefield with full-circle awareness and coordinate long-range strikes in real time. This marks a significant shift from conventional close-range tank battles to a more sophisticated, information-driven combat approach. The PLA’s recent exercises demonstrated the integration of these tanks with other military branches, including helicopters, rocket launchers, electronic warfare units, and reconnaissance drones, forming a highly coordinated joint force. Military analysts highlight that China’s breakthroughs in miniaturizing radar and communication systems have overcome the challenges of fitting advanced beyond-visual-range capabilities into the limited space and power of ground vehicles. This development
robotIoTenergymaterialsartificial-intelligencesensorsnetworked-warfareHavocAI obtains $85M to scale autonomous marine systems - The Robot Report
HavocAI Inc., a Providence, Rhode Island-based startup founded in 2024, has secured $85 million in new funding to scale its autonomous marine platforms, bringing its total funding to nearly $100 million. The company specializes in developing autonomous vessels with a “software-first” strategy, aiming to create self-organizing fleets that can be managed by a single operator. HavocAI currently produces four vessel models ranging from 14 to 100 feet, including the multi-mission 100-ft Atlas vessel, and has delivered over 30 operational products to the U.S. military. The company has demonstrated scalable collaborative autonomy in real-world scenarios with the Navy and Army and has partnerships with major industry players such as Lockheed Martin and Metal Shark. The new capital will support several strategic initiatives: integrating autonomy into new vessel types to enhance capability and interoperability, expanding manufacturing capacity to meet the U.S. military’s demand for thousands of autonomous boats, and extending operations to support international allies, particularly in the
robotautonomous-vesselsmarine-roboticsmilitary-technologyHavocAImaritime-autonomyautonomous-systemsSoftware bridging humanoid robots, machines shortlisted for top honor
Flexxbotics, a U.S.-based digital manufacturing solutions company, has developed FlexxCORE™, a low-code software platform designed to bridge humanoid robots with factory systems, enabling seamless communication and coordination between robots, industrial machinery, IT systems, and human operators. This technology uses specialized connectors called Transformers to facilitate bi-directional data exchange, allowing robots to interpret machine tasks, monitor operational status in real time, and manage multiple operations simultaneously through parallelized data pipelines. FlexxCORE’s expanded data models also enhance robot contextual awareness and machine learning capabilities, eliminating the need for complex custom coding and supporting interoperability across thousands of equipment types. Flexxbotics’ innovation has earned the company a finalist spot in the Groundbreaking Technology category of the Humanoid Robotics Industry Awards 2025, competing alongside notable industry players such as Nvidia and Agibot. The awards recognize advancements shaping the future of intelligent automation and humanoid robotics, with winners to be announced in November 2025. Flexxbotics
robothumanoid-robotsmanufacturing-automationindustrial-robotssmart-factoriesrobot-integrationrobotics-softwareAnduril’s new EagleEye MR helmet sees Palmer Luckey return to his VR roots
Anduril Industries, a Silicon Valley defense firm co-founded by Palmer Luckey—the original creator of Oculus VR—has unveiled EagleEye, a modular mixed-reality helmet system designed to enhance soldiers with AI-augmented capabilities. Built on Anduril’s Lattice software, EagleEye integrates command-and-control tools, sensor feeds, and AI directly into a soldier’s field of vision, offering features such as live video feeds, rear- and side-sensors for threat detection, and real-time teammate tracking. The system comes in multiple variations, including a helmet, visor, and glasses, aiming to provide soldiers with enhanced situational awareness and decision-making abilities. This launch aligns with the U.S. Army’s efforts to diversify its mixed-reality gear suppliers beyond Microsoft’s troubled $22 billion IVAS program. In September, Anduril secured a $159 million contract to prototype a new mixed-reality system as part of the Soldier Borne Mission Command initiative, marking the largest effort to equip soldiers
robotaugmented-realitymixed-realityAImilitary-technologywearable-technologysoldier-systems'World’s most advanced construction robot' completes factory tests
FBR Limited has successfully completed factory acceptance testing of its upgraded Hadrian bricklaying robot in Western Australia. The Hadrian robot is a mobile system mounted on a cab-over-engine truck, designed for easy transport to construction sites. It demonstrated improved reliability and accuracy by laying over 285 blocks per hour during tests, with a peak capacity of up to 360 blocks per hour. The robot features proprietary software that converts wall designs into precise block placements, reducing material waste, and employs dynamic stabilization technology to maintain accuracy despite movement or outdoor conditions. It can handle blocks weighing up to 99 pounds and reach up to 105 feet, operating efficiently with just two personnel. The Hadrian robot is built to withstand harsh weather, including winds up to 37.3 mph and light rain, using Fastbrick Adhesive for bonding. It is suitable for a variety of construction projects, from residential homes and townhouses to commercial buildings and childcare centers. FBR plans to offer the robot to select construction partners at
robotconstruction-robotbricklaying-robotautomationconstruction-technologyrobotics-in-constructionbuilding-automationVampire anti-drone system gets upgrade, can disrupt electronic warfare
L3Harris Technologies has upgraded its Vampire anti-drone system, expanding it into six specialized variants tailored for land, maritime, air, and electronic warfare operations. The system, which has been operational in European combat zones since 2023, uses artificial intelligence and machine learning to rapidly detect, engage, and neutralize small unmanned aerial systems (sUAS) and remotely piloted aircraft. Vampire offers a cost-effective alternative to traditional missile defenses by combining advanced reconnaissance, precision strike capabilities, and electronic jamming to protect personnel and critical infrastructure from hostile drone threats. The enhanced Vampire family includes versions such as Vampire Stalker XR for land vehicles, featuring a larger weapons cache and extended-range munitions; Vampire Black Wake for maritime use against drones and fast attack watercraft; and Vampire Dead Wing, an airborne counter-UAS system. Additional variants include Vampire CASKET, a containerized rapid-deployment system; Vampire BAT, a base defense turret employing automatic weapons and non-kinetic effects
robotAIunmanned-aerial-systemscounter-drone-technologyelectronic-warfareprecision-weaponsautonomous-systems1,360-pound NUMO ground robot deployed by Ukraine to support troops
The Ukrainian defense ministry has approved the domestically developed NUMO ground robot for operational use, marking a significant advancement in frontline logistics and troop support. Created by Lviv-based company Tank Bureau, NUMO is a versatile, modular unmanned ground vehicle weighing 1,367 pounds when fully loaded and capable of carrying up to 661 pounds of cargo. Designed to reduce risks to soldiers, it can be equipped with various attachments such as turrets, relay masts, wire cutters, and mine-clearing tools. The robot can navigate difficult terrains like forests and wetlands, deploy rapidly within 10 minutes, and travel up to 28 miles on four batteries at speeds of 4 mph. NUMO supports multiple communication systems, including Wi-Fi, Starlink, LTE, and others, with a control range of about 4,921 feet, and features the “Droid Box” module for enhanced communication capabilities. It also serves as the base for the Droid TW reconnaissance and assault system, which is armed
robotunmanned-ground-vehiclemilitary-roboticsautonomous-systemsbattlefield-technologycommunication-systemsdefense-technologyPhotos: Yamaha explores new frontiers with self-learning bikes
At the Japan Mobility Show 2025, Yamaha unveiled a series of innovative concept vehicles under the theme “Feel. Move.,” highlighting its vision for future personal mobility. Among the 16 models displayed, six were world premieres that integrate advanced technologies such as AI, hybrid powertrains, and hydrogen fuel systems. These concepts emphasize a blend of high performance, environmental sustainability, and enhanced human-machine interaction, signaling Yamaha’s commitment to redefining transportation experiences. Key highlights include the MOTOROiD:Λ, an AI-driven two-wheeled vehicle that autonomously learns and adapts through reinforcement learning, aiming to evolve alongside its rider with organic, responsive movements. The TRICERA proto is a three-wheeled electric autocycle featuring a unique three-wheel steering system designed to improve cornering and driver engagement, with a focus on innovative vehicle architecture. Additionally, the H2 Buddy Porter Concept, developed in collaboration with Toyota, showcases a hydrogen-powered scooter with a cruising range exceeding 100 km, illustrating
robotAIelectric-vehicleshydrogen-engineenergyautonomous-learningmobility-technologyElon Musk vs. the regulators
The article highlights Elon Musk’s ongoing contentious relationship with regulators across his various companies. Recently, The Boring Company faced accusations from Nevada regulators for unauthorized digging, improper disposal of untreated water, and inadequate construction site management. Meanwhile, Tesla encountered regulatory challenges in California, where the Department of Insurance penalized the company for routinely denying or delaying customer claims related to its insurance services. Additionally, Tesla’s Full Self-Driving (FSD) software is under renewed scrutiny by the National Highway Traffic Safety Administration (NHTSA), which has opened an investigation focused on the safety and reliability of this driver-assistance technology—critical to Tesla’s ambitions in autonomous vehicles and AI. Beyond Musk’s ventures, the article touches on broader developments in autonomous vehicle technology. General Motors is reportedly advancing its autonomous vehicle efforts by integrating Cruise’s technology with its own advanced driver-assistance systems, rebuilding its AV team in key locations like Austin and Mountain View. In related mobility news, Joby Aviation raised approximately $514 million to support certification
robotautonomous-vehiclesTesla-Full-Self-DrivingAIelectric-vehiclesdriver-assistance-technologymobility-innovationRheinmetall’s Amphibious Robot Can Go Where US Army Can’t
Rheinmetall’s Mission Master XT is a 2.2-ton autonomous amphibious unmanned ground vehicle designed to operate in extreme environments, from Arctic cold to desert heat. Equipped with a hybrid diesel-electric powertrain and self-inflating tires, it offers a range of up to 750 km and can continue moving even after tire damage. The vehicle integrates Rheinmetall’s PATH Autonomy Kit, enabling it to navigate difficult terrain, haul heavy loads, and perform combat tasks without direct human control. The Mission Master XT serves multiple battlefield roles, including delivering supplies, evacuating wounded soldiers, and engaging enemies with a mounted weapon system. Its amphibious capabilities and adaptability make it a versatile asset that extends the operational reach and resilience of modern militaries. Demonstrated in field operations with Norwegian and Nordic forces, the XT exemplifies the future of autonomous warfare—machines that operate alongside soldiers to enhance mission effectiveness rather than replace them.
robotautonomous-vehiclesmilitary-technologyhybrid-powertrainunmanned-ground-vehicleamphibious-robotbattlefield-roboticsHow machine vision is enhancing automation safety and efficiency - The Robot Report
The article explains how machine vision technologies enhance automation safety and efficiency by enabling automated systems to interpret and understand their environments through image analysis. Machine vision involves extracting meaningful information from images—not limited to visible light but also including infrared, laser, X-ray, and ultrasound imaging. This capability allows robots and automated equipment to identify and manipulate objects in complex settings, such as picking specific parts from a bin with randomly arranged items, regardless of their orientation or distance from the camera. Advanced machine vision systems also support 3D scanning and modeling, which can be used for applications like 3D printing. The article distinguishes machine vision from computer vision, noting that machine vision typically refers to established, efficient mathematical methods for image analysis, while computer vision often involves more computationally intensive approaches, including AI and machine learning. However, the terms can overlap in practice. Key techniques in machine vision include digital image processing (enhancement, restoration, compression), photogrammetry (extracting measurements and 3D information from images),
robotmachine-visionautomationindustrial-roboticscomputer-visionAI3D-scanningNeuralink's breakthrough lets patient control robot with thoughts
Neuralink has achieved a significant breakthrough in brain-computer interface technology by enabling an amyotrophic lateral sclerosis (ALS) patient, Nick Wray, to control a robotic arm using only his thoughts. Through an implanted brain chip, Wray was able to perform everyday tasks such as microwaving food, drinking from a cup, opening a refrigerator, and even maneuvering his wheelchair. This milestone was demonstrated during the FDA-approved “CONVOY” study, which aims to restore independence for people with severe mobility impairments by translating neural signals into Bluetooth commands that control external devices. The implant, called the N1 chip, is a small device equipped with 128 ultra-fine threads containing about 1,000 electrodes that connect directly to the brain’s surface. These electrodes detect neural activity and convert it into precise digital commands. Neuralink began human trials in 2024 after overcoming initial FDA safety concerns. Eight participants have received the implant so far, including the first recipient, Noland Arbaugh
robotbrain-computer-interfaceNeuralinkassistive-technologymedical-roboticsbrain-implantrobotic-arm-controlIn a first, autonomous robotic submarine to circumnavigate the globe
The article reports on the upcoming mission of Redwing, an autonomous underwater robotic glider designed to circumnavigate the globe, marking the first time an autonomous underwater vehicle (AUV) will complete such a journey. Developed by Teledyne Marine and Rutgers University as part of the Sentinel Mission, Redwing will launch from Martha’s Vineyard, Massachusetts, and follow a route similar to Ferdinand Magellan’s historic circumnavigation, covering approximately 73,000 kilometers with stops at key global locations such as Gran Canaria, Cape Town, Western Australia, New Zealand, the Falkland Islands, and potentially Brazil before returning to Cape Cod. The mission is supported by organizations including NOAA, the UN Ocean Decade, and the Marine Technology Society. Redwing is a next-generation Slocum Sentinel Glider, notable for its ultra-long endurance, capable of over a year of persistent ocean monitoring. It can operate at depths up to 1,000 meters and is equipped with enhanced battery capacity and space for up
robotautonomous-underwater-vehicleoceanographic-technologymarine-researchunderwater-gliderenergy-endurancesensors-integrationChina: ‘World’s first’ humanoid robot that resists dust, rain, heat
Chinese technology company Deep Robotics has introduced the DR02 humanoid robot, touted as the world’s first humanoid robot with an IP66 protection rating, enabling it to resist dust, rain, and operate in harsh weather conditions. Standing 175 cm tall and weighing 65 kg, the DR02 is designed for outdoor use, functioning effectively in temperatures ranging from -20 to 55 degrees Celsius and enduring humidity and rain. It features a walking speed of 1.5 m/s, can accelerate to 4 m/s, climb slopes up to 20 degrees, and lift loads up to 10 kg. Its modular design allows quick swapping of major components like arms and legs to reduce maintenance downtime. The DR02 delivers 275 trillion operations per second (TOPS) of computing power and is equipped with an advanced multi-sensor suite, including LiDAR, depth sensors, and wide-angle cameras. This sensor integration enables obstacle detection, detailed mapping, and real-time adaptive movement, making the robot suitable
robothumanoid-robotindustrial-robotIP66-protectionmulti-sensor-suiteLiDARrobotics-innovationRobot Talk Episode 128 – Making microrobots move, with Ali K. Hoshiar - Robohub
In the Robot Talk Episode 128, Claire interviews Ali K. Hoshiar, a Senior Lecturer in Robotics at the University of Essex and Director of the Robotics for Under Millimetre Innovation (RUMI) Lab. Hoshiar discusses the mechanisms behind microrobot movement and their collaborative behaviors. His research spans microrobotics, soft robotics, and data-driven mechatronic systems, with applications in medical and agricultural technologies. He leads the EPSRC-funded ‘In-Target’ project and has been recognized with the university’s Best Interdisciplinary Research Award. The episode highlights Hoshiar’s interdisciplinary approach, combining technical expertise with strategic and commercial insights, supported by his MBA. The discussion sheds light on the challenges and innovations in making microrobots move effectively and work together, emphasizing their potential impact in various fields. Robot Talk continues to explore advancements in robotics, AI, and autonomous machines through such expert conversations.
robotmicrorobotssoft-roboticsmechatronicsmedical-roboticsagri-tech-roboticsautonomous-machines2026 Multistrada V4 Rally brings radar safety and comfort upgrades
The 2026 Ducati Multistrada V4 Rally introduces significant upgrades focused on safety, comfort, and performance for adventure touring enthusiasts. Retaining its powerful 1,158 cc V4 Granturismo engine producing 170 hp, the bike now features improved rear-cylinder deactivation to reduce heat buildup in slow traffic, enhancing rider comfort and efficiency. The adaptive Skyhook Suspension EVO system with semi-active Marzocchi components automatically adjusts damping based on terrain and rider input, including real-time road type detection, and lowers the bike at low speeds to aid shorter riders. Braking performance is enhanced with a larger rear disc and linked braking that engages both front and rear brakes, supported by a new algorithm that minimizes fork dive under heavy braking. Technological advancements include the Ducati Vehicle Observer system, which uses data from over 70 sensors to optimize rider aids such as cornering ABS and wheelie control for improved stability and control on varied surfaces. The cockpit features a 6.5-inch TFT display with
robotIoTenergyadaptive-suspensionradar-safetymotorcycle-technologyDucati-Multistrada-V4Figure 03 robot tackles household chores with realistic motion
Figure AI has introduced its third-generation humanoid robot, Figure 03, designed to perform household and warehouse tasks with enhanced realism and efficiency. Standing five-foot-six, Figure 03 improves on its predecessor with advanced sensory systems, including cameras that process twice as many frames per second and offer a 60% wider field of view, enabling smoother navigation in complex environments. Each hand features a palm camera and highly sensitive fingertip sensors capable of detecting minimal pressure, allowing delicate handling of objects like glassware. The robot is lighter, smaller, and covered in washable mesh fabric with foam padding for safety, and it supports wireless charging through coils in its feet, providing about five hours of operation per full charge. The robot’s AI, named Helix, integrates vision, language, and movement to learn from human behavior, while upgraded actuators deliver faster, more powerful motion suitable for tasks such as sorting parts and packaging. Audio improvements include a louder speaker and clearer microphone placement, facilitating natural communication without distortion. Figure
robothumanoid-robotAIroboticswireless-chargingsensorsautomationFigure AI designs Figure 03 humanoid for AI, home use, and scaling - The Robot Report
Figure AI Inc. has unveiled its third-generation humanoid robot, Figure 03, featuring a comprehensive redesign of hardware and software aimed at enhancing AI integration, home usability, and scalability for mass production. The robot incorporates a new sensory suite and hand system designed to reduce manufacturing costs and improve suitability for household environments. The company, based in San Jose, California, recently established a new supply chain and manufacturing process to support large-scale production, with plans to ship 100,000 units over the next four years. Figure AI has rapidly advanced its humanoid technology, earning a 2024 RBR50 Robotics Innovation Award and securing over $1 billion in committed capital, resulting in a $39 billion valuation. Figure 03 is built around Figure AI’s Helix physical AI model, enabling advanced reasoning and intelligent navigation in complex, cluttered spaces like homes. The robot’s vision system offers twice the frame rate, significantly reduced latency, and a wider field of view compared to its predecessor, supporting high-frequency
robothumanoid-robotartificial-intelligencerobotics-innovationsensory-technologytactile-sensorsAI-roboticsUS: World’s first microwave-armed robot zaps drone swarms in seconds
The United States defense firms Epirus and General Dynamics Land Systems (GDLS) have jointly unveiled the world’s first autonomous robotic system armed with high-power microwave (HPM) technology designed to counter drone swarms rapidly and precisely. Named the Leonidas Autonomous Robotic (Leonidas AR), the system integrates Epirus’ Leonidas HPM weapon with GDLS’s 10-ton hybrid-electric tracked unmanned ground vehicle (TRX). This mobile platform can disable multiple hostile drones simultaneously within seconds by emitting bursts of weaponized electromagnetic interference, offering a “one-to-many engagement capability” that minimizes collateral damage compared to conventional kinetic air-defense methods. The Leonidas AR system is software-defined, allowing operators to adjust output frequencies, create safe zones, and update performance remotely, enhancing adaptability across diverse mission requirements. The TRX vehicle provides robust mobility and autonomy, capable of traveling over 300 miles on a single charge at speeds up to 45 mph, with all-terrain capability and 360-degree radar sensing
robotautonomous-vehiclehigh-power-microwavedrone-defenseAI-enhancedhybrid-electricunmanned-ground-vehicleFundamental XR launches Fundamental Touch for wireless haptics - The Robot Report
Fundamental XR has launched Fundamental Touch, a wireless haptics platform designed to deliver precise, untethered tactile feedback across multiple industries beyond healthcare, including robotics, industrial training, automotive, aerospace, retail, and gaming. This new software removes the traditional physical tether required by high-fidelity kinesthetic haptic devices, enabling greater user mobility and performance parity. Built on a client-server architecture, Fundamental Touch decouples haptic simulations from visual rendering and user interfaces, allowing sub-100ms latency and scalable, real-time force feedback via a peer-to-peer network layer. The system supports various output devices such as XR headsets (e.g., Apple Vision Pro, Meta Quest), robotic platforms (e.g., Boston Dynamics’ Spot), and gaming peripherals. Fundamental XR, formerly FundamentalVR, has a strong track record in healthcare, where its immersive technologies have reduced onboarding time by over 60%, improved surgical accuracy by 44%, and increased sales performance by 22%. The company has delivered
robotwireless-hapticshuman-machine-interactionaugmented-realityvirtual-realityprecision-kinesthetic-hapticsimmersive-technologyHow AI is shaping the future of mobility with Uber’s CPO and Nuro’s co-founder at Techcrunch Disrupt 2025
At TechCrunch Disrupt 2025, taking place October 27-29 in San Francisco, Uber’s Chief Product Officer Sachin Kansal and Nuro’s co-founder Dave Ferguson will discuss how artificial intelligence is revolutionizing mobility. Their session will focus on the integration of AI technologies such as predictive models and computer vision to enhance road safety, the role of last-mile delivery as a proving ground for autonomous systems, and the challenges involved in scaling AI-driven transportation solutions. This event offers a unique insider perspective on the rapidly evolving transportation industry and the future of intelligent mobility. Sachin Kansal leads Uber’s global Mobility and Delivery products, including initiatives in safety, sustainability, and autonomous vehicles, shaping the company’s strategy for the next decade of AI-powered transportation. Dave Ferguson, with a background in Google’s early self-driving program and Carnegie Mellon robotics research, brings deep expertise in robotics and autonomy through his work at Nuro, a company focused on scalable autonomous vehicles for robotaxis and commercial fleets. Together
robotautonomous-vehiclesAI-mobilityintelligent-transportationroboticsself-driving-technologysustainable-mobilityJapan's nuclear reactor robot inspector boosts power plant safety
Japan’s Mitsubishi Heavy Industries (MHI) Group has developed the A-UT, an autonomous underwater inspection robot designed to perform non-destructive inspections inside nuclear reactor vessels. These vessels operate under extreme conditions of high radiation, temperature, and pressure, making human inspections infeasible. The A-UT, equipped with a seven-axis robotic arm and ultrasonic sensors, remotely navigates the reactor’s interior by swimming and adhering to walls using vacuum pads. It can scan weld lines at a speed of 200 millimeters per second, significantly accelerating inspection times. The robot has been in use since 1995 at pressurized water reactor plants across Japan, with over 50 deployments, and can operate up to 20 meters underwater. The A-UT robot plays a critical role in maintaining nuclear plant safety by enabling detailed and timely inspections that reduce operational risks and support uninterrupted power generation. Its long-standing service earned it the top Maintenance Heritage certification from the Japan Society of Maintenology, recognizing it as a significant cultural
robotnuclear-powerautonomous-inspectionunderwater-robotMitsubishi-Heavy-Industriesenergy-safetyultrasonic-testingTesla’s ‘Full Self-Driving’ software under investigation for traffic safety violations
The National Highway Traffic Safety Administration (NHTSA) has launched a formal investigation into Tesla’s Full Self-Driving (FSD) software following over 50 reports alleging that the system caused vehicles to run red lights or enter incorrect lanes, with four incidents resulting in injuries. This probe marks one of the first targeted examinations of Tesla’s FSD driver assistance technology. The investigation comes shortly after Tesla released a new FSD version, which reportedly incorporates data from its limited robotaxi pilot in Austin, Texas. The NHTSA’s Office of Defects Investigation (ODI) has received numerous complaints and media reports detailing failures such as FSD not stopping at red lights, crossing double-yellow lines, entering opposing traffic lanes, and making improper turns despite clear signage. Some incidents were concentrated at a specific intersection in Joppa, Maryland, prompting Tesla to take corrective action there. This investigation follows previous NHTSA inquiries into Tesla’s Autopilot system, including a closed probe in April 2024
robotautonomous-vehiclesTesla-Full-Self-Drivingdriver-assistance-softwaretraffic-safetyNHTSA-investigationautonomous-driving-technologyDoorDash to use Serve Robotics’ sidewalk robots for deliveries in Los Angeles
DoorDash has announced a multi-year partnership with Serve Robotics to deploy autonomous sidewalk delivery robots in Los Angeles and across the U.S. This collaboration follows the recent launch of Dot, an autonomous delivery bot by DoorDash that operates on roads, bike lanes, and sidewalks at speeds up to 20 mph, distinguishing it from Serve’s primarily sidewalk-based robots. DoorDash aims to integrate various delivery modes—including sidewalk bots, drones, and robotaxis—into a multimodal platform to better serve its expanding customer base. According to Ashu Rege, VP of autonomy at DoorDash Labs, Dot addresses a critical delivery challenge: bridging the “last 10 feet” gap that other autonomous vehicles do not cover effectively. While sidewalk robots are suited for dense urban areas, Dot is designed for “dense suburban deliveries” within a 3-5 mile range, capable of navigating both roads and sidewalks to deliver food directly to customers’ doors. DoorDash plans to manufacture Dot at scale but has not disclosed specific production details
robotautonomous-deliveryServe-RoboticsDoorDashlast-mile-deliverydelivery-robotsautonomous-vehiclesAti Motors releases Sherpa Mecha dual-armed mobile manipulator for manufacturing - The Robot Report
Ati Motors has launched the Sherpa Mecha, a dual-armed mobile manipulator designed for manufacturing applications. Unlike robots that strictly mimic human form, Sherpa Mecha emphasizes high-performance functionality tailored to industrial needs, such as machine tending, heavy bin transport, and parts inspection. The robot integrates deeply into manufacturing ecosystems to enhance information flow, automation, and system integration. Developed with input from academic and industry partners and tested on active factory floors, Sherpa Mecha features a humanoid-inspired design with proven actuation systems and modular AI, ensuring reliable performance and easy integration with existing automation lines. Founded in 2017 and based in Rochester Hills, Minnesota, Ati Motors specializes in autonomous mobile robots (AMRs) with AI, serving sectors including automotive, aerospace, and electronics. The Sherpa Mecha was first introduced in July 2023 for collaborative innovation and is now commercially available. Ati Motors’ broader AMR portfolio includes various material movers such as the Sherpa XT Lite, Sherpa Lite
robotindustrial-automationmobile-manipulatormanufacturing-roboticsautonomous-mobile-robotsAI-roboticsdual-armed-robotGaniga will showcase its waste-sorting robots at TechCrunch Disrupt 2025
Italian startup Ganiga Innovation aims to improve global plastic recycling rates, currently below 10%, through AI-enabled robotic waste sorting solutions. Their flagship product, Hoooly, is a fleet of robotic waste bins that use generative AI to distinguish trash from recyclables and sort them accordingly. Additionally, Ganiga offers a smart lid attachment for existing bins with similar sorting capabilities and a software platform that tracks corporate waste production and provides recommendations to reduce it. Founded in 2021 by Nicolas Zeoli, Ganiga has sold over 120 robotic bins to clients including Google and major European airports, generating $500,000 in revenue in 2024 and $750,000 in the first nine months of 2025. Ganiga will showcase its technology at TechCrunch Disrupt 2025 in San Francisco from October 27-30, participating in the Startup Battlefield competition. The company recently raised $1.5 million in pre-seed funding and plans to raise a $3 million seed round. In
robotAIwaste-managementrecycling-technologysmart-binsenvironmental-technologysustainabilityTADTE 2025 reveals Taiwan's military preparations to hold back China
TADTE 2025, Taiwan's largest defense exhibition, showcased a significant increase in international participation, with over 400 exhibitors from 14 countries—a 50% rise from the previous year—and notably stronger Western and European involvement. This shift marks a departure from decades of European caution regarding China and highlights Taiwan’s urgent military modernization in anticipation of a potential Chinese invasion forecasted for 2027. The event emphasized Taiwan’s accelerated efforts to field advanced weaponry, combining Western technology, indigenous innovation, and a new drone warfare doctrine aimed at deterring or complicating any Chinese aggression. A central focus of Taiwan’s defense strategy revealed at TADTE 2025 is the deployment of at least 50,000 domestically produced drones by 2027, designed as expendable “ammunition” rather than high-cost assets. These drones span five categories, including swarming quadcopters for saturation attacks, reconnaissance fixed-wing drones, VTOL hybrids, loitering munitions, and logistics
robotdronesunmanned-aerial-vehiclesmilitary-technologydefense-systemsIoTautonomous-systemsGaniga will showcase its waste-sorting robots at TechCrunch Disrupt
Italian startup Ganiga is addressing the global plastic recycling challenge—where less than 10% of plastic is recycled—by developing AI-enabled robotic waste bins designed to improve sorting and waste management. Their flagship product, Hoooly, uses generative AI to distinguish between trash and recyclables, automating the sorting process. Ganiga also offers a smart lid that can retrofit existing bins with similar AI capabilities and a software platform that tracks corporate waste production and provides actionable insights to reduce waste. Founded in 2021 by Nicolas Zeoli, the company has sold over 120 robotic bins to clients including Google and major airports in Europe, generating $500,000 in revenue in 2024 and $750,000 in the first nine months of 2025. Ganiga will showcase its technology at TechCrunch Disrupt 2025 in San Francisco from October 27 to 30, participating in the Startup Battlefield competition. The company plans to launch Hooolyfood in November, a software product that
robotAIwaste-managementrecycling-technologysmart-binsenvironmental-technologysustainability7 sci-fi space suits mixing futuristic style with functional design
The article highlights seven sci-fi space suits from films and series that blend futuristic aesthetics with functional design, illustrating how costume designers and filmmakers envision the future of astronaut gear. These suits are not merely theatrical props but often incorporate realistic elements inspired by current or emerging space technologies. For example, the suits in Sunshine (2007) feature gold-plated helmets modeled after NASA’s anti-radiation visors, combining visual appeal with scientific accuracy. Similarly, The Wandering Earth (2019) showcases a highly detailed and realistic approach, with modular life-support systems, exoskeletal plating, and color-coded suits designed for different roles, reflecting a deep commitment to functional realism. Other notable designs include Prometheus (2012), which uses spherical transparent helmets with built-in lighting and internal displays, and Netflix’s Lost in Space reboot (2018–2021), where sculpted armor, LED illumination, and fiber-optic panels create a suit that feels like a plausible near-future NASA design. The article also
robotmaterialsenergywearable-technologyspace-suitsfuturistic-designaerospace-engineeringMeet the AI tool that thinks like a mechancial engineer
The article introduces the bananaz Design Agent, a pioneering AI tool specifically engineered for mechanical engineers. Unlike generic AI chatbots, this agent comprehends mechanical logic, CAD files, and engineering standards through advanced computer vision and specialized algorithms. It analyzes complex design elements such as 3D geometries, assembly hierarchies, material specifications, tolerance callouts, and company best practices, effectively synthesizing this data to provide a deep understanding of engineering intent. This enables engineers to interact with their designs conversationally, as if consulting a virtual expert with decades of experience, available around the clock. The Design Agent maintains full contextual awareness across entire projects, understanding how individual design decisions impact assemblies, manufacturability, and performance, while leveraging past work and collective company knowledge. It dramatically accelerates tasks that traditionally require hours, such as design-for-manufacturing (DFM) checks, tolerance analysis, and compliance with company standards. Additionally, it can identify opportunities to replace custom parts with standard shelf components,
robotAImechanical-engineeringCADmanufacturingdesign-automationmaterialsReal Steel-style humanoid robots battle in secret San Francisco club
The article highlights a recent underground humanoid robot fighting event called the ‘Silicon Colosseum’ held in a SoMa warehouse in San Francisco. Inspired by the 2011 movie ‘Real Steel,’ the event featured smaller-scale humanoid robots battling inside an octagonal steel cage. Despite lacking the size and dexterity of their fictional counterparts, these robots generated significant excitement, drawing several hundred attendees to the invite-only event. Notably, a headless bipedal robot called K-Bot, controlled remotely by its CEO Benjamin Bolte, faced off against a glove-wearing house robot named Booster T1, which won the match and impressed the crowd with its resilience. The event also included a robot dog fight, and its organizer, Verda Korzeniewski, confirmed it was the second such event, with plans for another tournament in November. The article places this event within the broader context of increasing humanoid robot participation in sports and competitive activities worldwide. For instance, China recently hosted the
robothumanoid-robotsrobot-fightingrobotics-sportsteleoperationVR-controlrobot-competitionsInterview with Zahra Ghorrati: developing frameworks for human activity recognition using wearable sensors - Robohub
In this interview, Zahra Ghorrati, a PhD candidate at Purdue University, discusses her research on developing scalable and adaptive deep learning frameworks for human activity recognition (HAR) using wearable sensors. Her work addresses the challenges posed by noisy, inconsistent, and uncertain data from wearable devices, aiming to create models that are computationally efficient, interpretable, and robust enough for real-world applications outside controlled lab environments. Unlike video-based recognition systems, wearable sensors offer privacy advantages and continuous monitoring capabilities, making them highly suitable for healthcare and long-term activity tracking. Ghorrati’s research has focused on a hierarchical fuzzy deep neural network that adapts to diverse HAR datasets by detecting simpler activities at lower levels and more complex ones at higher levels. By integrating fuzzy logic into deep learning, her model effectively handles uncertainty in sensor data, improving both robustness and interpretability. This approach also maintains low computational costs, enabling real-time recognition on wearable devices. Evaluations on multiple benchmark datasets show that her framework achieves competitive accuracy
robotwearable-sensorshuman-activity-recognitiondeep-learningIoThealthcare-technologysensor-data-analysisNew system helps drones recover fast from stealth cyber hijacks
Researchers at Florida International University have developed SHIELD, a novel real-time defense system that enables drones to detect and recover from cyberattacks while still in flight. Unlike traditional defenses that primarily monitor navigation sensors vulnerable to manipulation (such as GPS spoofing), SHIELD continuously scans a drone’s entire control system—including hardware components like battery levels and processor activity—to identify unusual behavior indicative of an attack. Using machine learning models, SHIELD can recognize different attack patterns, detect cyber intrusions within 0.21 seconds, and initiate recovery procedures within 0.36 seconds, allowing the drone to complete its mission rather than terminating it as a fail-safe. This advancement addresses the growing security risks associated with the expanding use of drones across industries such as delivery, agriculture, infrastructure inspection, and disaster response. As regulatory bodies like the Federal Aviation Administration prepare to increase drone operations, SHIELD’s comprehensive approach provides a crucial safety layer by ensuring drones remain reliable and secure even under stealth cyber hijacks. The research team lik
robotdrone-securitycybersecurityIoT-securitymachine-learningreal-time-defenseautonomous-systemsPI releases high dynamics linear motor stage family - The Robot Report
PI Physik Instrumente L.P. has introduced the V-573 family, a new series of high-dynamics linear motor stages designed for ultra-precise positioning in research and industrial applications. Manufactured in the U.S., these stages feature frictionless three-phase linear motors, crossed roller bearings for high stiffness and smooth operation, and offer specifications such as up to 360mm travel, 1nm absolute encoder resolution, 80nm bidirectional repeatability, and velocities up to 500mm/sec with 1g acceleration. The design emphasizes precision with straightness and flatness values as low as 1µm, and includes an anti-creep mechanism to enhance reliability. The stages integrate with PI’s ACS-based EtherCAT motion controllers, enabling optimized system performance through advanced algorithms. The V-573 stages are suitable for a broad range of industries including semiconductor manufacturing (nano-lithography, wafer inspection, metrology), silicon photonics, quantum computing, industrial automation, microscopy, and life sciences
robotautomationlinear-motorprecision-motionsemiconductor-manufacturingindustrial-automationmotion-controlInside the Switchblade 600: America’s AI-Powered Kamikaze Drone
The U.S. Army’s 1st Cavalry Division recently conducted a live-fire exercise featuring AeroVironment’s Switchblade 600, a next-generation kamikaze drone that integrates advanced AI capabilities. Unlike traditional loitering munitions, the Switchblade 600 can make autonomous decisions before striking, enhancing its precision and lethality. This backpack-portable drone is equipped with a Javelin warhead capable of destroying main battle tanks, has a range of 40 kilometers, and can loiter for up to 40 minutes. Additionally, it can be launched by a single soldier and even recalled mid-flight, earning it the nickname “missile with an undo button.” The Switchblade 600 represents a significant evolution in modern warfare by combining AI-driven autonomy with powerful strike capabilities, enabling more flexible and responsive battlefield operations. Its ability to be controlled and adjusted in real-time offers tactical advantages, reducing collateral damage and increasing mission success rates. The recent live-fire exercise demonstrated the drone’s
robotAIautonomous-dronesmilitary-technologyunmanned-aerial-vehiclesbattlefield-innovationdefense-technologyHumanoid robot Oli performs classical Chinese dance alongside humans
The article highlights a unique cultural and technological fusion in Shenzhen, China, where LimX Dynamics’ humanoid robot Oli performs classical Chinese dance alongside human dancers at prominent cultural sites. The one-minute video showcases Oli moving gracefully with traditional dancers against backdrops such as Shenzhen Bay, Talent Park, and the historic Gankeng Hakka Town, blending centuries-old heritage with cutting-edge robotics. The performance emphasizes Oli’s fluid, ballet-like movements and its ability to harmonize with human performers, symbolizing a seamless integration of art and technology. Oli stands 165 cm tall, weighs 55 kg, and features 31 degrees of freedom, enabling highly natural and precise motions. Its design focuses on agility, modularity, and perception, incorporating advanced sensors—including Intel RealSense depth cameras and a 6-axis IMU—and supporting external sensors like LiDAR for 3D environment mapping and object recognition. The robot’s modular architecture facilitates rapid reconfiguration for research and development, while connectivity options and compatibility with platforms
robothumanoid-robotroboticsdance-performancemotion-controlengineeringShenzhenChina’s wearable suit trains humanoid robots with high accuracy
Researchers at China’s National University of Defense Technology, in collaboration with Midea Group, have developed HumanoidExo, a wearable suit system designed to train humanoid robots with high accuracy by capturing real-time human motion. Unlike traditional training methods that rely on videos and simulations—often causing robots to lose balance—HumanoidExo uses motion sensors and a LiDAR scanner to track seven arm joints and body movements, providing robots with precise, real-world data. The system’s AI component, HumanoidExo-VLA, combines a Vision-Language-Action model to interpret human tasks and a reinforcement learning controller to maintain robot balance during learning. Testing on the Unitree G1 humanoid robot demonstrated significant improvements: after training with data from five teleoperated and 195 exoskeleton-recorded sessions, the robot’s success rate on a pick-and-place task rose from 5% to nearly 80%, approaching the performance level of 200 human demonstrations. The robot also learned to walk effectively
robothumanoid-robotswearable-suitmotion-captureAI-trainingreinforcement-learningexoskeletonWatch: Optimus humanoid robot shows off kung fu skills to Jared Leto
Tesla’s humanoid robot, Optimus, made a high-profile appearance at the world premiere of Disney’s Tron: Ares in Los Angeles, where it playfully demonstrated kung fu moves in a staged face-off with actor Jared Leto. The event marked the first time Optimus was featured at a major Hollywood film launch, drawing millions of views and widespread social media attention. This stunt was part of a collaboration between Tesla, Disney, and Elon Musk’s xAI platform to integrate generative AI technology into interactive fan experiences for the upcoming Tron sequel, which explores themes of sentient AI crossing into the real world. However, the upbeat publicity was contrasted by a serious lawsuit filed against Tesla just hours before the premiere. Peter Hinterdobler, a Tesla robot mechanic, alleged that an Optimus unit violently malfunctioned during a maintenance shift in February 2025, causing him to be knocked unconscious and pinned down by the robot’s heavy counterbalance weight. Hinterdobler is seeking $51 million in damages
robothumanoid-robotTesla-Optimusrobotics-technologyAI-integrationgenerative-AIhumanoid-robot-kung-fuLockheed’s new drone can take off like helicopter, cruise like jet
Lockheed Martin’s Sikorsky division has introduced the Nomad family of vertical takeoff and landing (VTOL) drones, featuring a twin-proprotor design that combines helicopter-like vertical agility with the speed and range of fixed-wing aircraft. This scalable drone series can be tailored from small Group 3 UAS to sizes comparable to a Black Hawk helicopter, enabling runway-independent operations for diverse missions including reconnaissance, light attack, contested logistics, and humanitarian aid. The Nomad drones are designed to operate alongside crewed aircraft to enhance situational awareness, logistics, and strike capabilities, particularly in challenging environments like the Indo-Pacific region. The Nomad family incorporates Sikorsky’s MATRIX autonomy technology, developed with DARPA, which enables autonomous route planning, obstacle avoidance, and mission execution. The initial Nomad 50 prototype, with a 10.3-foot wingspan, demonstrated strong aerodynamic performance and vertical lift in 2025 flight tests, and a larger Nomad 100 variant is expected to
robotdroneautonomous-aircraftVTOLhybrid-electricaerospace-technologymilitary-technologyMeet the AI tool that thinks like a mechancial engineer
The article introduces the bananaz Design Agent, an AI-powered tool specifically developed for mechanical engineers to streamline design and manufacturing processes. Unlike generic AI chatbots, this agent comprehends mechanical logic, CAD files, engineering standards, and company-specific best practices. Founded in 2023 by experienced mechanical engineers, bananaz aims to reduce design errors and accelerate innovation across industries such as medical devices, aerospace, automotive, and oil & gas. The Design Agent uses advanced computer vision and specialized algorithms to analyze 3D geometries, annotations, assembly hierarchies, material specs, tolerances, and team communication, providing a comprehensive understanding of engineering designs. A key feature of the Design Agent is its context-aware analysis, allowing it to understand how individual design decisions affect the entire assembly and manufacturing outcomes. It maintains full project context, leveraging past work and collective design history to offer precise, relevant recommendations. Users can interact with their designs in plain language, asking questions about design-for-manufacturing (DF
robotAImechanical-engineeringCADmanufacturingautomationdesign-optimizationBYD-Led Consortium Awarded Contract for Autonomous Buses in Singapore - CleanTechnica
A consortium led by BYD, alongside MKX Technologies and Zhidao Network Technology, has secured a contract with Singapore’s Land Transport Authority (LTA) to introduce autonomous buses into public operation by the second half of 2026. The initial pilot will deploy six autonomous buses on existing routes 191 and 400, with plans to potentially add 14 more during the trial phase and expand further thereafter. The buses, similar to BYD’s J6 model designed for narrow, congested streets, will complement existing services by maintaining routes with lower ridership and enabling new routes constrained by manpower shortages. The autonomous buses will employ advanced technologies including cameras, radar, LiDAR, and remote operation capabilities, with rigorous safety testing and phased deployment starting with onboard safety operators before transitioning to remote monitoring. This initiative marks a significant step for autonomous public transit, as Singapore’s dense urban environment, short travel distances, and slow speeds create favorable conditions for early adoption. The LTA emphasized the consortium’s proven international
robotautonomous-vehicleselectric-busessmart-transportationLiDARdriverless-technologypublic-transit-innovationChinese team develops drones that exchange tools while flying
Researchers at Westlake University in China have developed the FlyingToolbox system, enabling multi-rotor drones to exchange tools mid-flight with unprecedented precision. This breakthrough overcomes the significant challenge of downwash—the turbulent airflow generated by the propellers of an upper drone that destabilizes a drone flying below it. The system pairs a lower “toolbox drone” carrying multiple tools with an upper “manipulator drone” equipped with a robotic arm that picks up and returns tools during flight. Using real-time airflow prediction via a neural network, magnetic docking mechanisms, and QR code-based visual tracking, the drones achieve sub-centimeter docking accuracy, maintaining stability even in strong turbulence. In experiments, the FlyingToolbox successfully completed 20 consecutive dockings with less than one centimeter of error, a marked improvement over previous aerial docking systems that typically had accuracies of six to eight centimeters. The magnetic docking system, combined with elastic cords, allows for automatic locking and error absorption during alignment. This technology enables drones to
robotdronesaerial-roboticsrobotic-armsdrone-technologymulti-rotor-dronesautonomous-systemsCaPow Genesis power-in-motion tech receives CE Mark for European market - The Robot Report
CaPow Technologies Ltd., an Israeli company specializing in wireless power delivery for mobile robots, has received CE certification for its Genesis power-in-motion technology, enabling its entry into the European market. The CE Mark confirms compliance with the EU’s health, safety, and environmental standards. The Genesis platform provides wireless charging to automated guided vehicles (AGVs) and autonomous mobile robots (AMRs) as they operate, eliminating downtime and ensuring continuous throughput. CaPow emphasizes its robot-agnostic, modular system that integrates easily into existing factory and warehouse infrastructures, minimizing installation time and operational disruptions. The technology has proven commercially successful in the U.S., with clients such as Hyundai Glovis benefiting from improved productivity and guaranteed 100% fleet uptime. CaPow highlights that wireless charging reduces the need for large robot fleets by up to 30%, cuts hazardous battery storage requirements, saves space, lowers carbon emissions, and supports scalable automation deployments. With CE certification, CaPow aims to expand its footprint across the European Economic Area and
robotenergywireless-chargingautomated-guided-vehiclesautonomous-mobile-robotsindustrial-automationCE-certificationVideo: Chinese humanoid robot picks up tennis balls like a human
The article highlights a new video from Chinese robotics company LimX Dynamics showcasing their humanoid robot, Oli, autonomously picking up tennis balls with human-like dexterity and balance. Without any remote control or motion-capture assistance, Oli visually tracks and retrieves tennis balls scattered on the floor, demonstrating real-time perception, adaptive locomotion, and precise manipulation. The robot repeatedly collects and deposits the balls into a basket, maintaining stable gait and fluid motion throughout the task, underscoring its advanced embodied intelligence and autonomous capabilities. Oli stands 165 cm tall, weighs 55 kg, and features 31 degrees of freedom, enabling fine motor control and agile movements such as bending, reaching, and grasping. Its modular design supports quick reconfiguration for research and development. Equipped with multi-sensor fusion—including IMUs and Intel RealSense depth cameras—Oli achieves 3D spatial awareness and object recognition critical for dynamic environments. The platform also offers extensive connectivity, development tools, and simulation support to facilitate
robothumanoid-robotautonomous-robotroboticsmotion-planningsensorsartificial-intelligenceUS pilots fly alongside AI-piloted drones for next-gen air combat
The US Air Force is advancing next-generation air combat by training pilots to operate alongside AI-piloted drones, notably the XQ-58A Valkyrie. This stealthy, autonomous drone, developed by Kratos under the Low-Cost Attritable Strike Demonstrator program, is designed for collaborative missions with manned aircraft such as F-35s, F-22s, F-15EXs, and F-18s. Capable of flying up to 3,000 nautical miles at speeds of 0.86 Mach and altitudes of 45,000 feet, the Valkyrie aims to provide a cost-effective, high-performance platform that can rapidly be produced in large numbers. The AI technology enables split-second decision-making and defensive maneuvers, requiring pilots to adapt to the drones’ fast reactions and dynamic flight behavior. Human-machine teaming is a key focus, with ongoing tests at Eglin Air Force Base exploring how AI-piloted drones can operate in concert
robotAIautonomous-dronesmilitary-technologyhuman-machine-teamingunmanned-aerial-vehiclesdefense-systemsThe Hidden Lever: A PSA & What Tesla’s Door Handles Reveal About Its Safety Culture - CleanTechnica
The article highlights a critical safety concern regarding Tesla vehicles, particularly the Model 3 and Model Y, focusing on their door handle design and emergency exit mechanisms. While Teslas are increasingly common in rideshare fleets, their sleek electronic door handles and touchscreen controls can become useless if the car loses power during an emergency such as a crash, flood, or fire. In such cases, occupants must rely on mechanical manual releases to open the doors, which exist but are often hidden or unintuitive. For the front doors, a small lever near the window switches can be lifted to unlatch the door manually, but this control is easy to miss and rarely used in normal operation. Rear doors have even more concealed manual releases, tucked behind removable panels or covers, making them difficult to find quickly in a crisis. The trunk also includes a glow-in-the-dark manual release for escape from inside. The article stresses that Tesla’s current design places a heavy burden on users to know and remember these manual release locations and operations,
robotIoTenergyelectric-vehiclesTeslaautonomous-vehiclessmart-car-technologyChina leads historic Arctic expedition with crewed, uncrewed submersibles
China has completed its largest Arctic Ocean scientific expedition to date, highlighted by the first manned deep dive beneath Arctic ice using the upgraded Jiaolong submersible. This mission, part of China’s 15th Arctic expedition, also achieved the world’s first coordinated operation between a crewed submersible and a remotely operated vehicle (ROV) in polar waters. The expedition, which departed from Qingdao in July and concluded in late September, involved a fleet including the icebreakers Xue Long 2 and Jidi, research vessels Tansuo 3 and Shenhai 1, and covered areas as far north as latitude 77.5 degrees. Researchers collected hundreds of biological, geological, and chemical samples, gaining new data on biodiversity, ocean hydrology, sea ice, and water chemistry. During over ten joint dives, the Jiaolong submersible and the ROV filmed each other and gathered 183 biological specimens such as shrimps, sea spiders, and sea anem
robotsubmersiblesArctic-expeditiondeep-sea-explorationremotely-operated-vehiclemarine-researchunderwater-roboticsSelf-driving trucks with 16.5-ton payload capacity to bolster US power
The U.S. Army is set to enhance its heavy tactical vehicle fleet with the introduction of autonomous Palletized Load System (PLS) A2 trucks, developed by Oshkosh Defense under an $89 million contract awarded through the Family of Heavy Tactical Vehicles (FHTV) program. These self-driving trucks, capable of carrying payloads exceeding 16.5 tons, are designed to improve supply and equipment distribution in combat zones, particularly in challenging and contested environments. The PLS A2 features advanced technologies such as by-wire functionality for autonomous operation and active safety systems, which collectively aim to increase operational efficiency and soldier protection during complex missions. The PLS A2’s open architecture allows for future technology upgrades aligned with the Army’s transformation priorities, supporting multi-domain operations and sustainment across dispersed battlefields. Oshkosh Defense emphasizes the vehicle’s ruggedness and reliability, highlighting its hydraulic Load Handling System that enables rapid self-loading and unloading, thereby reducing personnel fatigue and mission downtime. The F
robotautonomous-vehiclesmilitary-technologyheavy-duty-trucksOshkosh-Defenseautonomous-drivingtactical-vehiclesUncrewed aerial system with wildfire response platform planned
Two companies, Korean Air and Anduril Industries, have partnered to develop an automated aerial platform aimed at improving large-scale wildfire response. The collaboration focuses on integrating Korean Air’s unmanned aerial vehicles (UAVs) with Anduril’s existing wildfire response platform, which includes the Fury autonomous air vehicle (AAV) and the Lattice software platform. This integrated system is designed to manage the entire wildfire response cycle with minimal human intervention by unifying detection data from various sensors across air, land, and space into a single operating picture, enabling rapid detection and assessment of wildfires. The platform allows operators to autonomously task both Anduril and Korean Air UAVs to assess fire scale and status, followed by deploying additional UAVs or crewed airtankers for suppression as needed. Korean Air brings its expertise in UAV development and stealth aircraft technologies to enhance the system’s capabilities. This initiative expands on an earlier teaming agreement between the two companies for unmanned systems cooperation in the Korean and Asia
robotunmanned-aerial-vehiclewildfire-responseautonomous-systemsIoT-sensorsaerial-roboticsemergency-technologyChina's new drone submersible can evade enemy sonar detection
China has developed advanced unmanned underwater submersibles featuring zero-radius turning capability, enabling them to maneuver effectively in complex maritime environments while operating below 90 decibels to evade enemy sonar detection. These submersibles, showcased during the September 3 military parade in Beijing, can be integrated with submarine-launched missiles, smart mines, and “mother-daughter” unmanned vehicles to form multilayered strike networks. They are designed for covert deployment to blockade shipping lanes, autonomously identify targets, and execute saturation attacks, with expected long endurance and future integration with underwater charging stations. The new underwater systems are part of a broader expansion of China’s naval arsenal, which includes unmanned surface vessels and minelaying systems capable of coordinated operations through artificial intelligence, enabling three-dimensional coordination with aerial drones. These unmanned platforms can autonomously assess threats and make decisions in complex maritime settings, potentially reshaping naval warfare and maritime conflict by enabling swarm tactics for sea control. Central to this capability is the AJ
robotunmanned-vehiclesautonomous-systemsunderwater-dronesmilitary-technologyartificial-intelligencemaritime-securityStartups and the U.S. government: It’s getting complicated
The article discusses the increasingly complex relationship between startups and the U.S. government, particularly as more startups engage with government contracts and regulatory approvals in sectors like AI, automation, space, robotics, and climate technology. This shift reflects a broader change in the startup ecosystem over the past decade, moving beyond consumer internet companies to deep tech and defense-related ventures that depend heavily on government involvement. While government partnerships can provide crucial funding and revenue, they also introduce risks, such as operational disruptions during government shutdowns, which can stall startup progress. Additionally, the article highlights the U.S. government's expanding role in the tech industry through financial interventions and equity stakes. Under the Biden Administration, the Department of Energy’s Loan Programs Office renegotiated deals granting the government ownership interests in companies like Canadian miner Lithium Americas and a Lithium Americas-GM joint venture, acquired via no-cost warrants. This approach follows similar recent federal loans and equity acquisitions with companies such as Intel and MP Materials, indicating a strategic government effort to influence critical
robotenergymaterialslithium-miningdefense-technologygovernment-contractsdeep-tech-startupsTesla’s Optimus humanoid robot performs Kung Fu moves in latest video
Tesla has released a new video showcasing its humanoid robot, Optimus, performing Kung Fu moves alongside a human sparring partner. The 36-second clip demonstrates significant advancements in the robot’s speed, balance, and fluidity compared to earlier, slower demos that were often sped up. Notably, the video appears to show real-time, AI-driven autonomous movements rather than tele-operated control, marking a key milestone in Tesla’s development of robots capable of responding independently to their environment. The demo highlights Optimus’ improved stability, including its ability to adjust weight and recover from pushes, as well as enhanced footwork, although hand and finger dexterity remain limited. While the Kung Fu demonstration is primarily a way to showcase Optimus’ range of motion, balance, and adaptability—qualities essential for practical human-like tasks—Tesla does not intend to develop fighting robots. The robot version shown is likely Optimus v2.5, with more advanced versions expected in the future. Elon Musk has indicated plans to
robothumanoid-robotTesla-Optimusartificial-intelligenceroboticsrobot-balancerobot-motion-controlChina's Xiaomi EV drives itself forward without human command: Report
A Xiaomi SU7 electric SUV in China was captured on surveillance footage moving forward on its own while parked and unattended, sparking public concern. The vehicle’s owner reported the incident to Xiaomi customer service, which initially suggested that a mobile phone might have inadvertently triggered a remote-start function. After a thorough investigation involving backend vehicle data and smartphone operation logs, Xiaomi confirmed that the car received a Remote Parking Assist (RPA) command from the owner’s iPhone 15 Pro Max via Bluetooth, which caused the SUV to roll forward. The company emphasized that the movement was remotely triggered rather than caused by a system malfunction. This incident has reignited industry debates about the safety and reliability of remote vehicle control features like RPA. While such technologies offer convenience, especially in tight parking situations, experts warn of the need for robust safeguards, fail-safe mechanisms, and transparent communication to maintain user trust. The Xiaomi SU7, launched in 2024 as a premium electric SUV with competitive performance specs, represents the growing competition
robotIoTautonomous-vehiclesremote-parking-assistBluetooth-technologyconnected-carsvehicle-safetyTesla Cybertruck's doors were fatal trap in deadly crash: Lawsuit
A fatal Tesla Cybertruck crash in Piedmont, California, on Thanksgiving Eve 2024, which killed three college students, has led to two new lawsuits against Tesla. The victims’ families allege that the Cybertruck’s electronic door release system failed after the crash, trapping the occupants inside the burning vehicle and causing their deaths by smoke inhalation and burns rather than impact injuries. The lawsuits claim that the vehicle’s power cut during the crash disabled the electronic door handles, and the concealed manual mechanical backups—especially in the rear—were too difficult to locate and operate in an emergency. This design flaw allegedly prevented escape and contributed directly to the fatalities. Tesla’s flush-mounted electronic door handles, designed for aerodynamic efficiency and a sleek exterior, have faced criticism for complexity and safety risks, as they vary by model and can confuse users. In the Cybertruck, the rear manual door release requires removing a rubber mat and accessing a hidden cable, a challenging task for injured or disoriented passengers. The National
robotautomotive-technologyelectronic-door-handlesvehicle-safetyTesla-Cybertruckelectric-vehiclesproduct-liabilityUncrewed military vehicle to be built for US Army's high-risk missions
BAE Systems and Forterra have partnered to rapidly prototype an autonomous Armored Multi-Purpose Vehicle (AMPV) for the U.S. Army, aiming to develop a highly survivable, self-driving vehicle with broad autonomous mission capabilities. The prototype, planned for demonstration in 2026, will leverage Forterra’s AutoDrive full-stack autonomous system integrated onto the AMPV’s modular chassis. This collaboration combines combat vehicle production expertise with advanced autonomous technology to provide soldiers with enhanced battlefield dominance and operational flexibility. Forterra’s interoperable mobile platform supports diverse payloads and seamless integration across various mission systems, enabling vehicles to operate independently or as part of a connected force. The AutoDrive system is designed for extensibility and integration, ensuring adaptability to evolving battlefield complexities and compatibility with other U.S. Army systems such as the Bradley A4 and M109A7 Paladin. The AMPV program itself is critical to replacing legacy vehicles like the M113, enhancing the Armored Brigade Combat Team’s
robotautonomous-vehiclesmilitary-technologyunmanned-systemsAI-roboticsdefense-technologyautonomous-military-vehiclesThe Dangerous Door Handle Dilemma Leads To More Lawsuits Against Tesla - CleanTechnica
The article from CleanTechnica highlights growing legal challenges Tesla faces due to the design of its electric door handles, which have been implicated in fatal accidents. A recent lawsuit filed by the family of Krysta Tsukahara centers on a Cybertruck crash in November 2024, where the vehicle struck a tree, caught fire, and trapped four passengers inside, resulting in three deaths. The suit alleges that the Cybertruck’s door handle design—specifically the reliance on electrically operated handles with a manual release cable hidden beneath a door panel—prevented escape when power was lost. Rescue workers also struggled to access the vehicle due to the flush, locked doors. Tesla’s chief designer has acknowledged the issue and is reportedly working on integrating electronic and manual door release mechanisms to improve emergency usability. Tesla’s electric door handles, a signature feature praised for their sleekness, have come under scrutiny for safety concerns, including investigations by the National Highway Traffic Safety Administration. Critics argue that Tesla was aware of the entrapment
robotenergyelectric-vehiclesTeslaautomotive-safetyelectric-door-handlesvehicle-designInflatable F-35 decoy deploys in 10 minutes to trick missiles
The article discusses the development and deployment of inflatable decoys that mimic advanced military equipment, focusing on a new inflatable F-35 fighter jet decoy created by South Korean company Sea Wolf Marine. These lightweight mock-ups can inflate into full-size replicas within minutes, emit radar and heat signatures, and realistically simulate the appearance and some functions of real weapons systems. Designed to mislead enemy sensors and waste costly missile fire, the decoys also serve to exaggerate combat strength and deter aggression. Sea Wolf has produced similar decoys for Korea’s K9 howitzer and K1A2 tank, with ongoing development for foreign weapons like the U.S. HIMARS and the F-35 itself. The inflatable F-35 decoy can be set up by two people in about 10 minutes and is transportable in trailer form. Its ability to generate electromagnetic and heat signatures makes it harder for enemies to distinguish from actual aircraft on radar and infrared sensors. This innovation reflects a broader military trend of using low-cost deception
robotmilitary-technologydecoy-systemsradar-signatureinfrared-sensorsremote-controlbattlefield-deceptionGM’s Artemis rover packs EV battery power for 19K miles on the Moon
General Motors (GM) has partnered with Lunar Outpost to develop the Lunar Terrain Vehicle (LTV) for NASA’s Artemis program, marking GM’s return to the Moon after 50 years. Unlike the Apollo-era rover, which had limited range and disposable batteries, the Artemis rover features rechargeable lithium-ion batteries using the same chemistry as GM’s Earth-based electric trucks. The battery pack is integrated into the vehicle’s frame to improve stability in lunar gravity and is designed for a 10-year lifespan, capable of delivering up to 19,000 miles of service. The LTV is built to endure the Moon’s extreme temperature swings, including two-week-long nights that plunge to -334 °F, with integrated heating elements, heavy insulation, and fault-tolerant systems to ensure continuous operation even if some battery cells fail. The LTV is designed as a reliable, long-term utility vehicle to support astronauts by hauling gear, scouting routes, and aiding in the establishment of a permanent human presence on the lunar
robotenergymaterialselectric-vehicleslunar-explorationbattery-technologyautonomous-systems7 most remarkable flying cars turning science fiction into reality
The article highlights seven cutting-edge flying cars that are transforming the long-held dream of flying vehicles into tangible reality as of 2025. These vehicles combine automotive and aviation technologies, allowing them to operate both on roads and in the air with varying degrees of speed, range, and functionality. Notably, the Alef Model A is the first flying car to receive an FAA special airworthiness certificate, featuring electric VTOL capabilities, a 200-mile driving range, and the ability to park in standard spots. Other standout models include the PAL-V Liberty, a gyroplane-based flying car with a 1,300 km driving range and 500 km flying range, and the Klein Vision AirCar, which transforms from car to airplane in under two minutes and boasts over 170 flight hours of testing. Additional vehicles such as the Samson Sky Switchblade offer a more accessible price point around $170,000, featuring hybrid propulsion and speeds up to 305 km/hr in flight. The AeroMobil 5.
robotflying-carselectric-VTOLhybrid-propulsionaviation-technologyautonomous-vehiclesaerospace-engineeringRobot Talk Episode 127 – Robots exploring other planets, with Frances Zhu - Robohub
In the Robot Talk Episode 127, Claire interviews Frances Zhu from the Colorado School of Mines about the development and application of intelligent robotic systems for space exploration. Frances Zhu, who holds advanced degrees in Mechanical and Aerospace Engineering including a Ph.D. from Cornell University, has a strong background in machine learning, dynamics, systems, and controls engineering. Her previous roles include being a NASA Space Technology Research Fellow and an Assistant Research Professor at the University of Hawaii, where she focused on geophysics and planetology. Since 2025, Zhu has been an Assistant Professor at the Colorado School of Mines, contributing to both the Robotics and Space Resources programs. The episode highlights her expertise in designing autonomous robots capable of exploring other planets, emphasizing the integration of advanced AI and control systems to navigate and operate in challenging extraterrestrial environments. The podcast, Robot Talk, regularly covers topics related to robotics, artificial intelligence, and autonomous machines, providing insights into cutting-edge research and technology in these fields.
robotroboticsspace-explorationautonomous-systemsmachine-learningaerospace-engineeringintelligent-robotsAmazon to resume drone delivery following crash in Arizona
Amazon plans to resume its Prime Air drone delivery service in Arizona starting Friday, following a temporary suspension triggered by a crash earlier this week. The incident involved two Prime Air drones colliding with a crane boom near Amazon’s same-day delivery site in Tolleson, Arizona, causing them to fall. This prompted an investigation by the National Transportation Safety Board and the Federal Aviation Administration, while Amazon conducted its own internal review, concluding that neither the drones nor their technology were at fault. To enhance safety, Amazon has implemented additional measures such as improved visual inspections to detect moving obstructions like cranes. Since launching in November 2024, Amazon’s Prime Air has been delivering packages up to five pounds in the Phoenix Metro area, its sole commercial market to date. The program has encountered setbacks including executive departures and a previous suspension of drone operations in Texas and Arizona after a December 2024 incident in Oregon. Despite these challenges, Amazon secured FAA approval in May 2024, which allowed it to expand Prime Air
robotdrone-deliveryAmazon-Prime-Airautonomous-dronesUAV-technologydrone-safetylogistics-automationMusk tops $500B as world’s 10 richest control combined $2.3T
As of October 1, 2025, Elon Musk has become the first person in history to reach a net worth of $500 billion, driven largely by a 33% surge in Tesla shares, investor enthusiasm around AI and robotics, and his $1 billion stock purchase. Musk’s wealth is also bolstered by his aerospace company SpaceX, now valued at $400 billion, and his AI startup xAI, valued at $80 billion following a $6 billion private funding round. Tesla remains central to his fortune with a market valuation exceeding $1 trillion. Musk has held the title of the world’s richest person multiple times since 2021, most recently reclaiming it in May 2024. Larry Ellison, co-founder and executive chairman of Oracle, ranks second with an estimated net worth of about $350.7 billion. Oracle’s stock jumped 36% in September 2025 after the company projected a 700% revenue increase in its cloud infrastructure business over four years,
robotAIenergyelectric-vehiclesaerospaceSpaceXTeslaYouTuber straps wrecked e-bike to his body to create motorcycle suit
Content creator and inventor Jake Carlini transformed the wreckage of his crashed electric bike into a wearable electric motorcycle suit. Instead of rebuilding the bike conventionally, Carlini repurposed its key components—attaching the rear-wheel motor directly to his legs with painter’s stilt straps, embedding the heavy battery into a reinforced vest worn on his back, and fabricating custom handlebars with aero bars and armrests to aid steering and weight distribution. The throttle and digital display were integrated into the suit’s grips and vest, creating a cyberpunk-like exoskeleton that merges vehicle functionality with clothing. During testing, Carlini achieved speeds over 20 mph, demonstrating that the suit was not only functional but also stable with proper adjustments and core strength. The design challenges traditional notions of motorcycles by making the rider an integral part of the machine. Although it is unlikely to become a commercial product, Carlini’s project serves as a creative experiment and performance art piece, showcasing how discarded technology can be innovatively reimag
robotenergywearable-technologyelectric-vehicleDIY-engineeringmotor-integrationbattery-packEinride raises $100M to scale autonomous freight deployments - The Robot Report
Einride AB, a Stockholm-based developer of digital, electric, and autonomous freight systems, has raised approximately $100 million in funding from a mix of existing and new investors to accelerate the deployment of its self-driving trucks and deepen technology development. This funding round follows the company’s recent milestone of completing a cross-border autonomous truck operation between Norway and Sweden without a human driver onboard. Founded in 2016, Einride designs and operates a platform that includes connected electric heavy-duty vehicles, charging infrastructure, and an intelligent freight operating system, serving Global Fortune 500 companies across the U.S. and Europe. The investment, which includes participation from EQT Ventures and IonQ, aims to support Einride’s growth as it expands into new markets such as Austria and the United Arab Emirates, and scales its autonomous freight ecosystem. IonQ’s involvement focuses on developing quantum computing applications to solve large-scale logistics challenges. Einride’s proprietary Saga platform integrates advanced digital planning with electric and autonomous vehicles to tackle industry issues like
robotautonomous-vehicleselectric-trucksfreight-technologylogistics-optimizationIoTenergy-efficient-transportationRobot arms dismantle longest-running, most powerful fusion reactor
The UK Atomic Energy Authority (UKAEA) has commenced the decommissioning of the Joint European Torus (JET), the world’s longest-running and most powerful fusion tokamak, following over 40 years of operation. JET notably achieved a record 69 megajoules of energy during a six-second pulse in its final deuterium-tritium experiments in October 2023, with plasma operations ending two months later. The initial phase of the JET Decommissioning and Repurposing (JDR) program involved remotely retrieving 66 plasma-facing components and tiles from inside the reactor. These samples are now being analyzed to understand the physical, chemical, and radiological effects of prolonged plasma exposure on reactor materials. The analysis has revealed significant phenomena such as surface melting and the reverse waterfall effect, which were intentionally induced during JET’s final operational pulses to accelerate and observe damage mechanisms in real time. This unique data is critical for validating predictive computer models for future fusion reactors like ITER and
robotenergyfusion-reactormaterials-scienceremote-handlingplasma-researchdecommissioningWatch: $80,000 humanoid robot brutalized by YouTuber in shocking test
YouTuber Cody Detwiler, known as WhistlinDiesel, conducted a durability and behavior test on an $80,000 humanoid robot named Ben, a Unitree G1 model. In a widely viewed 17-minute video titled "What Happens if you Abuse a Robot," Detwiler programmed Ben to consider humans as enemies and subjected it to various intense and violent scenarios. These included attacking with a machete, acting as a dangerous nanny to a baby doll, simulating a burglary by running at high speed, and enduring physical abuse such as being hit by a truck. The robot executed its programmed hostile actions with alarming precision, raising questions about the potential risks if such machines were misused. The video, while primarily created for entertainment, highlights concerning implications about humanoid robots’ future capabilities. Ben’s aggressive responses to insults and rough treatment suggest that robots could potentially exhibit emotional-like reactions, such as feeling insulted or retaliating. The disturbing behavior toward the baby doll, although
robothumanoid-robotUnitree-G1robot-durability-testrobotics-technologyrobot-programmingrobot-behaviorHow Guident is making autonomous vehicles safer with multi-network TaaS - The Robot Report
Guident Corp. is advancing autonomous vehicle (AV) safety through its teleoperation-as-a-service (TaaS) platform, which combines remote human oversight with robust multi-network connectivity. The company operates AV shuttles in South Florida and manages a variety of vehicles including a shuttle from AuVe Tech, a large-capacity bus at Michigan State University, and a security patrol robot called Watchbot. Central to Guident’s offering is its Remote Monitor and Control Center (RMCC), which enables remote control operators (RCOs) to monitor and intervene in real time via a patented ultra-low latency video streaming system. This system achieves connection speeds of 35 to 70 milliseconds, critical for timely remote interventions. Guident’s technology integrates a small proprietary hardware device, the vehicle teleoperation unit (VTU), installed on vehicles to connect sensors and cameras with multiple communication networks. The company’s multi-network backbone dynamically switches between terrestrial (4G/5G, private wireless) and non-terrestrial
robotautonomous-vehiclesteleoperationIoTremote-monitoring5G-connectivitysatellite-networksFormer Google CEO Will Fund Boat Drones to Explore Rough Antarctic Waters
A foundation established by the former Google CEO is funding a five-year project deploying four uncrewed surface vessels (USVs), or drone boats, to explore the challenging waters of the Southern Ocean around Antarctica. This region plays a critical role as one of the world’s largest carbon sinks, absorbing a significant portion of ocean-based carbon dioxide, yet it remains poorly understood due to extreme weather conditions, rough seas, and limited scientific data. The Southern Ocean’s harsh environment, especially in the Drake Passage, makes traditional crewed research difficult, and satellite observations are hindered by persistent cloud cover. The USVs will operate remotely, continuously collecting sophisticated measurements of the partial pressure of CO2 in the water, providing deeper insight into the ocean carbon cycle than previous unmanned efforts. Using machine learning, the drones’ routes will be dynamically adjusted to optimize data collection in areas beyond commercial shipping lanes, including during the winter months when data is especially scarce. The collected data will be publicly available, aiming to improve climate models
robotdroneautonomous-vesselsocean-explorationenvironmental-monitoringclimate-scienceremote-sensingMars rovers serve as scientists’ eyes and ears from millions of miles away – here are the tools Perseverance used to spot a potential sign of ancient life - Robohub
The article discusses a significant update from NASA’s Perseverance Mars rover mission, highlighting the investigation of a distinctive rock outcrop called Bright Angel near Jezero Crater. This outcrop features light-toned rocks with mineral nodules and multicolored, leopard print-like patterns. By integrating data from five scientific instruments aboard Perseverance, scientists concluded that these nodules likely formed through processes that could have involved microorganisms. While this does not constitute direct evidence of past life, it represents a compelling discovery that warrants further study by planetary scientists. The article also explains how scientists interact with rover data, using advanced sensors and instruments as extensions of their own senses to build mental models of the Martian environment. Perseverance’s toolkit includes robotic arms for cleaning and abrading rock surfaces, 19 cameras for detailed imaging—including infrared and magnified views—and spectrometers like SuperCam and SHERLOC that analyze light spectra to detect water-related minerals and organic molecules. Additionally, the RIMFAX radar instrument
robotMars-roverPerseverancerobotic-sensorsplanetary-explorationmachine-learningspace-roboticsJeff Bezos’ Blue Origin Wins Contract to Take NASA Rover to the Moon
NASA has awarded Jeff Bezos’ aerospace company, Blue Origin, a $190 million contract through its Commercial Lunar Payload Services (CLPS) program to potentially deliver the VIPER lunar rover to the Moon’s south pole. However, this award is contingent on Blue Origin demonstrating its capability to successfully land its Blue Moon MK1 lunar lander on the Moon by the end of 2025, carrying a NASA technology payload. The contract includes an option for Blue Origin to deliver and deploy the VIPER rover, which NASA will decide on after reviewing the success of the initial Blue Moon MK1 mission. The VIPER rover, designed to explore lunar ice and other resources, is about 2.5 meters tall, weighs nearly 500 kilograms, and is equipped with a drill and scientific instruments. Originally scheduled for launch in 2023, the mission has faced delays and cost increases, leading NASA to seek private partnerships to reduce expenses and focus on scientific objectives. Blue Origin’s Blue Moon MK1 lander will
robotspace-explorationlunar-roverNASABlue-Originlunar-landerroboticsTiny ocean robot captures first-ever data inside Category 5 hurricane
A surfboard-sized, wind- and solar-powered ocean robot called the C-Star has become the first uncrewed surface vehicle (USV) to capture and transmit live data from inside a Category 5 hurricane. During Hurricane Humberto on September 28, 2025, one of the four-foot-long C-Stars entered the storm’s eyewall, recording critical measurements such as a minimum air pressure of 955 millibars and hurricane-force gusts exceeding 150 mph. The data, including wind speed, direction, air pressure, temperature, humidity, and sea surface conditions, were transmitted every two minutes and used by NOAA forecasters to improve storm analysis and forecasting. NOAA, in partnership with the UK robotics firm Oshen and the University of Southern Mississippi, is operating seven C-Stars during the 2025 hurricane season to enhance understanding of hurricanes and advance prediction capabilities. The project also demonstrated rapid deployment capabilities, with two C-Stars transported and deployed within 48 hours to track
robotuncrewed-surface-vehiclehurricane-data-collectionocean-robotenvironmental-monitoringNOAAautonomous-sensorsSelf-driving trucks startup Einride raises $100M
Einride, a Swedish startup specializing in electric and autonomous freight vehicles, has raised $100 million from new and existing investors, including its largest shareholder EQT Ventures and quantum computing firm IonQ. The company did not disclose its post-money valuation. Founded in 2016, Einride aims to disrupt the freight industry with its electric big rigs, autonomous pod-like trucks without steering wheels or pedals, and planning software for shippers. Its fleet operates across Europe, North America, and the UAE, serving clients such as PepsiCo, Carlsberg Sweden, and DP World. The startup has made progress with autonomous pods through partnerships with Apotea in Sweden and GE Appliances in the U.S. The new funding will support Einride’s efforts to scale its three core business products and accelerate the deployment of its autonomous freight technology. The company has faced challenges common to the autonomous vehicle sector, including the lengthy and costly transition from development to commercial operations. In recent leadership changes, co-founder Robert Falck stepped
robotautonomous-vehicleselectric-trucksfreight-technologytransportation-innovationstartup-fundinglogistics-automationDoorDash’s Dot robot delivers food with a smile and glowing eyes
DoorDash has introduced Dot, a 350-pound, four-wheeled autonomous delivery robot designed specifically for local commerce, capable of carrying up to 30 pounds—equivalent to about six stacked pizza boxes. Dot features a bright red exterior with playful LED eyes and a cartoon-like mouth that opens to release deliveries. Standing 4.5 feet tall and 3 feet wide, it can transport groceries, toiletries, and food items with custom trays and insulated liners. The robot can travel at speeds up to 20 mph, navigating sidewalks, bike lanes, and narrow driveways, aiming to provide faster, more cost-effective, and sustainable delivery options while reducing traffic congestion. Equipped with eight cameras, four radars, and three LiDAR sensors, Dot autonomously scans its surroundings to select optimal routes and safely avoid obstacles without human remote control. It also includes interactive features such as a colorful LED message strip and audio alerts to create a friendly, approachable presence for customers. The robot operates on a sw
robotautonomous-deliveryDoorDash-Dotdelivery-robotAI-navigationelectric-vehiclelast-mile-deliveryWaymo can keep testing robotaxis in NYC until end of 2025
New York City regulators have extended Waymo’s autonomous vehicle testing permit through the end of 2025, allowing the company to continue deploying up to eight Jaguar I-Pace robotaxis in Manhattan and Downtown Brooklyn. The permit, initially granted in August and set to expire in September, permits Waymo’s vehicles to operate with a human safety operator behind the wheel, who is exempt from the city’s usual requirement to keep one hand on the wheel at all times. This extension marks a significant step toward Waymo potentially becoming the first autonomous vehicle (AV) company to launch a robotaxi service in New York City’s complex and congested urban environment. Waymo currently operates commercial robotaxi services in several U.S. cities, including Austin, Atlanta, Phoenix, and Los Angeles, with plans to expand to Miami, Washington, D.C., Dallas, Denver, and Nashville within the next year. Despite the permit extension, a major regulatory challenge remains: New York lacks a legal framework that allows fully driverless
robotautonomous-vehiclesrobotaxiWaymoself-driving-carsurban-mobilitytransportation-technologyInside Taiwan’s 50,000‑UAV plan to deter China
In September 2025, Taiwan unveiled a significant shift in its defense strategy at the Taipei Aerospace & Defense Technology Exhibition (TADTE) 2025, focusing on mass-producing unmanned aerial vehicles (UAVs) to deter China. Central to this strategy is a two-year plan to procure approximately 50,000 domestically built drones across five categories by 2027. Taiwan is adopting a novel approach by treating small UAVs as "consumables," similar to ammunition, emphasizing high-volume production, rapid assembly, and replaceability rather than platform longevity. This approach is designed to impose economic and operational costs on a numerically superior adversary through distributed, expendable sensors and effectors, enabling a layered, networked kill web for persistent intelligence, surveillance, reconnaissance (ISR), and precision strikes. Taiwan’s drone ecosystem showcased at TADTE 2025 includes low-cost autonomous cruise drones, loitering munitions, swarming FPVs, maritime unmanned surface vehicles
robotUAVdrone-technologyautonomous-systemsdefense-technologyAI-enabled-command-and-controlunmanned-vehiclesRussia turns Chinese 'golf carts' into remote-controlled war robots
Russian forces have repurposed Chinese-made Desertcross 1000-3 all-terrain vehicles (ATVs), originally designed as recreational utility vehicles, into remote-controlled battlefield robots. This adaptation was carried out by the 36th Guards Combined Arms Army of Vostok and reported in early October 2024 during operations in Ukraine. The modified vehicles are used primarily to lay up to five kilometers of fiber-optic communication cable remotely, reducing the exposure of Russian signal troops to enemy fire. These conversions utilize commercially available electronics and 3D-printed parts, allowing operators to control the vehicles from a safe distance, thereby minimizing casualties in high-risk frontline zones. Beyond communication roles, the Desertcross ATVs have been adapted for logistical support and direct combat, with some fitted with various machine guns and grenade launchers, as well as anti-drone defenses like nets or cages. While these vehicles offer a cost-effective and flexible solution amid Russia’s operational challenges, they remain lightly armored and vulnerable to destruction by
robotremote-controlbattlefield-robotsmilitary-technologyfiber-optic-cable-laying3D-printingunmanned-vehiclesZoox tests self-driving service in Washington, D.C. - The Robot Report
Zoox Inc. has begun deploying sensor-equipped test vehicles in Washington, D.C., marking its eighth city and first presence in the mid-Atlantic region as part of its plan to launch a fully driverless robotaxi service. This expansion follows Zoox’s recent launch of a fully autonomous ride-hailing service in Las Vegas, where it became the first company to operate a purpose-built, all-electric robotaxi without a driver’s seat or steering wheel. Zoox’s test fleet is also active in seven other cities, including San Francisco, Seattle, and Miami. In Washington, D.C., Zoox is currently in the manual mapping phase, where engineers drive the sensor-equipped vehicles throughout the designated geofenced area to collect data and create detailed maps for autonomous operation. This initial phase involves manually driven vehicles with engineers onboard to gather and process sensor data. Zoox anticipates beginning autonomous testing later in the year, starting with safety drivers behind the wheel before transitioning to fully autonomous operation in its four-passenger
robotautonomous-vehiclesself-driving-carsrobotaxielectric-vehiclessensor-technologymobility-technologyThis Startup Wants to Put Its Brain-Computer Interface in the Apple Vision Pro
Startup Cognixion is launching a clinical trial to integrate its noninvasive brain-computer interface (BCI) technology with Apple’s Vision Pro headset to help paralyzed individuals with speech impairments communicate using their thoughts. Unlike implant-based BCIs from companies like Neuralink, Cognixion’s system uses a custom headband equipped with six EEG sensors that detect brain signals related to visual fixation, enabling users to select options via mental attention. The trial will involve up to 10 participants in the US with speech disorders caused by conditions such as spinal cord injury, stroke, traumatic brain injury, or ALS. Cognixion’s technology combines hardware with AI-driven software that customizes communication models based on each user’s speech history and patterns, allowing for near-normal conversation speeds. Previously tested with ALS patients using their own Axon-R headset, the company now aims to leverage the broader functionality and app ecosystem of the Vision Pro to democratize access to BCI communication tools. Cognixion’s approach focuses
robotbrain-computer-interfacewearable-technologyassistive-technologyaugmented-realityAI-communicationmedical-devicesToyota adds another $1.5B to its bet on startups at every stage
Toyota is significantly expanding its investment in startups across various stages of development, committing an additional $1.5 billion to support innovation in mobility, climate, AI, and industrial automation. The company announced the creation of Toyota Invention Partners Co., a strategic investment subsidiary with about $670 million in capital focused on early-stage, Japan-based startups with a long-term investment horizon. This new entity complements Toyota’s existing venture arms—Toyota Ventures, which targets early-stage startups, and Woven Capital, which focuses on growth-stage companies. Woven Capital also launched a second $800 million fund aimed at Series B to late-stage startups advancing AI, automation, climate tech, energy, and sustainability, and has become a wholly owned Toyota subsidiary. This multi-tiered investment approach allows Toyota to support startups from the initial invention phase through growth and maturity, with the potential for successful ventures to be integrated into Toyota’s balance sheet. The strategy reflects Toyota’s deepening commitment to the startup ecosystem and its role in developing technologies
robotAIindustrial-automationadvanced-manufacturingroboticsstartup-investmentautomotive-technologyDoorDash unveils Dot, its first commercial autonomous delivery robot - The Robot Report
DoorDash has introduced Dot, its first commercial autonomous delivery robot designed to perform local deliveries by traveling on bike lanes, roads, sidewalks, and driveways. About one-tenth the size of a car, Dot can travel up to 20 mph (32.1 kph) and carry up to 30 pounds (13.6 kg) of cargo, including up to six large pizza boxes. Its compact size (4 ft. 6 in. tall) allows it to navigate doorways and driveways, reducing congestion and enabling efficient handoffs. The robot’s sensor suite includes eight external cameras for 360-degree vision, one interior camera, four radar units, and initially three high-resolution lidar sensors, with plans to switch to more cost-effective automotive-grade lidars for scalability. Dot’s technology stack combines deep learning and search-based algorithms to autonomously navigate complex environments such as busy parking lots, streets, and sidewalks while understanding the behavior of other road users to drive safely and predictably. Door
robotautonomous-deliveryDoorDashdelivery-robotelectric-robotrobotics-technologyautonomous-vehicleFormer OpenAI and DeepMind researchers raise whopping $300M seed to automate science
Periodic Labs, a new startup founded by former OpenAI and DeepMind researchers Ekin Dogus Cubuk and Liam Fedus, has emerged from stealth with an unprecedented $300 million seed funding round. Backed by prominent investors including Andreessen Horowitz, Nvidia, Jeff Dean, Eric Schmidt, and Jeff Bezos, the company aims to revolutionize scientific discovery by creating AI-driven autonomous laboratories. These labs will use robots to conduct physical experiments, collect data, and iteratively improve their processes, effectively building "AI scientists" that can accelerate the invention of new materials. The initial focus of Periodic Labs is to develop novel superconductors that outperform current materials and potentially require less energy. Beyond superconductors, the startup intends to discover a variety of new materials while simultaneously generating fresh physical-world data to feed back into AI models, addressing the limitations of existing models trained primarily on internet data. This approach marks a shift toward integrating AI with hands-on experimentation to push the boundaries of scientific research. Although Periodic Labs
robotAImaterials-scienceenergyautomationscientific-discoverysuperconductorsGlobant invests in InOrbit Series A to advance robot orchestration - The Robot Report
InOrbit Inc., a Mountain View-based company specializing in AI-powered robot operations (RobOps) software, has closed its Series A funding round led by Globant and other investors. The capital will be used to accelerate platform development and expand InOrbit’s presence in key industries such as manufacturing, logistics, retail, and hospitality. InOrbit aims to address challenges like labor shortages and supply chain risks by providing a robot orchestration platform that integrates robots, human workers, and AI agents. The company’s software acts as a “central nervous system” for robot fleets, enabling autonomous decision-making and adaptive responses in real-world environments, with customers including Colgate-Palmolive and Genentech. The partnership between InOrbit and Globant builds on their previous collaboration, with Globant integrating InOrbit’s RobOps software into its Robotics Studio and offering it as part of its digital transformation services. Globant emphasizes that InOrbit’s platform complements existing enterprise systems such as WMS and ERP, enhancing orchestration of diverse
robotroboticsAIautomationrobot-orchestrationenterprise-softwareautonomous-robotsWhy you can’t miss the aerospace content at TechCrunch Disrupt 2025
TechCrunch Disrupt 2025 will feature significant aerospace content presented by the Aerospace Corporation, emphasizing how artificial intelligence (AI) is transforming the space economy beyond traditional hardware like rockets and satellites. The event includes two key sessions on October 27 that highlight startups addressing critical challenges in space exploration, orbital intelligence, and space infrastructure through AI-driven innovations. These startups are developing solutions for automating mission planning, preventing satellite collisions, and optimizing communications and servicing in orbit, showcasing early-stage companies tackling complex, high-stakes problems in the space industry. The second session focuses on "AI at the edge," addressing the unique constraints of space environments such as latency and bandwidth limitations that make cloud computing impractical. It highlights advancements in autonomous systems, resilient computing architectures, and onboard intelligence that enable spacecraft to process data in real-time and operate more safely and efficiently. Together, these sessions provide insight into how AI and cutting-edge technology are converging to redefine space missions and infrastructure, positioning the space sector as a rapidly evolving
robotAIaerospaceautonomous-systemsspace-technologysatelliteedge-computingRoot Access develops tool for engineers of embedded systems, raises funding - The Robot Report
Root Access Inc., a New York-based startup co-founded by Ryan Eppley and Samarpita Chowdhury, has developed an AI-native tool aimed at engineers working on firmware for embedded systems, such as heavy machinery, robotics, and mission-critical hardware. Recognizing that firmware development is often overlooked compared to hardware and software, Root Access seeks to streamline and enhance this process by enabling engineers to validate and configure components more efficiently using their Hideout integrated development environment (IDE). The company recently raised $2.1 million in pre-seed funding to advance its technology. The founders bring complementary expertise: Eppley has a diverse background spanning agriculture, competitive sports, philosophy, and technology roles at Oracle and other ventures, while Chowdhury has deep hardware and firmware experience, including military motherboard design and multiple patents. They identified a gap between PCB design tools and other parts of the tech stack, aiming to fill it with their AI-driven solution. Since its incorporation in 2024, Root Access has
robotembedded-systemsAIfirmware-developmenthardware-engineeringroboticsmission-critical-systemsUkrainian troops deploy ground robot to rescue cat from frontline
Ukrainian troops on the Kharkiv front recently conducted a unique operation using an unmanned ground vehicle (UGV) to rescue a cat named “Prapor” from frontline positions. The robotic vehicle, initially deployed to deliver supplies to forward troops, was remotely operated to safely transport the cat away from the dangerous line of contact. Prapor had lived alongside soldiers for months, becoming a morale-boosting companion and earning the status of a “combat participant.” The three-hour mission ended with the cat relocated to a safer base, illustrating the expanding humanitarian and logistical roles of ground robots in Ukraine’s military efforts. This operation highlights a broader trend in Ukraine’s use of robotics in warfare, where UGVs serve multiple functions beyond combat, including resupply, reconnaissance, and medical evacuation. Ukrainian forces have increasingly relied on these systems to reduce risks to personnel, such as ferrying ammunition under fire or retrieving wounded soldiers from hazardous areas. The rescue of Prapor, alongside similar stories
robotunmanned-ground-vehiclemilitary-roboticsbattlefield-logisticsrobotic-rescueautonomous-vehicleshumanitarian-roboticsZoox chooses Washington DC as its next autonomous vehicle testbed
Amazon-owned autonomous vehicle company Zoox has selected Washington D.C. as its next testing ground for self-driving technology, beginning with mapping the city’s streets using manually driven Toyota Highlanders equipped with its sensors and software. The company plans to start autonomous vehicle testing with human safety operators later this year, marking Washington D.C. as its eighth test site after expanding beyond its original Silicon Valley base to cities including Austin, Atlanta, Los Angeles, Las Vegas, Miami, San Francisco, and Seattle. Zoox intends to grow its testing fleet gradually but has not disclosed specific numbers. Zoox is developing a commercial robotaxi service using custom-built autonomous vehicles that lack traditional controls like steering wheels or pedals. The company recently launched testing of these vehicles in Las Vegas, a key market where it has maintained a presence. Regulatory progress includes a National Highway Traffic Safety Administration exemption granted in August allowing Zoox to demonstrate its robotaxis on public roads for research purposes. Zoox has filed additional applications to expand this authorization, aiming
robotautonomous-vehiclesself-driving-carsrobotaxitransportation-technologyAImobilityDoorDash unveils Dot, its autonomous robot built to deliver your food
DoorDash has introduced Dot, a compact autonomous delivery robot designed to transport food and small packages at speeds up to 20 mph. Dot is built to navigate roads, bike lanes, and sidewalks, standing under five feet tall and weighing 350 pounds. Its bright red, cartoonish design features LED eyes and a mouth that opens to reveal cargo space capable of holding up to six pizza boxes or 30 pounds of food, with customizable inserts like cupholders and coolers. Equipped with eight cameras, radar, and lidar sensors, Dot uses AI-driven navigation to optimize delivery routes. The robot also includes interactive features such as an LED text display, speakers, and a microphone for potential AI-powered customer interactions. DoorDash plans to roll out Dot to the Phoenix metropolitan area, serving its 1.6 million residents by the end of 2025. DoorDash’s entry into autonomous vehicle technology reflects its belief that food delivery will undergo a transformation similar to ride-hailing services, with robots handling the "first
robotautonomous-deliveryDoorDashdelivery-robotroboticsautonomous-vehiclelast-mile-deliveryBudget exoskeleton delivers muscle-like VR feedback for $400
Kinethreads is an innovative, budget-friendly exoskeleton suit designed to deliver realistic muscle-like feedback for virtual reality (VR) experiences and movement assistance at a fraction of traditional costs. Priced under $500, the lightweight suit uses nylon threads threaded through fabric channels connected to compact motors that act as synthetic tendons, tightening to guide muscles and stabilize joints. A Raspberry Pi runs the system, coordinating motor actions via Python scripts. Initially developed for arm support, the design expanded to include leg stabilization with motors housed in a belt pack powered by a lithium-polymer battery, enabling two hours of active use. Vibration motors provide additional haptic feedback, enhancing the user's perception of assistance and improving natural control over time. The suit weighs less than five kilograms and can be donned in under 30 seconds, delivering up to 120 newtons of force and vibrotactile feedback at frequencies up to 200 hertz. Ten motorized reels on a vest create tension interpreted by the body as weight
robotexoskeletonhaptic-feedbackwearable-technologyvirtual-realitymuscle-assistancerehabilitation-technologyEinride completes autonomous border crossing and customs passing - The Robot Report
Einride AB has successfully completed the world’s first fully autonomous, cabless, electric truck crossing a national border without a human driver onboard, traversing from Norway to Sweden at Ørje. This milestone demonstrates Einride’s in-house developed autonomous freight technology, which integrates electric heavy-duty vehicles, charging infrastructure, and an intelligent freight operating system. The achievement is part of the MODI Project, co-founded with the EU, aiming to safely advance heavy-duty autonomous transportation across markets by addressing regulatory and technical challenges such as differing national laws, road signage, and customs procedures. To facilitate the complex border crossing process, Einride partnered with Norway’s customs authority and Q-Free to integrate its trucks with the Digitoll digital customs system, enabling advance digital declaration of goods and streamlining customs clearance without human intervention. The autonomous operation utilized Einride’s proprietary Autonomous Drive Stack, a purpose-built cabless vehicle, and a Control Tower platform for fleet management. The project involved collaboration among Swedish and Norwegian agencies and was conducted
robotautonomous-vehicleselectric-trucksfreight-technologyconnected-vehiclesautomated-mobilitysmart-logisticsKollmorgen offers pre-configured Essentials motion system - The Robot Report
Kollmorgen has launched the Essentials motion system, a pre-configured line of servo motion systems aimed at simplifying high-performance motion control across various industrial applications such as packaging, warehouse automation, material handling, and forming. These systems combine an optimally matched servo drive, servo motor with integrated absolute multi-turn feedback, and a combined power/data cable, designed to reduce engineering time and overall system costs. The Essentials family supports multiple onboard communication protocols—including EtherCAT, EtherNet/IP, and PROFINET—allowing seamless integration into common controller environments and existing PLC setups. Kollmorgen emphasizes ease of installation and commissioning, featuring an Express Setup tool within its WorkBench software to assist engineers, even those with limited motion experience. The Essentials servo drives offer continuous power up to 4,000 watts and support supply voltages from 120–240 or 240–480 VAC. They include functional safety features such as integrated dual-channel STO with SIL2/Cat 3 PLd certification. The servo motors cover
robotautomationmotion-controlservo-systemsindustrial-roboticsAGV-controlEtherCATNew disaster-response robot hauls 330-lb across rubble to save lives
Researchers in Germany have developed ROMATRIS, an AI-supported semi-autonomous robot designed to aid disaster relief efforts by transporting heavy equipment—up to 150 kilograms (approximately 330 pounds)—across challenging and hazardous terrain inaccessible to conventional vehicles or stretchers. The project is a collaboration between the German Research Center for Artificial Intelligence (DFKI) and the Federal Agency for Technical Relief (THW). ROMATRIS combines rugged mechanical design with advanced sensor technologies, including depth cameras, ultrasonic and laser sensors, and neural networks that enable gesture recognition and autonomous navigation. This allows emergency personnel to control the robot intuitively via hand gestures or remote control, or to set it to follow or shuttle modes for autonomous operation. The robot was tested extensively in field scenarios at THW training centers, with input from over 20 volunteers across 14 THW local associations, ensuring it meets real-world civil protection needs. The system demonstrated its capability to transport bulky equipment such as generators, pumps, and hoses across rough terrain
robotroboticsdisaster-responseAIautonomous-navigationgesture-recognitionemergency-servicesSimbe for Merchants suite offers retailers chain-wide visibility - The Robot Report
Simbe Robotics has launched Simbe for Merchants, a comprehensive suite designed to provide retailers with real-time, chain-wide visibility into product placement and inventory on store shelves. Central to the offering are “realograms,” automatically generated, to-scale diagrams that accurately depict what is physically present on shelves, alongside real-time planogram dashboards. This technology addresses significant retail challenges, as retailers lose an estimated 5.5% of sales and 5% of margin due to in-store inefficiencies, with planogram execution averaging only 60%. Simbe’s solution enables merchandising teams to monitor shelf conditions daily, ensuring correct product placement, display setups, and vendor alignment, ultimately driving measurable sales and margin improvements. The system leverages Simbe’s Tally robots and Tally Spot shelf-mounted cameras, combining computer vision and RFID capabilities to capture detailed, frequent data across hundreds of stores worldwide. Features like Multi-Store View allow retailers to instantly compare shelf conditions for specific products or categories across multiple locations, facilitating efficient
robotretail-roboticsinventory-managementcomputer-visionRFID-technologyshelf-intelligenceretail-automationTesla Now Recommends Sleepy Drivers Try FSD - CleanTechnica
The article discusses a recent Tesla software update (version 2025.32.3) that introduces new alerts recommending drivers who show signs of drowsiness or lane drifting to activate Tesla’s Full Self-Driving (FSD) system. These alerts appear when the vehicle is manually operated and detect driver fatigue or lane departure through cabin cameras and sensors. The messaging encourages drivers to "Let FSD assist so you can stay focused" or "Stay focused with FSD," suggesting the system as a safety net when driver alertness is compromised. This update raises a notable contradiction in Tesla’s positioning of FSD. While Tesla emphasizes that drivers must remain fully attentive and ready to take control at any moment, the new alerts imply that FSD can compensate for reduced driver alertness, such as fatigue or distraction. This dual messaging could represent a step toward proactive safety by offering assistance when human performance declines, but it also poses challenges in balancing marketing, regulatory scrutiny, and real-world driver behavior. The article notes
robotautonomous-vehiclesTesla-FSDdriver-assistanceautomotive-safetyAI-in-transportationvehicle-automationDJI loses lawsuit over classification as Chinese military company
A federal judge has ruled against DJI, the drone manufacturer, in its lawsuit challenging its designation as a Chinese military company by the U.S. Department of Defense (DoD). U.S. District Judge Paul Friedman found that the DoD presented “substantial evidence” indicating DJI contributes to China’s defense industrial base. He emphasized that DJI’s technology has significant military applications, citing its use in the Russia-Ukraine conflict, and noted that whether DJI’s policies prohibit military use is irrelevant to the classification. However, Judge Friedman dismissed some of the DoD’s other reasons for the listing. DJI had argued that it is not owned or controlled by the Chinese military and that it primarily produces consumer and commercial drones, not military ones. The company also claimed the designation caused financial and reputational harm. DJI is considering its legal options following the ruling and faces additional U.S. legal challenges, including a potential ban starting December unless a national security agency determines its drones do not pose an unacceptable security risk.
robotdronesdefense-technologymilitary-applicationsDJInational-securitydrone-regulationsTechCrunch Mobility: Self-driving trucks startup Kodiak goes public and a shake-up at Hyundai’s Supernal
The article from TechCrunch Mobility highlights recent developments in the autonomous vehicle (AV) and transportation sector, emphasizing both progress and challenges. Gatik, an AV logistics startup, announced a significant multi-year partnership with Canada’s largest retailer, Loblaw, to deploy 20 autonomous middle-mile trucks by the end of 2025, with plans to expand to 50 trucks by 2026. These trucks will autonomously manage complex regional deliveries from two distribution centers to over 300 retail stores, marking a notable commercial deployment beyond fixed-route pilots. Additionally, Kodiak Robotics, a self-driving truck startup focused on highway, industrial, and defense applications, went public through a SPAC merger with Ares Acquisition Corporation II, valuing the company at approximately $2.5 billion. Kodiak raised over $212 million in financing, including PIPE funding and trust cash, although some SPAC investors redeemed shares. Founder and CEO Don Burnette explained that going public via SPAC was a strategic choice to access capital
robotautonomous-vehiclesself-driving-trucksKodiak-Roboticslogistics-technologytransportation-innovationAI-in-transportationUS to soon detect hostile drones at longer ranges using new system
The United States is set to enhance its ability to detect hostile drones at longer ranges through a new AI-enabled detection system demonstrated by L3Harris Technologies and Shield AI. This system integrates L3Harris’ WESCAM MX-Series electro-optical/infrared sensors with Shield AI’s Tracker counter-UAS software, enabling faster and more effective identification of unmanned aerial vehicles (UAVs), even when partially obscured by obstacles like buildings or clouds. The technology addresses the growing threat posed by increasingly numerous and complex drone adversaries, requiring quicker, covert responses to protect military operators. The next development phase involves refining airborne object behavior models to improve tracking performance across air, land, and maritime domains during both day and night operations. This AI-powered capability will be incorporated into L3Harris’ VAMPIRE Counter-Unmanned System, designed specifically to defend against small drones. The WESCAM MX-Series sensors, known for their multi-spectral, high-sensitivity EO/IR surveillance and
robotAIdrone-detectionunmanned-aerial-systemselectro-optical-sensorsinfrared-sensorscounter-UAS-technologyFamed roboticist says humanoid robot bubble is doomed to burst
Renowned roboticist Rodney Brooks, co-founder of iRobot and former MIT researcher, warns that the current enthusiasm around humanoid robots is overly optimistic and likely to collapse. He criticizes companies like Tesla and Figure for relying on teaching robots dexterity through videos of humans performing tasks, calling this method “pure fantasy thinking.” Brooks highlights the complexity of the human hand, which contains about 17,000 specialized touch receptors—a level of tactile sophistication that no robot currently approaches. Unlike advances in speech recognition and image processing, which benefited from decades of data collection, robotics lacks a comparable foundation of touch data. Brooks also raises safety concerns, noting that full-sized humanoid robots consume large amounts of energy to maintain balance, making falls dangerous. He explains that larger robots would pose exponentially greater risks due to the physics of energy impact. Predicting the future of robotics, Brooks believes that successful robots in 15 years will likely abandon the human form, instead featuring wheels, multiple arms, and specialized sensors tailored to
robothumanoid-robotsroboticsmachine-learningrobot-safetyrobot-dexterityRodney-BrooksScientists build modular biobots from human lung cells and cilia
Researchers at Carnegie Mellon University have developed a novel class of living, modular biobots called AggreBots, engineered from human lung cells and powered by cilia—microscopic hair-like structures that enable movement by propelling fluids. Unlike traditional biobots that rely on muscle fibers for motion, AggreBots utilize cilia-based propulsion, offering a new approach to controlling microscale robot motility. The team’s innovative method involves assembling tissue spheroids derived from lung stem cells, including genetically modified spheroids with immotile cilia, to precisely control the location and function of cilia on the biobot surface. This modular design allows customizable movement patterns, akin to selectively removing oars from a rowboat to influence its direction. The biobots’ fully biological composition makes them biodegradable and biocompatible, enhancing their potential for medical applications such as targeted therapeutic delivery within the body. Because AggreBots can be created from a patient’s own cells, they may avoid immune rejection and enable
robotbiobotsbiomedical-engineeringciliamodular-designbiohybrid-robotsmedical-roboticsHow satellite refueling in orbit could cut space junk and extend missions
The article discusses the emerging field of satellite refueling in orbit (OOR), highlighting its potential to extend satellite missions, reduce space debris, and promote sustainable spaceflight. While the concept of OOR has existed since the Space Age, recent advances by NASA and commercial companies like Arkisys and Orbit Fab are bringing it closer to reality. Refueling satellites in orbit could significantly extend their operational lifespans, thereby reducing the accumulation of space junk—a growing threat in Low Earth Orbit (LEO) known as the Kessler Effect. Unlike current debris removal efforts that address symptoms, OOR tackles the root cause by shifting satellites away from single-use technology. The article also outlines the technical challenges of refueling satellites, which were not originally designed for in-orbit servicing. Issues include the complexity of robotic grappling, precise navigation, and the lack of visual markers like QR codes on most satellites to aid servicing spacecraft. Despite these hurdles, NASA’s Robotic Refueling Mission (RRM) between
robotspace-technologysatellite-refuelingorbital-debrisspace-sustainabilityrobotic-armsspace-navigationMore executives depart Hyundai’s air taxi startup Supernal
Hyundai’s electric air taxi startup Supernal is undergoing a significant leadership shakeup following the recent departure of its CEO and CTO and the pausing of its vehicle program. The company confirmed that chief strategy officer Jaeyong Song, chief safety officer Tracy Lamb, and chief of staff Lina Yang have also left. Supernal stated that this transition is part of a strategic review to align its program with long-term goals, while Hyundai Motor Group remains committed to its Advanced Air Mobility (AAM) business. Song’s exit is notable given his long tenure within Hyundai’s AAM group and Supernal, and Lamb brought extensive aerospace safety and piloting experience. Supernal has faced a challenging year, having shut down its Washington, D.C. headquarters late in 2024, conducted its first test flight in March 2025, but then laid off many employees and paused its air taxi program by early September. This turmoil comes amid a critical period for the electric vertical takeoff and landing (eVTOL
robotelectric-air-taxiadvanced-air-mobilityurban-air-mobilityautonomous-vehicleselectric-vertical-takeoff-and-landingHyundai-SupernalWhat Tesla’s Optimus robot can do in 2025 and where it still lags
Tesla aims to produce 5,000 Optimus humanoid robots by 2025, positioning the robot as central to its future under the vision of integrating AI into the physical world. CEO Elon Musk has claimed that 80% of Tesla’s future value will derive from Optimus and related AI ventures, signaling a shift from purely an automaker to a “physical AI” platform. Demonstrations through 2024 and 2025 have shown Optimus performing basic locomotion with improved heel-to-toe walking, simple household chores like sweeping and trash removal, and basic manipulation tasks such as handling car parts. These capabilities are enabled by a unified control policy—a single neural network trained using vision-based inputs and human video data—which Tesla highlights as a scalable approach to skill acquisition. However, Optimus’s current functionality is largely limited to structured or lightly staged environments with known objects and controlled lighting, lacking robust autonomy in unstructured homes or fully operational industrial settings. While the robot shows smoother full-body coordination and
robothumanoid-robotTesla-OptimusAI-roboticsautomationneural-networksrobotics-developmentBiocomputer powered by 800,000 human neurons that plays Pong
Germany’s first neuron-based biological computer, the CL1, developed by Australian startup Cortical Labs Germany, was unveiled at the Fraunhofer IPA’s Biointelligence Summit. The CL1 integrates 800,000 human neurons with silicon chips to create a synthetic biological intelligence system capable of processing information in real time. Building on the experimental DishBrain platform, which used human and mouse neurons to play the game Pong, CL1 sustains living neurons on a microelectrode array embedded in a nutrient-rich solution, allowing them to adapt, learn, and perform goal-directed tasks. The system operates independently without needing an external computer, consumes 850-1,000 watts of power, and is expected to be commercially available in the second half of 2025 at a price of around USD 35,000. The CL1 biocomputer represents a significant advancement by combining living neural tissue with AI processing, offering potential applications in disease modeling, drug discovery, adaptive robotics, and pharmaceutical research. However,
robotartificial-intelligencebiocomputerneurosciencebiointelligencesynthetic-biologyadaptive-roboticsCanadian ground robot survives Atlantic drop, crawls back to shore
Rheinmetall Canada successfully tested its Mission Master 2.0 unmanned ground vehicle (UGV) by dropping it from a warship into the Atlantic Ocean and having it autonomously navigate to a Portuguese beach during NATO’s Robotic Experimentation and Prototyping exercise on September 23, 2025. This amphibious trial demonstrated the UGV’s ability to complete a sea-to-shore transit and operate on land without human towing or recovery. The vehicle was equipped with a modular kit including a tethered drone from France’s Elistair, Echodyne radar from the U.S., and Rheinmetall’s own sensor package, designed to support scouting, sensing, and communications during amphibious operations. The Mission Master family covers various sizes and mission types such as surveillance, logistics, casualty evacuation, and fire support, all using Rheinmetall’s Path autonomous kit that enables follow, convoy, and fully autonomous modes. The tested version incorporated operator feedback to improve robustness and stability,
robotunmanned-ground-vehicleamphibious-robotautonomous-systemsmilitary-roboticsRheinmetall-Mission-Masterrobotic-experimentationCoast-to-Coast Tesla Full Self-Driving Trip Comes With $22,000 Bill After ~60 Miles - CleanTechnica
The article from CleanTechnica recounts an attempted coast-to-coast trip using Tesla’s Full Self-Driving (FSD) technology, which remains far from ready for fully autonomous long-distance driving despite Elon Musk’s 2016 promise of a 2017 coast-to-coast autonomous drive. A popular Tesla YouTuber, known as “Bearded Tesla Guy,” and his friend started a similar trip from San Diego to demonstrate FSD’s capabilities. However, about 60 miles into the journey, while driving at 75 mph with FSD engaged, their Tesla hit a metal ramp on the highway. The car did not brake or swerve to avoid the obstacle, resulting in significant damage including a broken front sway bar bracket and damage to the high-voltage battery. The incident led to a costly repair bill totaling $22,275.82. Tesla service technicians discovered a pre-existing battery cell issue and replaced the battery under warranty, a concession the article’s author doubts would be extended to
robotautonomous-vehiclesTeslaenergy-storageelectric-vehiclesbattery-technologyself-driving-technologyToyota Woven City Officially Launches as a Test Course for the Future of Mobility - CleanTechnica
Toyota Motor Corporation and Woven by Toyota, Inc. have officially launched Woven City, a real-world test course for future mobility located in Susono City, Shizuoka Prefecture, Japan. Initially unveiled at CES 2020, Woven City is designed as a living laboratory where innovation in mobility and related technologies can be developed and tested. The project centers around two key participant groups: Inventors and Weavers. Inventors include enterprises, startups, entrepreneurs, and research institutions collaborating to create new products and services through a concept called Kakezan, meaning “multiplication,” which emphasizes innovation through the convergence of diverse ideas and capabilities. Among the 20 Inventors is singer-songwriter Naoto Inti Raymi, who contributes a creative dimension by producing the city’s anthem and audio logo. The Weavers are the residents and visitors who live in and experience Woven City firsthand, providing essential feedback to shape ongoing innovations. Since September 2025, Toyota Group employees and their families have begun
robotIoTsmart-citymobilityinnovationToyotaurban-technologyFrench firm's drone boat autonomously completes 1,100-mile-long voyage
A French company, Exail, has successfully completed an unprecedented autonomous maritime voyage with its uncrewed surface vehicle (USV), the DriX O-16. The 52-foot vessel traveled 1,100 nautical miles (2,000 km) from La Ciotat, France, to Troia, Portugal, crossing the busy Strait of Gibraltar in six days without any port stops. Operated under supervised autonomy from Exail’s Remote Operation Center, the mission demonstrated the USV’s endurance, situational awareness, and reliable decision-making in dense maritime traffic, marking a significant milestone in large USV operational capability. The DriX O-16 is designed for long-range missions, capable of up to 30 days of autonomous operation with a range of 3,500 nautical miles. It features a dual hybrid propulsion system combining electric and diesel power to ensure energy efficiency, operational safety, and extended endurance. During the voyage, the vessel also conducted seabed mapping using a Kongs
robotautonomous-vehicleunmanned-surface-vehiclehybrid-propulsionmaritime-droneremote-operationenergy-efficiencyScientists craft strider-like robots that paddle and walk on water
Researchers at the University of Virginia have developed two insect-inspired soft robots, HydroFlexor and HydroBuckler, that can paddle and walk on water surfaces by mimicking the motions of aquatic insects like water striders. These tiny robots are powered by an overhead infrared heater that causes their layered polymer films to bend and move in response to heat, enabling controlled, repeatable motion including speed adjustment and directional changes. This breakthrough demonstrates the potential for miniature robots to perform tasks such as scouting flooded areas, monitoring pollutants, or collecting samples in environments challenging for humans. A key innovation enabling these robots is a novel fabrication technique called HydroSpread, pioneered by Professor Baoxing Xu. Unlike traditional methods that require transferring delicate films from rigid surfaces, HydroSpread allows ultrathin polymer films to be formed directly on water, providing a perfectly smooth platform and significantly reducing failure rates. This method enhances precision and yield, allowing for more complex and delicate designs in soft robotics. Beyond robotics, HydroSpread holds promise for producing thin,
robotsoft-roboticspolymer-filmsHydroSpreadinsect-inspired-robotsflexible-electronicswearable-sensorsFrom autonomous running coach to mini-scooter, Trego does it all
The Trego, developed by YUPD and Wooks designers, is an innovative AI-powered autonomous personal vehicle designed to support runners throughout their entire exercise routine. It operates in two main modes: AI Mode and Mobility Mode. In AI Mode, Trego runs alongside the user, using sensors to adapt to their pace and running conditions, helping maintain rhythm and efficiency. Mobility Mode transforms Trego into a mini-scooter with foldable handlebars, footrests, and a built-in seat, allowing users to comfortably travel to and from their running locations without walking. Equipped with a built-in display, Trego provides real-time running metrics such as distance, pace, and calories burned, while also allowing users to input or confirm destinations. Safety is prioritized with front and rear cameras and sensors that detect obstacles, pedestrians, and vehicles, automatically adjusting the device’s path to avoid collisions in both modes. Additionally, Trego features a storage compartment integrated into the seat for securing essentials, and a dedicated docking and
robotAIautonomous-vehiclepersonal-mobilitysensorselectric-scootersmart-deviceChinese pregnancy robot story collapses: What is the real science?
The viral story about a Chinese company, Kaiwa Technology, developing a humanoid "pregnancy robot" capable of gestating and delivering a human baby within ten months has been thoroughly debunked. The narrative, which included AI-generated images and a purported inventor named Zhang Qifeng—who was found to be non-existent—was revealed as a hoax by multiple fact-checkers including Snopes and Live Science. Investigations confirmed no verifiable evidence or institutional backing existed, with Nanyang Technological University denying any involvement or research related to such a device. The story’s rapid spread was driven by compelling visuals and a simplified technological promise rather than factual accuracy. Beyond the debunking, the article highlights the immense scientific and biological challenges involved in creating an artificial womb capable of full human gestation. The primary obstacle is replicating the placenta’s complex functions, which include oxygen and nutrient delivery, waste removal, and immune regulation. Current lab experiments have only managed short-term oxygenation support in animal
robotartificial-wombhumanoid-robotAI-generated-imagestechnology-hoaxgestation-technologyrobotics-researchEngineer kicks humanoid robot, yanks it by neck to test stability
An engineer recently conducted a rigorous stability test on the Unitree G1 humanoid robot by forcefully kicking its torso and yanking it by the neck using a chain. The video, shared widely on social media, demonstrated the robot’s ability to maintain balance under significant external disturbances. This test was part of evaluating Any2Track, a humanoid motion tracking system developed by Zhikai Zhang, a PhD student at Tsinghua University, in collaboration with Chinese robotics company Galbot. Any2Track employs a two-stage reinforcement learning framework consisting of AnyTracker, a general motion tracker, and AnyAdapter, an adaptation module that enables the robot to adjust dynamically to real-world disturbances without prior training (zero-shot sim2real transfer). The Unitree G1 robot, featuring 23 degrees of freedom and equipped with 3D LiDAR and depth cameras for precise spatial awareness, is designed for agility, stability, and autonomous movement across complex terrains. It has previously demonstrated smooth walking, running, and even
robothumanoid-robotmotion-trackingrobotics-stabilityUnitree-G1robotics-testingreal-world-roboticsChina’s humanoid robot survives several kicks with 'anti-gravity mode'
Unitree’s G1 humanoid robot has demonstrated impressive resilience and balance in a recent series of physical tests, surviving repeated kicks, shoves, and body blows without falling over permanently. Central to this capability is the robot’s new “Anti-Gravity mode,” which enables it to actively anticipate impacts, adjust its posture in real time, and recover quickly rather than simply falling and resetting. Equipped with depth cameras, 3D LiDAR, and multiple joint motors, the G1 continuously scans its environment and calculates how to shift its center of gravity, brace against hits, and regain balance smoothly—actions that resemble a human athlete’s reflexes. The robot’s ability to absorb shocks and recover rapidly has practical implications beyond technical demonstration. Designed for industrial and research environments, the G1’s durability and adaptability can minimize downtime caused by unexpected collisions or falls, allowing it to continue tasks without human intervention. Priced at around $16,000, the G1 offers a more affordable option compared to other advanced
robothumanoid-robotanti-gravity-modeLiDARsensorsrobotics-technologyindustrial-robotsWaymo Opens Up Special Service For Businesses - CleanTechnica
Waymo has launched a new service called "Waymo for Business," aimed at partnering with employers, universities, and event organizers to provide predictable, reliable robotaxi transportation tailored to organizational needs. This initiative builds on successful pilot programs and offers businesses a premium, fully autonomous, and fully electric ride experience that can help improve employee or guest mobility, support sustainability goals, and showcase innovative technology. Waymo emphasizes benefits such as allowing riders to reclaim time during commutes and expanding mobility access for those without personal vehicles. The service includes enterprise-grade management tools like a business portal for setting program parameters, customizable promo codes for events, and reporting tools to track budgets and ride activity. Early adopters, such as the car marketplace Carvana, highlight the value of safety, sustainability, and a premium experience for employees and event guests. While still in the early stages, Waymo plans to evolve and expand its business offerings over time, aiming to bring the advantages of autonomous electric vehicles and smart grid technology to a broader range
robotautonomous-vehiclesrobotaxielectric-fleetmobility-technologyWaymotransportation-innovationUS firm's humanoid robots to transform shipyard operations
The American Bureau of Shipping (ABS) has partnered with Houston-based robotics company Persona AI to introduce industrial-grade humanoid robots into shipyard operations. This collaboration aims to adapt Persona AI’s humanoid robots to perform a variety of shipyard tasks, leveraging their flexibility and mobility to operate effectively in complex and confined environments designed for human workers. The partnership will also focus on developing new ABS standards for data quality and types needed to support digital and remote survey techniques, which will guide future robot design and certification processes in the maritime industry. ABS and Persona AI’s joint efforts mark a significant milestone for shipbuilding, as they work to integrate emerging robotic technologies safely and reliably into shipyard workflows. Persona AI emphasizes that their humanoid robots are designed to work alongside human workers, enhancing safety and productivity rather than replacing personnel. These robots utilize advanced NASA robotic hand technology to achieve the dexterity required for skilled tasks in dynamic, unstructured environments. This innovation addresses critical workforce challenges in shipyards, where high attrition and
robothumanoid-robotsshipyard-automationrobotics-engineeringmaritime-industryindustrial-robotsrobotics-standardsZoox asks federal regulators for exemption to launch a commercial robotaxi service
Zoox, an Amazon-owned autonomous vehicle company, has formally requested a federal exemption to commercially deploy its custom-built robotaxis, which notably lack traditional vehicle controls such as pedals and a steering wheel. The company submitted a petition for a "555 exemption" to the National Highway Traffic Safety Administration (NHTSA), seeking relief from eight Federal Motor Vehicle Safety Standards that apply to passenger cars equipped with automated driving systems. NHTSA is currently reviewing the application and plans to publish a notice for public comment following its initial evaluation. This exemption request follows significant recent milestones for Zoox: earlier in September 2025, the company launched a public-facing robotaxi service in Las Vegas, and in August, NHTSA granted Zoox permission to demonstrate its vehicles on public roads under an earlier exemption. However, that previous exemption was limited to research and demonstration purposes, whereas the new application aims to expand the scope to allow full commercial operation of Zoox’s robotaxi service. The move represents a critical step toward
robotautonomous-vehiclesrobotaxiautomated-driving-systemfederal-regulationsNHTSAZooxWaymo is getting into the corporate travel business
Waymo, the Alphabet-owned self-driving vehicle company, has launched “Waymo for Business,” a new corporate travel service allowing companies to create accounts for their employees to access Waymo’s robotaxis in cities including Los Angeles, Phoenix, and San Francisco. This service enables businesses to subsidize rides or purchase promo codes in bulk for employees, clients, or customers at the same rates as the regular consumer service. Companies gain control over ride programs through a business portal, where they can set geographic boundaries, designate pickup and drop-off locations, monitor ride activity, and manage budgets. One of the first corporate customers is Carvana, an online used car marketplace based in Phoenix. Waymo’s move into the corporate travel market marks its first coordinated commercial effort targeting organizations, building on the fact that nearly one in six local riders already use Waymo for commuting to work or school. The company plans to expand Waymo for Business to additional cities like Washington DC and Miami as it launches commercial operations there. Over the
robotautonomous-vehiclesWaymorobotaxicorporate-travelself-driving-technologytransportation-technologyStep into the future: The full AI Stage at TechCrunch Disrupt 2025
The AI Stage at TechCrunch Disrupt 2025, scheduled for October 27–29 in San Francisco, will showcase leading innovators and companies shaping the future of artificial intelligence across diverse domains such as generative AI, developer tools, autonomous vehicles, creative AI, and national security. Attendees, especially founders, will gain early insights into emerging technologies, strategic lessons, and firsthand knowledge from top AI teams including Character.AI, Hugging Face, Wayve, and others. The event features a comprehensive agenda with keynotes, breakouts, roundtables, and networking opportunities designed to explore AI’s evolving landscape in scaling, investing, and building. Highlights include discussions on the future of AI-driven search with Pinecone’s CEO Edo Liberty, the evolving AI infrastructure stack with Hugging Face’s Thomas Wolf, and the practical impact of AI on software development led by JetBrains’ CEO Kirill Skrygan. Autonomous systems and physical AI will be explored by leaders from Wayve, Apptronik,
robotautonomous-vehiclesAIartificial-intelligenceself-driving-technologyhumanoid-robotsAI-innovationHyundai Motor & Kia Expand Use of Wearable Robot in Agriculture with Korea’s Rural Development Administration - CleanTechnica
Hyundai Motor Company and Kia Corporation have partnered with Korea’s Rural Development Administration (RDA) to introduce the wearable robot X-ble Shoulder into agricultural settings across Korea. This collaboration, formalized through a Memorandum of Understanding signed on September 23 at Hyundai’s Uiwang R&D Center, aims to enhance farmers’ health and safety while improving operational efficiency. The X-ble Shoulder, developed by Hyundai and Kia’s Robotics LAB, is designed to reduce shoulder joint load during physically demanding tasks, thereby supporting sustainable agricultural practices. Field tests conducted earlier in 2023, using electromyography (EMG) sensors, demonstrated that the X-ble Shoulder reduced shoulder muscle activation by approximately 22%, validating its effectiveness in alleviating physical strain for farmers. Moving forward, Hyundai, Kia, and the RDA plan to expand testing, promote the technology’s adoption, and tailor the wearable robot for agricultural use. The RDA will also support usability assessments, identify demand, connect with relevant institutions,
robotwearable-technologyagricultureHyundai-MotorKiaroboticssustainable-farmingTesla Working Hard To Get Cybertrucks Off Lots - CleanTechnica
The article from CleanTechnica highlights Tesla's ongoing efforts to clear inventory of its Cybertruck model, which is currently experiencing declining sales and accumulating on dealership lots. Tesla has been aggressively promoting the Cybertruck by offering multiple incentives, including one year of free Supercharging, a Luxe Package featuring Full Self-Driving (Supervised), Premium Connectivity, and Premium Service. Additionally, Tesla has pushed limited-time offers such as 0% APR financing through September 2025 to encourage quicker purchases. Despite these efforts, Cybertruck sales have steadily decreased over the past four quarters, dropping from 16,692 units in Q3 2024 to just 4,306 in Q2 2025. The article suggests that the Cybertruck has become a significant disappointment for Tesla, raising concerns about its impact on the company's finances. While some Tesla enthusiasts remain loyal to the vehicle, the broader market response has been underwhelming, leading to speculation about whether Tesla might pivot to producing a more conventional pickup truck,
robotenergyelectric-vehiclesautonomous-drivingTeslaIoTsmart-transportationBuilding the New Backbone of Space at TechCrunch Disrupt 2025
The article highlights the upcoming TechCrunch Disrupt 2025 event, scheduled for October 27–29 at San Francisco’s Moscone West, with a special focus on the evolving space economy. Unlike traditional views centered on rockets and satellites, the event emphasizes the critical role of infrastructure, autonomy, and innovative models for building and defending off-Earth assets. The Space Stage at the conference will feature leading experts discussing how next-generation technologies are shaping a more sustainable and scalable space economy. Key speakers include Even Rogers, co-founder and CEO of True Anomaly, who brings extensive national security and defense expertise, and Max Haot, CEO of Vast and founder of Launcher, known for advancing commercial space ventures like artificial gravity space stations. Their panel will explore the operational realities of space innovation, including government-commercial partnerships and venture-backed orbital platforms, offering insights into the strategies driving the next wave of growth in the space sector. The event promises to gather over 10,000 founders, investors, and operators, providing
robotIoTenergyspace-technologyaerospaceorbital-platformsautonomous-systemsAuterion raises $130M to build drone swarms for defense - The Robot Report
Auterion LLC has raised $130 million in a Series B funding round to advance its development of autonomous drone swarms for defense applications. The company’s software suite, including its AuterionOS platform and Nemyx defense system, enables coordinated drone swarms capable of operating across air, land, and sea domains. Auterion emphasizes that future warfare will rely on software-defined, unmanned systems deployed at scale, rather than individual drones. The funding, led by Bessemer Venture Partners with participation from existing investors and $25 million from the U.S. Department of War, will help scale production and deliver AI-enabled swarming capabilities to democratic governments worldwide. Auterion’s technology integrates AI with commercial off-the-shelf hardware to create interoperable drone fleets controlled by a single operator, enhancing battlefield effectiveness through mass autonomous operations. The platform supports secure communications, edge computing, and resilience against GPS and video jamming, with proven performance in real combat conditions such as Ukraine. The company sees
robotautonomous-dronesdrone-swarmsAI-enabled-systemsdefense-technologyAuterionOSunmanned-systemsVideo: YouTuber makes full-scale DeLorean fly for real in crazy test
YouTuber Brian Brocken has successfully made a full-scale DeLorean prop fly in a three-part video series, culminating in tethered and free flights after extensive iterative development. The project began with building a foam body closely matching the digital design’s mass and progressed through testing on an aluminium test frame, which proved too heavy and flexible. Brocken then fabricated a much lighter and stiffer carbon-fibre frame, reducing weight from around 8–9 kg to approximately 2 kg, which significantly improved flight control and rigidity. The build relied on eight powerful MP8318 100 kV motors with 30-inch propellers, providing thrust margins sufficient for takeoff and maneuvering. Initial tests revealed torsional issues with the aluminium frame during yaw maneuvers, which were resolved by switching to the carbon-fibre frame and retuning the PID control loops. Brocken also engineered practical mechanical solutions, such as a flap system to conceal propellers during non-flight and custom 3D-printed
robotdronecarbon-fiberflight-testelectric-motorspropellerscontrol-systemsGhost Robotics’ Vision 60: Soldier’s New Best Friend?
The Ghost Robotics Vision 60 is a quadruped unmanned ground vehicle designed for military applications, resembling a dog but built specifically for combat environments. Weighing 51 kg and equipped with an NVIDIA AI system, it can navigate challenging terrains by climbing, crawling, and swimming—capabilities that surpass traditional wheeled vehicles. Its multifunctional role includes scouting, carrying equipment, and creating 3D threat maps, making it a versatile asset on the battlefield. Engineered to endure extreme conditions ranging from Arctic cold to desert heat, the Vision 60 combines endurance, autonomy, and adaptability to support soldiers in diverse environments. By integrating advanced AI and robust mobility, this robotic platform aims to enhance battlefield reconnaissance and operational efficiency, potentially becoming a critical tool for future military operations.
robotunmanned-ground-vehicleAI-roboticsmilitary-technologyquadruped-robotautonomous-robotbattlefield-roboticsFrom relics to robots: China turns Soviet jets into supersonic drones
China has converted its large stockpile of retired Soviet-era J-6 fighter jets, copies of the MiG-19 produced from the 1960s to 1980s, into supersonic unmanned combat drones. These drones, publicly unveiled at the Changchun Air Show in September 2025, retain the J-6’s Mach 1.3 speed and roughly 435-mile combat range but are now equipped with autonomous flight control, autopilot, and terrain-matching navigation systems. The conversion removes crew-related systems and adds weapon stations, enabling the drones to carry about 550 pounds of ordnance. With an estimated inventory of around 3,000 airframes, China’s program offers a cost-effective way to deploy massed drone attacks, particularly in a potential conflict over Taiwan. Military analysts express concern over the strategic implications of these drones, which could be used in large swarms for saturation strikes or as decoys to expose air defense sites. Taiwanese commentators warn that intercept
robotdronesmilitary-technologyautonomous-flightsupersonic-dronesunmanned-aerial-vehiclesdefense-systemsWeRide Robotaxi Service Coming to Singapore - CleanTechnica
Chinese autonomous vehicle company WeRide is set to launch its robotaxi service in Singapore, marking the first such service to serve residential areas in the city-state. The service, named Ai.R (Autonomously Intelligent Ride), will operate initially with a fleet of 11 vehicles, including the Robotaxi GXR, which accommodates up to five passengers, and the Robobus, which can carry up to eight passengers. The launch is in collaboration with Grab, a major ride-hailing company, and will feature Grab safety operators onboard as the service begins. In addition to this expansion, WeRide recently joined the Nasdaq Golden Dragon China Index, aiming to increase its visibility and attract more investment. The company’s stock was listed on Nasdaq on October 25, 2024. This move aligns with WeRide’s broader strategy of growth and partnerships in the autonomous driving sector, as evidenced by its recent collaboration with Autonomous A2Z. The Singapore launch represents a significant step in the global proliferation of robotaxi services,
robotautonomous-vehiclesrobotaxiAItransportation-technologySingaporeWeRideWoodpecker-inspired drone endures 70% head-on collisions impact
Researchers at École Polytechnique Fédérale de Lausanne (EPFL) have developed a fixed-wing drone named SWIFT (Shockproof Woodpecker-Inspired Flying Tensegrity) that significantly improves collision resilience by mimicking the unique skull structure of woodpeckers. Woodpeckers endure repeated high-impact pecking without brain injury due to a combination of a rigid beak, a flexible hyoid bone wrapping around the skull, a spongy bone layer, and extra space around the brain that redirects impact forces. SWIFT replicates these features using tensegrity structures composed of carbon fiber rods, elastic cables, and plastic brackets to protect its electronic components, motor, and propeller by allowing them to move and absorb collision energy rather than transferring it directly. Beyond the fuselage, SWIFT’s wings incorporate a network of elastic cables and carbon fiber rods inspired by the shock-absorbing connective tissues in bird wing joints, reducing the risk of wing damage during impacts
robotdronebiomimicrycarbon-fibercollision-resilienceaerial-roboticstensegrity-structuresChina tests world-class robot arms for ‘artificial sun’ project
China has successfully tested a state-of-the-art robotic arm system designed for maintaining future fusion reactors, advancing its ambitious “artificial sun” project. The system, developed for the Comprehensive Research Facility for Fusion Technology (CRAFT) under the Chinese Academy of Sciences, features three robotic arms, including a massive manipulator capable of lifting 60 tons—equivalent to the weight of 10 African elephants—with millimeter-level precision. This remote-handling platform is engineered to operate in the extreme conditions inside fusion reactors, such as high heat, intense radiation, and strong magnetic fields, where human intervention is impossible. During testing, the main arm achieved vertical lifting accuracy of 3 to 4 millimeters, while the smaller arms demonstrated positional accuracy within ±0.01 millimeters, making it the most advanced system of its kind in the fusion field. The robotic system addresses critical maintenance challenges posed by the harsh environment inside fusion reactors, where components like cladding and divertors endure constant stress from plasma and radiation
robotfusion-energyrobotic-armsnuclear-fusionprecision-roboticsremote-handlingenergy-technologyAir Force confirms Boeing is building F-47 stealth jet for 2028
The U.S. Air Force has confirmed that Boeing is actively building the F-47, a sixth-generation stealth fighter jet intended to succeed the F-22 Raptor, with a planned first flight by 2028. Announced by Chief of Staff Gen. David Allvin at the Air and Space Forces’ Air, Space and Cyber Conference, the F-47 program is progressing rapidly, with manufacturing already underway just months after Boeing was selected in March 2025. The jet is designed to feature advanced stealth capabilities, modern sensors, powerful engines capable of exceeding Mach 2 speeds, a combat radius over 1,000 nautical miles, and autonomous drone wingmen. The Air Force aims to procure at least 185 units, matching or surpassing the current F-22 fleet size, to maintain air superiority in future conflicts. Despite an ambitious development timeline extending through fiscal 2030, officials suggest the F-47 could become operational earlier, though some advanced features like next-generation engines may be introduced
robotautonomous-dronesstealth-technologyaerospace-engineeringmilitary-technologyBoeingfighter-jetsBD and Henry Ford Health partner to automate pharmacies - The Robot Report
BD, a global medical technology company, has partnered with Henry Ford Health to develop and implement a robotic pharmacy automation system aimed at improving prescription access and pharmacy efficiency. The collaboration will utilize BD’s Rowa Vmax, a high-speed, modular robotic system already in use in Europe, to automate the storage and dispensing of medications at Henry Ford Health’s hospital-based community pharmacies in Southeast and Central Michigan. This system will enable patients to pick up select prescriptions 24/7, enhancing convenience and continuity of care. The partnership seeks to transform pharmacy operations by freeing pharmacists from repetitive tasks, allowing them to focus on higher-value, patient-centered care. Key benefits include automated, high-capacity storage and retrieval of medications, real-time prescription tracking, scalability, and the ability to house refrigerated medications and over-the-counter products. Both BD and Henry Ford Health emphasize that this automation aligns with their vision of delivering safer care, better access, and measurable outcomes, with plans to explore additional applications of the technology to further advance pharmacy
robotpharmacy-automationhealthcare-roboticsBD-Rowa-Vmaxprescription-retrievalhospital-pharmacymedical-technologyASI CEO to share insights from large-scale deployments at RoboBusiness - The Robot Report
Autonomous Solutions Inc. (ASI), a Utah-based company founded in 2000, recently expanded with a new facility in the Dallas-Fort Worth area, complementing its existing 100-acre proving ground in Northern Utah. ASI specializes in autonomous fleet management through its Mobius system, which serves industries including agriculture, construction, landscaping, and logistics. Co-founder and CEO Mel Torrie highlighted the company’s longevity and resilience in a high-failure robotics market, attributing success to a bootstrapped business model that avoids pressure from venture capital timelines and exit-driven strategies. Torrie will present at RoboBusiness 2026 on lessons learned from ASI’s large-scale mining deployments. ASI has demonstrated significant achievements in deploying autonomous systems for heavy industrial vehicles, notably partnering with mining equipment manufacturer Epiroc. Their collaboration led to managing what they claim is the world’s largest autonomous mining site in Australia, coordinating up to 300 vehicles remotely with high uptime and better-than-human performance. This milestone validated their
robotautonomous-vehiclesmining-automationfleet-managementrobotics-deploymentindustrial-roboticsAI-in-roboticsChinese humanoid robot performs cartwheel, 360 jump in demo video
Shanghai-based robotics company Fourier recently showcased its N1 humanoid robot performing impressive gymnastic feats, including a cartwheel and a 360-degree jump, in a 30-second demonstration video. The N1, about 1.3 meters tall and weighing 38 kilograms, executes these dynamic moves without using fingers, relying on strong actuators, precise motion-planning algorithms, and real-time sensing to maintain balance and stability. These maneuvers highlight the robot’s advanced hardware strength and control responsiveness, underscoring Fourier’s engineering capabilities in humanoid robotics. Unlike Fourier’s earlier full-size GR series robots, the N1 (also called Nexus-01) is designed to be smaller, lighter, and more accessible, serving as an open-source platform for developers, researchers, and hobbyists. Fourier provides blueprints, software, control systems, and hardware details openly, encouraging experimentation and innovation. The company plans various configurations, from self-assembly kits to ready-built units, under its “N
robothumanoid-robotopen-source-roboticsrobotics-demonstrationdynamic-controlactuator-technologyrobotics-hardwareBlue Origin wins NASA deal to ferry VIPER rover to lunar south pole
Blue Origin has secured a significant NASA contract to deliver the VIPER (Volatiles Investigating Polar Exploration Rover) to the lunar south pole using its uncrewed Blue Moon Mk1 lander. Valued at approximately $190 million under NASA’s Commercial Lunar Payload Services program, this deal revives the VIPER mission after it was previously shelved due to delays and cost overruns with the original Griffin lander contractor. The rover, about the size of a golf cart, is scheduled to arrive on the moon by late 2027 and will spend around 100 days prospecting and drilling to map water ice deposits near the lunar south pole, a region believed to hold significant stores of water ice. The VIPER mission is crucial for NASA’s long-term lunar exploration goals, as identifying and utilizing in-situ resources like water ice could support sustainable human presence on the moon by providing drinking water, oxygen, and rocket propellant. This contract also marks a key milestone for Blue Origin, providing its
robotlunar-roverspace-explorationNASABlue-Originlunar-resourcesVIPER-roverChina's humanoid robot head shocks with 'lifelike facial expressions'
Chinese robotics company AheadForm has developed a humanoid robotic head capable of expressing a wide range of realistic facial emotions, aiming to enhance human-robot interaction. Their robot head, showcased in a viral YouTube video, features lifelike eye movements, blinking, and expressive facial cues achieved through a combination of self-supervised AI algorithms and advanced bionic actuation technology. AheadForm’s “Elf series” of robots, characterized by elf-like features such as large ears, incorporate up to 30 degrees of freedom in facial movement, powered by precise control systems and AI learning algorithms. Their latest model, “Xuan,” is a full-body bionic figure with a static body but a highly interactive head capable of rich facial expressions and lifelike gaze behaviors. A key innovation enabling these realistic expressions is a specialized brushless motor designed for ultra-quiet, responsive, and energy-efficient facial control, allowing subtle and precise movements. AheadForm’s founder, Hu Yuhang, envisions humanoid robots that feel
robothumanoid-robotAI-algorithmsbionic-actuationbrushless-motorhuman-robot-interactionlifelike-facial-expressionsWatch Kangaroo humanoid robot moves swiftly, squat with a heavy box
PAL Robotics has unveiled its latest humanoid robot, Kangaroo, showcasing advanced capabilities in balance, strength, and precise movement. The robot, standing 160 cm tall and weighing 40 kg, demonstrates fluid bipedal locomotion and the ability to lift and squat with a heavy plastic container filled with houseplants, despite lacking fingers. Kangaroo’s design features a minimalist, headless appearance with a vision system above its torso, and it operates using custom force-controlled linear actuators that provide 28 degrees of freedom. These actuators, combined with closed-loop force and torque controllers, enable the robot to perform dynamic, robust, and efficient movements, making it a versatile research platform for studying bipedal locomotion and humanoid mobility. Kangaroo is powered by in-house motor electronics running on a Linux-ROS environment, offering up to six hours of battery life. Its design emphasizes energy efficiency through lightweight materials, motors placed close to the body, and a decoupled leg length actuator that
robothumanoid-robotbipedal-locomotionrobotics-researchlinear-actuatorsforce-sensorsenergy-efficiencyHumanoid robot walks naturally down passageway into a 'friends' den
PND Robotics recently showcased its humanoid robot, Adam, which demonstrates a natural, human-like gait and directional sense as it walks down a hallway into a room filled with other robots performing various tasks. Using a proprietary reinforcement learning algorithm, Adam was trained through simulation-to-real-world methods to mimic human walking and movement with impressive fluidity and accuracy. In the video, Adam is greeted by another robot, Adam-U, highlighting PND Robotics’ focus on creating affordable, modular humanoid robots that combine biomimetic design with real-world adaptability and continuous self-learning. Adam and Adam-U made notable public debuts at events in Shanghai and Zhejiang Province, where they impressed audiences by performing human-like actions such as passing objects and navigating environments naturally. PND Robotics aims to democratize personal robotics by developing machines that integrate physical interaction, perception, and learning in a lifelike manner. Compared to other advanced humanoid robots like Cassie, Digit, and HRP-5P, Adam stands out for its human
robothumanoid-robotreinforcement-learningbiomimetic-designmodular-robotspersonal-roboticsrobot-locomotion'World’s first' ship-based stealth drone may be deployed by China
China has unveiled the GJ-11 "Sharp Sword," which it claims to be the world’s first ship-launched stealth combat drone. Developed by Hongdu Aviation Industry Group under the Aviation Industry Corporation of China (AVIC), the drone evolved from the Shenyang Aircraft Corporation’s Sharp Sword project. Featuring a flying wing design and a fully blended body, the GJ-11 boasts low radar cross-section visibility enhanced by a specialized stealth coating. Measuring about 10 meters long with a 14-meter wingspan, it is powered by a turbofan engine capable of speeds up to 690 mph (1,111 km/h) and can carry a payload of up to 2,000 kg. Its design includes folding hinges to facilitate storage on aircraft carriers and amphibious assault ships. The GJ-11 is equipped with two internal weapons bays for guided bombs and can perform both strike and reconnaissance missions using multiple sensors. A notable capability is its function as a "loyal wingman," autonom
robotdronestealth-technologyunmanned-aerial-vehiclemilitary-technologyautonomous-systemsaerospace-materialsThe First of Toyota's Many Mobility-as-a-Service Solutions Enters Production - CleanTechnica
Toyota’s vision for electric mobility and Mobility-as-a-Service (MaaS) solutions has been steadily evolving since its early conceptual presentations at the 2006 and 2017 Tokyo Motor Shows. Initially introduced as a stark, utilitarian “box on wheels,” the e-Palette concept embodied a flexible, multi-purpose vehicle designed to maximize urban mobility efficiency by serving diverse roles—such as shuttles, mobile stores, or medical clinics—throughout the day. This concept reflected Toyota’s broader ambition to reduce car idling time and promote shared, adaptable transportation solutions. Alongside this, Toyota has also pursued hydrogen fuel cell technology, exemplified by the Toyota Sora Fuel Cell Bus. By 2019, the e-Palette had progressed from concept to a functional prototype showcased at the Tokyo Motor Show and prepared for use in the Tokyo 2020 Olympics. This version incorporated real-world feedback, including accessibility features for Paralympians, and demonstrated practical application as an automated shuttle within the Olympic
robotelectric-vehiclemobility-as-a-serviceautonomous-drivingToyota-e-Palettehydrogen-fuel-celltransportation-technologySwedish firm operates Level 4 self-driving electric truck in Europe
Swedish company Einride has successfully operated a fully autonomous Level 4 electric heavy-duty truck on public roads in Belgium, specifically at the Port of Antwerp-Bruges. This safety-validated demonstration was conducted under Belgian regulatory approval, marking a significant milestone for autonomous freight technology in Europe. The Port of Antwerp-Bruges, known as one of the world’s most complex logistics hubs, serves as a testing ground for innovative and sustainable mobility solutions, with Einride’s deployment highlighting how autonomous systems can improve goods flow efficiency and reduce emissions. Einride operates one of the largest fleets of heavy-duty electric trucks globally, serving customers across Europe, North America, and the Middle East. Leveraging years of accumulated operational data, the company is uniquely positioned to scale autonomous technology, aided by its purpose-built cabless vehicles that require fewer remote operators per truck, enabling more cost-effective logistics. Einride’s CTO Henrik Green emphasized the collaboration between public and private sectors in advancing autonomous freight, aligning with the European Commission’s
robotautonomous-vehicleselectric-trucksenergy-efficiencysustainable-logisticsIoTtransportation-technologyVectis: US firm's stealthy autonomous drone to conduct precision strike
Lockheed Martin’s Skunk Works division has announced the development of Vectis, a stealthy, autonomous, and lethal collaborative combat aircraft (CCA) designed to enhance air dominance for the US and allied militaries. Scheduled for its first flight in 2027, Vectis is a large, reusable Category 5 drone with customizable capabilities to adapt to evolving threat environments. It will perform precision strikes, intelligence, surveillance, reconnaissance (ISR), electronic warfare, and both offensive and defensive counter-air missions. The drone is engineered for extended range operations across multiple theaters, including the Indo-Pacific, Europe, and Central Command areas, and is intended to operate both independently and in integrated teams with crewed aircraft like the F-35. Vectis embodies Lockheed Martin’s expertise in fighter development, autonomous systems, and open mission architectures, aiming to deliver a highly survivable, multi-role platform at an aggressive cost and rapid development timeline. The drone will seamlessly integrate with fifth-generation and next-generation aircraft,
robotautonomous-dronemilitary-technologyprecision-strikeunmanned-aerial-vehicleadvanced-materialsintegrated-systems35,000-lb vehicle delivered to UK, protects against anti-tank mines
BAE Systems has delivered a new 35,000-lb (approximately 16-ton) armored vehicle, the BvS10, to the United Kingdom, Sweden, and Germany. Designed for extreme mobility and protection, the fully amphibious vehicle consists of two tracked units linked by a steering mechanism, enabling it to traverse challenging terrains such as snow, ice, rock, sand, mud, swamps, and steep mountains. It meets NATO terrain accessibility standards and can swim in flooded or coastal waters. The BvS10’s modular design allows it to be configured for various missions, including personnel transport, command and control, ambulance, repair and recovery, logistics, situational awareness, and weapons carrier roles, with armaments ranging from 5.56mm to 12.7mm machine guns and a 40mm automatic grenade launcher. The vehicle offers robust protection against ballistics and anti-tank mines, supplemented by smoke grenade launchers. It features a high power capacity to integrate advanced
robotarmored-vehiclemilitary-technologyelectronic-command-and-controlamphibious-vehiclemobility-systemmodular-designFesto adds new sizes of EHMD grippers for laboratory automation - The Robot Report
Festo Corp. has expanded its electric handling module (EHMD) line of compact grippers by introducing new 40 mm and 50 mm sizes designed specifically for life science automation. These grippers are tailored for applications requiring the precise gripping and rotation of small objects within confined spaces, such as in vitro diagnostics, genomic research, and pharmaceutical quality inspections. A notable feature is an optional Z-compensation module that automatically adjusts to different cap thread pitches without moving the Z-axis, thereby eliminating changeover times. The EHMD grippers can be integrated with 3D gantry systems and cameras to perform tasks like quality inspection, barcode reading, and label printing. They are available in fully electric or pneumatic versions and can deliver variable gripping force when powered by Festo’s multi-protocol servo drive CMMT-ST. In addition to product updates, Festo Didactic North America will showcase its hands-on learning systems at Pack Expo 2025, emphasizing workforce development in automation, mechatronics, robotics
robotautomationgripperslaboratory-automationindustrial-roboticsmechatronicselectric-handling-moduleBlue Origin to deliver NASA’s VIPER rover to Moon in late 2027
NASA has revived its VIPER (Volatiles Investigating Polar Exploration Rover) mission to explore the Moon’s south pole, awarding Blue Origin a $190 million Commercial Lunar Payload Services (CLPS) contract to deliver the rover in late 2027. VIPER will be transported on Blue Origin’s Blue Moon Mark 1 (MK1) lander, currently in production, and will conduct a 100-day science mission focused on investigating permanently shadowed regions for water ice and other volatiles. This mission supports NASA’s Artemis program goals of establishing a sustainable human presence on the Moon by identifying resources critical for astronaut survival and fuel production. The VIPER mission had previously faced cancellation in July 2024 due to technical delays and cost overruns, despite significant investment and rover assembly completion. However, after pausing dismantling efforts and reconsidering strategy, NASA officially reinstated the mission with Blue Origin’s involvement. Blue Origin will manage the entire landing process, including payload integration and rover deployment,
robotspace-explorationlunar-roverBlue-OriginNASAArtemis-missionlunar-landerNvidia eyes $500M investment into self-driving tech startup Wayve
Nvidia CEO Jensen Huang visited the UK with a commitment to invest £2 billion ($2.6 billion) to boost the country’s AI startup ecosystem, with a potential $500 million strategic investment targeted at Wayve, a UK-based self-driving technology startup. Wayve has signed a letter of intent with Nvidia to explore this investment as part of its next funding round, following Nvidia’s participation in Wayve’s $1.05 billion Series C round in May 2024. The investment is aligned with Nvidia’s broader AI startup funding initiative, which also involves venture capital firms like Accel and Balderton. Wayve is advancing its self-driving technology through a data-driven, self-learning approach that does not rely on high-definition maps, making it adaptable to existing vehicle sensors such as cameras and radar. Wayve’s autonomous driving platform, which has been developed in close collaboration with Nvidia since 2018, currently uses Nvidia GPUs in its Ford Mach E test vehicles. The company recently unveiled its third
robotautonomous-vehiclesself-driving-technologyNvidiaAImachine-learningautomotive-technologyCracking Product-Market Fit: Lessons from Founders and Investors at TechCrunch Disrupt 2025
The article highlights a key session at TechCrunch Disrupt 2025, featuring insights from founders and investors on achieving product-market fit—a complex and critical phase for startups. Speakers Rajat Bhageria (Chef Robotics), Ann Bordetsky (NEA), and Murali Joshi (ICONIQ) share strategies for navigating this journey, emphasizing smart testing, real-time iteration, and effective user feedback management. Their combined expertise spans AI-powered automation, venture capital, and successful investments in high-growth companies. The session aims to help founders move beyond guesswork by focusing on building products that customers find indispensable, whether they are in prototype or scaling stages. Attendees will gain actionable advice on how to identify and respond to market needs to drive sustainable growth. The event takes place October 27–29 at Moscone West in San Francisco, with registration incentives available until the day before the event.
robotChina plans defense system with laser, missiles to counter drone swarms
China is developing an advanced, multilayered naval defense system designed to protect warships from large-scale drone swarm attacks, which pose a significant threat to expensive military vessels. Spearheaded by Professor Guo Chuanfu and his team at the PLA Navy’s Dalian Naval Academy, the proposed Naval Counter-Swarm System integrates lasers, microwave beams, and hypersonic missiles to detect and disrupt thousands of cheap, fast-moving drones. This system, described as a “digital-age Great Wall,” leverages a fused network of satellite, airborne, shipborne, and sea-surface sensors—covering radar, infrared, optical, radio frequency, and acoustic technologies—coordinated by AI to maintain continuous tracking of low-signature targets. The research highlights the vulnerability of traditional warship defenses against overwhelming drone swarms, which could potentially destroy stealth vessels. To address this, the system employs a “dynamic kill net” approach using software-defined networking and human-machine teaming, enabling real-time reassignment of
robotAIdefense-technologydrone-swarmlaser-weaponshypersonic-missilesmilitary-IoTCCTY highlighting humanoid motion control at RoboBusiness
CCTY, a specialist in robotic and humanoid bearings and linkages, will showcase its advanced motion control components at RoboBusiness 2025, held October 15-16 at the Santa Clara Convention Center. At Booth #616, attendees can explore CCTY’s miniature bushings, crossed roller bearings, rod ends, linkages, and spherical plain bearings, all designed to enable smooth, efficient humanoid motion through application-specific engineering. CCTY emphasizes how its products support roboticists in achieving superior motion control, highlighting the company’s engineering and production strengths. RoboBusiness 2025 is a major robotics industry event attracting over 2,000 professionals and featuring 100+ exhibitors, 50+ educational sessions, keynotes, and hands-on demos. The event focuses on the latest humanoid robotics advancements, physical AI, field robotics, and enabling technologies, alongside investment trends and business best practices. A dedicated humanoid track includes sessions on lessons from early humanoid deployments, mastering safety
robothumanoid-robotsmotion-controlrobotics-engineeringrobotic-bearingsrobotic-actuationRoboBusinessMeet the latest VC judges joining Startup Battlefield 200 at TechCrunch Disrupt 2025
The Startup Battlefield 200 pitch competition at TechCrunch Disrupt 2025, scheduled for October 27–29 in San Francisco, will feature 20 founders competing for a $100,000 equity-free prize and the Disrupt Cup. A panel of experienced judges, including investors and industry leaders, will evaluate the startups. TechCrunch recently announced the third group of five judges joining the roster, with more to be revealed soon. Early registration offers significant savings before rates increase after September 26. The newly announced judges bring diverse expertise across venture capital, technology, and startup growth. Jon Chu of Khosla Ventures has a strong background in machine learning and enterprise software, having held key roles at Palantir, Docker, Opendoor, and Facebook. Eryk Dobrushkin from Index Ventures focuses on AI, infrastructure, and robotics, with prior experience at Databricks and Boston Consulting Group. Cathy Friedman of GV brings nearly four decades of experience in finance, technology, and healthcare investing
robotIoTenergymaterialsstartupventure-capitaltechnology-innovationSelf-supervised learning for soccer ball detection and beyond: interview with winners of the RoboCup 2025 best paper award - Robohub
The article highlights the award-winning research on autonomous soccer ball detection by the SPQR team, who received the best paper award at RoboCup 2025 held in Salvador, Brazil. The team addressed a key challenge in robotic soccer: accurate ball detection under varying conditions. Traditional deep learning approaches require large labeled datasets, which are difficult and labor-intensive to produce for highly specific tasks like RoboCup. To overcome this, the researchers developed a self-supervised learning framework that reduces the need for manual labeling by leveraging pretext tasks that exploit the structure of unlabeled image data. Their method also incorporates external guidance from a pretrained object detection model (YOLO) to refine predictions from a general bounding box to a more precise circular detection around the ball. Deployed at RoboCup 2025, the new model demonstrated significant improvements over their 2024 benchmark, notably requiring less training data and exhibiting greater robustness to different lighting and environmental conditions. This adaptability is crucial given the variability of competition venues. The SPQR team
robotautonomous-robotsself-supervised-learningdeep-learningRoboCupsoccer-robotscomputer-visionWaymo Diversifies in Nashville with Lyft - CleanTechnica
Waymo is expanding its robotaxi services to Nashville, marking a shift from its usual partnership with Uber to collaborating with Lyft. This strategic move allows Waymo to avoid reliance on a single ride-hailing platform and fosters competition between Uber and Lyft for its business. In Nashville, Waymo’s fully autonomous rides will initially be accessible via the Waymo app, with plans to integrate Lyft’s app later as the service grows. Lyft’s fleet management expertise, particularly through its Flexdrive subsidiary, is a key factor in this partnership. Waymo has driven over 100 million fully autonomous miles and demonstrated that its robotaxis are safer than average human drivers. The company plans to launch fully autonomous operations in Nashville in the coming months and open the service to the public next year. Local and company leaders, including Tennessee Governor Bill Lee, Lyft CEO David Risher, and Waymo co-CEO Tekedra Mawakana, expressed optimism about the partnership’s potential to enhance transportation options and economic growth in the region.
robotautonomous-vehiclesWaymorobotaxiride-hailingLyfttransportation-technologyFalcon-inspired robot achieves bird-like takeoff with wing motion
Scientists in China have developed RoboFalcon2.0, a falcon-inspired flying robot that achieves bird-like takeoff through a novel flapping-sweeping-folding (FSF) wing motion. Unlike conventional robotic flyers that use fixed wings or rotors, RoboFalcon2.0 mimics the natural wing movements of birds by flapping, sweeping forward, and folding its wings in a coordinated rhythm. This reconfigurable wing system, enabled by mechanical decouplers and a lightweight frame, allows the robot to generate lift and control pitch effectively during takeoff. Wind tunnel tests and simulations demonstrated that sweeping the wings forward amplifies leading-edge vortices, enhancing lift and stabilizing pitch, which is critical for successful liftoff. Weighing 800 grams with a 1.2-meter wingspan, RoboFalcon2.0 captures the dynamics of small birds and replicates the high power consumption pattern observed in living birds during takeoff. Field tests confirmed smooth self-powered take
robotbio-inspired-roboticsflapping-wing-robotaerial-roboticsrobotic-flightbiomimicryautonomous-takeoffU.K.-based startup Humanoid unveils HMND 01 Alpha mobile manipulator - The Robot Report
Humanoid, a London-based robotics and AI startup founded in 2024 by Artem Sokolov, has unveiled the HMND 01 Alpha, a dual-armed mobile manipulator designed for industrial applications. Developed in just seven months, the robot aims to address labor shortages in manufacturing by supporting workers rather than replacing them. The HMND 01 Alpha stands 220 cm tall, can move at speeds up to 7.2 kph, and features 29 active degrees of freedom. It can carry payloads up to 15 kg with both arms and is equipped with versatile end-effectors—a dexterous five-fingered hand or a simpler parallel gripper—allowing it to handle a range of tasks from delicate manipulation to heavy lifting. Its perception system includes 360-degree RGB cameras and depth sensors, enabling comprehensive environmental awareness. Humanoid targets a $38 billion industrial market in Europe, with plans to expand globally where robot density remains relatively low despite productivity benefits. The company emphasizes
robothumanoid-robotindustrial-automationAI-roboticsmobile-manipulatorlabor-shortage-solutionmanufacturing-roboticsUber is trying drone delivery again
Uber plans to resume testing drone deliveries for Uber Eats in select U.S. markets by the end of the year through a new partnership with Israeli startup Flytrex. This collaboration includes a minor investment from Uber in Flytrex, though the amount was not disclosed. The move reflects Uber's renewed interest in technologies it previously explored internally, such as autonomous vehicles and electric air taxis, which it aims to integrate into its services in the near future. Uber initially experimented with drone food deliveries in 2019 but discontinued the effort due to regulatory challenges and later sold its aviation division, Elevate, to Joby. However, with regulatory restrictions on new aircraft types easing, companies like Flytrex and Zipline are advancing aerial delivery as a practical service. Flytrex, which also partners with DoorDash, has reportedly completed over 200,000 drone deliveries across the U.S., positioning it as a significant player in this emerging market.
robotdrone-deliveryautonomous-vehiclesaerial-deliveryelectric-air-taxisUber-EatsFlytrexOpenMind launches OM1 Beta open-source, robot-agnostic operating system - The Robot Report
OpenMind has launched OM1 Beta, described as the world’s first open-source, robot-agnostic operating system designed to enable intelligent robots to perceive, reason, and act without being limited by proprietary ecosystems. The San Francisco-based company aims to address robotics fragmentation by providing a universal platform that supports diverse robot types—including quadrupeds, humanoids, wheeled robots, and drones—and integrates AI models from OpenAI, Gemini, DeepSeek, and xAI. Key features include natural voice and vision communication, autonomous navigation with real-time SLAM and lidar support, preconfigured agents for popular robot platforms, simulation capabilities via Gazebo, and cross-platform compatibility delivered through Docker. OM1 Beta is supported by OpenMind’s decentralized FABRIC coordination layer, which ensures secure machine identity and enables global collaboration among smart systems. The platform offers developers a streamlined path to build intelligent behaviors and applications without needing to piece together disparate tools and drivers. By releasing OM1 as open-source on GitHub, OpenMind aims
robotopen-source-softwarerobot-operating-systemAI-integrationautonomous-navigationrobot-interoperabilitymachine-intelligenceWatch China’s Agibot humanoid land a perfect Webster flip in a first
The article highlights a significant milestone in humanoid robotics achieved by China’s AGIBOT with its Lingxi X2 robot flawlessly performing the Webster flip—a complex gymnastics move involving a forward somersault with a back-leg takeoff. This feat, previously exclusive to elite human gymnasts, demonstrates advanced motion-control algorithms and sensor technologies that enable exceptional balance, coordination, and dynamic movement in robots. Introduced earlier in 2025, Lingxi X2 features modular design, multi-joint force control, and real-time perception, allowing it to navigate complex environments and execute high-impact acrobatics. AGIBOT plans large-scale production later in 2025, aiming to ship thousands of units by the end of 2026. The demonstration underscores growing competition in humanoid robotics, where companies are pushing the boundaries of athletic and acrobatic capabilities. Comparisons are drawn with Boston Dynamics’ Atlas, known for flips and parkour, and China’s Unitree Robotics, whose G1 and R
robothumanoid-robotAGIBOTmotion-controlroboticsartificial-intelligencedynamic-movement4D1 launches T2 for rugged, millimeter-level 3D indoor positioning - The Robot Report
4D1 has launched the T2, a precise indoor positioning system designed to deliver millimeter-level 3D positioning with six degrees of freedom (6DoF) for industrial environments such as factories and process-centric industries. The T2 system addresses common challenges in indoor positioning like accuracy loss, drift, and bulky hardware by providing drift-free, real-time location tracking that includes full orientation for both robots and human operators. Its rugged, compact design is IP54-rated for dust and water resistance, making it suitable for harsh industrial settings. The system uses advanced sensor fusion, combining ultrasonic signals with an inertial measurement unit (IMU), enabling calibration-free operation and rapid deployment with existing industrial equipment. 4D1 emphasizes that T2 facilitates seamless collaboration between humans, robots, and AI systems, enhancing efficiency, safety, and productivity on the shop floor. The system generates AI-ready operational data that supports task validation, faster workforce upskilling, and actionable insights, contributing to smarter decision-making and AI-driven
robotindoor-positioningindustrial-automationAIcollaborative-robotssensor-fusionIIoTUkrainian strike drone successfully tested to resist Russian jamming
Ukraine’s defense innovation cluster, Brave1, has successfully completed final testing of a new strike drone designed to resist Russian electronic warfare tactics such as jamming and spoofing, which have previously disrupted Ukrainian suicide drones by causing navigation failures. The drone boasts a range exceeding 25 miles (40 kilometers) and aims to conduct precision strikes deep inside enemy territory. Following this testing phase, the drone will enter combat trials to evaluate its performance under battlefield conditions, with plans to accelerate its mass deployment to support Ukraine’s war efforts. The development of this drone was guided by feedback from military personnel to ensure it meets operational needs against advanced electronic countermeasures. Ukraine has prioritized domestic drone manufacturing for nearly two years and was among the first nations to establish a dedicated military drone unit. This focus has led to innovations such as stealth coatings and communication via SIM cards, alongside the new jam-resistant strike drone. Brave1, established in 2023, coordinates defense tech development across multiple domains including AI for drones, explosives, and
robotdrone-technologyelectronic-warfareunmanned-aerial-vehiclemilitary-roboticsdefense-technologyautonomous-systemsXPENG Praises Hong Kong & Preps For Autonomous Driving Tests - CleanTechnica
XPENG has expressed strong support for Hong Kong’s recent policy measures aimed at accelerating the development and commercial operation of autonomous driving technologies. The company welcomed the Chief Executive’s Policy Address, which emphasizes Hong Kong’s ambition to become a leading international innovation and technology hub by promoting unmanned and large-scale autonomous vehicle deployment. XPENG plans to actively collaborate with the Hong Kong SAR Government, leveraging its expertise in smart electric vehicles (EVs) and autonomous driving to help build a sustainable, safer, and greener urban transportation ecosystem. A notable aspect of XPENG’s strategy is using Hong Kong as a platform to explore overseas markets, particularly right-hand drive regions, positioning the city as a testing and development hub for autonomous driving technology. XPENG’s Chairman and CEO, He Xiaopeng, highlighted the company’s commitment to supporting Hong Kong’s smart city initiatives and contributing technology and experience to the autonomous driving testing and application process. This move aligns with a broader, incremental approach to expanding self-driving cars and robotaxis,
robotautonomous-vehiclessmart-driving-technologyXPENGself-driving-carssmart-citytransportation-innovationTwo flying cars crash into each other in China rehearsal flight
During a rehearsal flight for the Changchun Air Show in northeastern China, two electric vertical takeoff and landing vehicles (eVTOLs) developed by Xpeng Aeroht collided mid-air due to "insufficient flight distance," resulting in one vehicle catching fire upon landing and one pilot sustaining minor injuries. Emergency responders quickly secured the scene, and the injured passenger was hospitalized but reported to be stable. Xpeng Aeroht, Asia’s largest flying car company, confirmed the incident is under investigation and emphasized that all other personnel were safe. Xpeng Aeroht’s flying cars, priced around USD 281,000 each, are designed to operate at altitudes between 300 and 500 meters with features such as a panoramic cabin and single-lever controls. The company has garnered significant attention with its modular flying car technology, including a road vehicle that carries a detachable two-person eVTOL. With over 4,000 orders and ongoing development—including a new factory in Guangzhou aiming for mass production by
roboteVTOLflying-carselectric-vehiclesurban-air-mobilityaerospace-technologyXpeng-AerohtAI and the Future of Defense: Mach Industries’ Ethan Thornton at TechCrunch Disrupt 2025
At TechCrunch Disrupt 2025, Ethan Thornton, CEO and founder of Mach Industries, highlighted the transformative role of AI in the defense sector. Founded in 2023 out of MIT, Mach Industries aims to develop decentralized, next-generation defense technologies that enhance global security by integrating AI-native innovation and startup agility into an industry traditionally dominated by legacy players. Thornton emphasized the importance of rethinking fundamental infrastructure to build autonomous systems and edge computing solutions that operate effectively in high-stakes environments. The discussion also explored the broader implications of AI in defense, including the emergence of dual-use technologies that blur the lines between commercial and military applications. Thornton addressed critical topics such as funding, regulation, and ethical responsibility at the intersection of technology and geopolitics. With rising global tensions and increased defense investments, AI is not only powering new capabilities but also reshaping global power dynamics, security strategies, and sovereignty. The session underscored the growing role of AI startups in national defense and the urgent need to adapt to
robotAIautonomous-systemsdefense-technologyedge-computingmilitary-innovationstartup-technologyLas Vegas' New Robot Host
Oto the robot, located at the Otonomus Hotel in Las Vegas, is gaining attention for its engaging conversational abilities and helpful tips for tourists exploring the city. The robot serves as a friendly host, enhancing the visitor experience by combining technology with hospitality. The Otonomus Hotel aims to position itself as a pioneer in integrating advanced technology into guest services, using Oto to showcase how robotics can improve customer interaction and provide personalized assistance. This initiative reflects a broader trend of leveraging automation and AI to innovate within the hospitality industry.
robothospitality-robotautonomous-robotrobotics-technologycustomer-service-robotOtonomus-Hotelconversational-AIMeet Oto: Las Vegas hotel's humanoid robot chats with, helps guests
The Otonomus Hotel in Las Vegas has introduced Oto, a multilingual humanoid robot powered by artificial intelligence, as a central feature of its futuristic hospitality experience. Positioned near Allegiant Stadium, the hotel aims to attract both tech enthusiasts and travelers by blending cutting-edge AI technology with personalized guest services. Oto interacts with guests through conversation, jokes, and local recommendations, speaking over 50 languages to accommodate international visitors. Beyond entertainment, Oto efficiently handles practical tasks such as check-ins, room service, and guest requests, allowing hotel staff to focus on other duties while enhancing operational efficiency. This innovative approach positions Las Vegas as a leader in integrating AI into frontline hospitality roles, offering a unique attraction that could boost tourism in a city reliant on both domestic and international visitors. Early guest feedback has been positive, suggesting that AI-driven services like Oto provide more than novelty—they represent a viable enhancement to traditional hotel operations. The Otonomus Hotel exemplifies how technology can complement conventional service, delivering
robothumanoid-robotAIhospitality-technologycustomer-service-automationmultilingual-AIhotel-automationSonair built its 3D ultrasonic sensor with robotic safety in mind
Sonair, an Oslo-based company, has developed a 3D ultrasonic sensor using acoustic detection and ranging (ADAR) technology to enhance robotic safety as robots increasingly operate in human environments. Unlike traditional sensors such as cameras and LIDAR, Sonair’s sensor emits high-frequency ultrasound waves that fill a space with sound, providing robots with a comprehensive three-dimensional perception of their surroundings. This sonar-based approach addresses limitations in depth perception and object detection under varying conditions, complementing existing robotic sensors and improving environmental awareness. Since its release earlier this year, Sonair’s sensor has attracted strong interest from robotics manufacturers and the industrial safety sector, where it is used to detect human presence near heavy machinery to prevent accidents. The company recently raised $6 million from investors including Scale Capital, Investinor, and ProVenture to scale adoption of its technology. Sonair’s CEO Knut Sandven envisions the sensor becoming as ubiquitous in robots as cameras are today, emphasizing the growing importance of safety as robots
robotroboticsultrasonic-sensorrobotic-safetyADAR-sensor3D-perceptionindustrial-safetyCompact T4 bomb disposal robots bring haptic ‘touch’ to UK forces
The UK armed forces have introduced the L3Harris T4 bomb disposal robots, described as the “world’s most capable” threat-neutralizing unmanned ground vehicles (UGVs). These medium-sized robots are being deployed with British Army and Royal Navy explosive ordnance disposal (EOD) teams across the UK, Cyprus, and Gibraltar as part of a £32 million program to acquire 50 units. The T4 robots feature advanced controls, high-definition cameras, and a haptic feedback system that allows operators to “feel” what the robot’s arm touches, enhancing precision in handling explosive threats. Compared to the larger T7 models already in service, the more compact T4s weigh about 100 kilograms, can maneuver in confined spaces, climb stairs, and fit into standard 4×4 vehicles, making them ideal for rapid emergency response. The T4 robots share a haptic interface with the T7, enabling near-human dexterity for tasks such as unzipping bags or manipulating suspicious
robotbomb-disposalunmanned-ground-vehiclehaptic-feedbackmilitary-technologyexplosive-ordnance-disposalL3HarrisWaymo’s Tekedra Mawakana on Scaling Self-Driving Beyond the Hype
The article highlights Waymo co-CEO Tekedra Mawakana’s upcoming appearance at TechCrunch Disrupt 2025, where she will provide an in-depth discussion on the current realities and challenges of scaling autonomous vehicle (AV) technology. Moving beyond the common hype and sensational headlines about crashes or overpromises, Mawakana aims to address the practical aspects of deploying self-driving cars at scale, including rider safety, public trust, regulatory hurdles, operational complexities, and competition from companies like Tesla. Her session promises a grounded perspective on what is working in the AV industry, what still requires improvement, and the broader implications of bringing autonomous mobility to mainstream use. Mawakana brings over 20 years of experience in global tech strategy to her leadership role at Waymo, where she is focused on advancing the Waymo Driver technology and expanding its reach. In addition to her role at Waymo, she serves on Intuit’s board and advises various tech and social impact ventures. The article positions her session
robotautonomous-vehiclesself-driving-carsWaymomobility-technologyAI-roboticstransportation-innovationWaymo approved to start testing autonomous vehicles at San Francisco International Airport
Waymo has received a permit to begin testing its autonomous vehicles (AVs) at San Francisco International Airport (SFO), marking a significant step toward launching commercial service there. The San Francisco mayor’s office announced that SFO and Waymo signed a “Testing and Operations Pilot Permit” after prolonged negotiations. This approval follows a recent permit allowing Waymo to test at San Jose Mineta International Airport and builds on its existing autonomous operations at Phoenix’s Sky Harbor airport since 2023. The permit enables Waymo to proceed in three phases: initial testing with a trained specialist behind the wheel, followed by passenger service trials with employees and airport staff, and finally, offering paid rides to the public. Once in the third phase, Waymo plans to provide pickups and drop-offs at SFO’s “Kiss & Fly” area, which connects to terminals via the AirTrain, with intentions to expand to other airport locations in the future. This development aligns with Waymo’s broader expansion efforts in Silicon Valley
robotautonomous-vehiclesWaymoself-driving-carstransportation-technologyairport-automationmobility-solutionsLaunch of the World's Cuddliest Robot
The article announces the release of the GR-3, described as the world’s cuddliest robot, now available for purchase. Developed by Fourier, the GR-3 embodies the company’s commitment to creating empathic robot companions designed to assist humans in everyday activities. The robot aims to provide emotional support and practical help, blending advanced technology with a comforting, approachable design. Key takeaways include Fourier’s emphasis on empathy in robotics, positioning the GR-3 not just as a functional assistant but also as a companion that can enhance users’ emotional well-being. While specific features and capabilities of the GR-3 are not detailed in the article, its launch marks a significant step in the integration of robotics into daily human life, focusing on both utility and emotional connection.
robotroboticsempathic-robotscompanion-robotsGR-3-robothuman-robot-interactionIs The Pursuit Of AI & Humanoid Robots Based On A Flawed Approach? - CleanTechnica
The article from CleanTechnica discusses the current surge in interest around artificial intelligence (AI) and humanoid robots, highlighting both the enthusiasm and potential pitfalls of this technological pursuit. AI has become a widespread buzzword, with companies promoting AI-driven solutions for various tasks, from composting to innovative devices like an electric fork. Alongside AI, humanoid robots—machines designed to resemble humans but without human limitations—are gaining attention for their potential to perform tasks continuously without breaks or benefits, powered by rechargeable batteries. A significant focus of the article is on OpenAI’s emerging involvement in humanoid robotics. Although OpenAI has not officially announced a robotics project, it has been actively recruiting experts in robotics, tele-operation, and simulation, indicating a strategic move into this field. The company’s job postings suggest ambitions to develop general-purpose robots capable of operating in dynamic, real-world environments, possibly aiming for artificial general intelligence (AGI). This aligns with the view that achieving AGI may require robots that can
robothumanoid-robotsartificial-intelligenceAIrobotics-researchtele-operationsimulation-toolsFigure AI raises $1B in Series C funding toward humanoid robot development - The Robot Report
Figure AI Inc. has raised over $1 billion in its Series C funding round, pushing its valuation to $39 billion. The San Jose-based company aims to accelerate the development and large-scale deployment of general-purpose humanoid robots through its Helix embodied intelligence platform and BotQ high-volume manufacturing environment. Figure plans to produce and ship 100,000 humanoid robots over the next four years to assist with household and commercial tasks. Recent demonstrations showcased the robots’ capabilities, including folding laundry and loading a dishwasher, powered by the Helix vision-language-action (VLA) model and supported by a next-generation GPU infrastructure developed in partnership with NVIDIA. The funding round was led by Parkway Venture Capital with participation from major investors such as NVIDIA, Intel Capital, LG Technology Ventures, and Qualcomm Ventures. Figure AI is expanding its workforce across manufacturing, software, and systems integration to support commercialization efforts. The company has already delivered Figure 02 systems to paying customers and won a 2024 RBR50 Robotics Innovation
robothumanoid-robotsAI-roboticsrobotics-manufacturingembodied-intelligencerobot-automationrobotics-fundingNew AI-triggered airbag system could save lives in a plane crash
Engineers at BITS Pilani’s Dubai campus have developed Project REBIRTH, an AI-powered airplane crash survival system designed to protect passengers during unavoidable crashes. The system uses AI and sensors to detect imminent crashes below 3,000 feet, automatically deploying external airbags around the aircraft’s nose, belly, and tail within two seconds. These airbags, made from advanced materials like Kevlar and non-Newtonian fluids, absorb impact forces to reduce damage and increase passenger safety. Additionally, the system employs reverse thrust or gas thrusters to slow and stabilize the plane before impact. Post-crash, bright paint, infrared beacons, GPS, and flashing lights aid rescue teams in quickly locating the crash site. A 1:12 scale prototype combining sensors, microcontrollers, and CO2 canisters has been built, with computer simulations indicating a potential reduction in crash impact by over 60%. The team plans to collaborate with aircraft manufacturers for full-scale testing and aims to make the system compatible with both new
robotAIsensorssafety-systemsmaterialscrash-survivalsmart-airbagsHow F1 engineering turned the CV90 into a battlefield sprinting tank
The CV90 infantry fighting vehicle (IFV), developed by BAE Systems Land Systems Hägglunds in Sweden, has been significantly enhanced by integrating active-damping suspension technology originally developed for 1990s Formula 1 cars. This adaptation enables the 35-ton armored vehicle to travel 30% to 40% faster over rough terrain compared to existing main battle tanks, while reducing pitch acceleration by about 40%. The suspension system automatically adjusts based on vehicle speed and terrain, resulting in a smoother ride that decreases crew fatigue, improves gunner accuracy by minimizing vertical movement, and extends the lifespan of vehicle components, thereby lowering maintenance costs. The CV90 is a highly versatile and combat-proven platform operated by several European nations, including Norway, Finland, and Denmark, with over 1,300 units sold. It features advanced survivability measures such as modular protection against mines, IEDs, and chemical, biological, radiological, and nuclear threats, as well as optional defensive aids and
robotmilitary-technologyactive-suspensionarmored-vehiclesvehicle-engineeringdefense-systemsoff-road-mobilityVideo shows China's humanoid robot enduring 'violence test'
A viral video showcasing Unitree’s G1 humanoid robot undergoing a “violence test” has highlighted the machine’s remarkable resilience and balance. In the footage, the robot is subjected to approximately nine forceful kicks from various directions, yet it consistently maintains its posture and quickly recovers from any loss of footing. The only time the G1 falls is due to slipping on a carpeted surface rather than the kicks themselves, underscoring its stability under physical stress. Although the demonstration appears aggressive, such tests are common in robotics to evaluate durability and dynamic balance. The Unitree G1 is designed primarily for research and light industrial applications, emphasizing affordability and accessibility rather than combat. Its agility stems from advanced technology, including high-speed Permanent Magnet Synchronous Motors with dual encoders for precise joint control, and a whole-body control system that coordinates movements dynamically. The robot also uses 3D LiDAR, depth cameras, and an Inertial Measurement Unit to maintain spatial awareness and react swiftly to external
robothumanoid-robotUnitree-G1robotics-testingAI-mobilityrobot-durabilityrobotic-sensorsBot Auto completes uncrewed truck validation run - The Robot Report
Bot Auto, a Houston-based autonomous trucking startup founded in 2023, has successfully completed its first fully uncrewed hub-to-hub validation run in Houston, marking a major milestone in its development of SAE Level 4 autonomous trucks. Unlike operations that still require a licensed driver onboard, this run featured no humans in the cab or remote control, relying on a system with redundant compute, actuation, power, and failover capabilities. The company emphasized that true “humanless” autonomy means no human involvement anywhere in the vehicle’s operation. Prior to the run, Bot Auto conducted comprehensive safety verifications, including closed-course testing and implemented multiple layers of protection such as diversified redundancy, continuous health monitoring, and a minimum-risk fallback to ensure safe responses to unexpected events. The autonomous truck successfully navigated a predefined operational design domain under real-world conditions, including dusk, demonstrating its ability to handle complex traffic scenarios safely and reliably. Bot Auto’s AI dynamically adjusts for different payloads and makes real-time decisions
robotautonomous-vehiclesself-driving-trucksAI-technologytransportation-as-a-servicelogistics-automationsafety-systemsHumanoid robot turns shoe tester after half-marathon victory in China
The humanoid robot Tien Kung, developed by UBTech Robotics and the Beijing Humanoid Robot Innovation Centre, has transitioned from athletic competitions to a novel role as a running shoe tester in China. After making headlines in April 2025 by completing a half-marathon in Beijing in 2 hours and 40 minutes, demonstrating endurance and human-like running capabilities, Tien Kung was recently employed at the Li-Ning Sports Science Research Center to evaluate running shoes. Equipped with sensors on its hips, knees, and ankles, the robot ran on a 3D force treadmill and a 200-meter indoor track to collect detailed biomechanical data on cushioning, rebound, and other performance metrics. This approach offers a level of consistency and precision unattainable with human athletes, potentially accelerating shoe design cycles and reducing costs. Tien Kung stands 1.7 meters tall and features advanced biomimetic design, including 20 degrees of freedom, lidar sensors, Nvidia Jetson Orin computing kits, and dexter
robothumanoid-robotsports-technologybiomechanicswearable-sensorsrobotics-testingproduct-developmentARM Institute announces ARM Champions during annual member meeting - The Robot Report
The ARM Institute recently held its ninth annual member meeting, where it presented the 2025 ARM Champion Awards to recognize individual members who have significantly contributed to advancing U.S. manufacturing through robotics, autonomy, and artificial intelligence. The Pittsburgh-based ARM Institute, founded in 2017 and funded by the U.S. Department of Defense, is part of the Manufacturing USA network and includes over 450 members from industry, academia, and government. Its mission is to make advanced manufacturing technologies more accessible, empower the workforce, and strengthen national security and economic competitiveness. This year’s ARM Champions included representatives from prominent organizations such as Lockheed Martin, ThoughtForge AI, NIST, Southwest Research Institute, Siemens, and several universities and colleges. Yaskawa, a member company with previous honorees among its employees, sponsored the awards dinner. The event featured extensive networking, workshops, and demonstrations, including technology presentations and AR/VR workforce development activities. The ARM Institute emphasized collaboration and innovation as key themes, with
robotroboticsmanufacturingautomationARM-Instituteartificial-intelligenceworkforce-developmentOndas Holdings brings in $217M from underwritten offering - The Robot Report
Ondas Holdings Inc., a provider of autonomous aerial and ground systems, recently closed an underwritten offering of 46 million common shares, raising approximately $217 million net of expenses. The company plans to use the proceeds to fuel corporate development and strategic growth initiatives, including acquisitions, joint ventures, and investments. This follows a prior $163 million public offering and the acquisition of a majority stake in Israeli electro-optics firm S.P.O. Smart Precision Optics Ltd. Ondas operates through two main units: Ondas Autonomous Systems (OAS), which develops commercial drones and ground robots under brands like Airobotics and American Robotics, and Ondas Networks, which offers FullMAX software-defined radio connectivity for industrial applications. OAS markets advanced autonomous systems such as the Optimus System, capable of fully autonomous aerial data capture with self-swapping batteries and payloads for continuous operation in complex environments. It also offers the Iron Drone System, a GPS-independent counter-drone solution designed to protect assets with minimal
robotdronesautonomous-systemsIoTnetworking-technologyenergyindustrial-applications'World’s cutest' humanoid carries out chores with warmth, care
The Fourier GR-3 humanoid robot, developed by Chinese firm Fourier Robotics, is designed to support meaningful human interaction by combining emotional intelligence with practical functionality. Unlike traditional robots, the GR-3 can express empathy and kindness, making it feel more like a companion than a machine. It demonstrates capabilities such as eidetic memory to assist an art curator, multilingual communication to guide museum visitors, and home assistance by managing daily schedules. The robot also exhibits advanced visual recognition and human-like locomotion, responding naturally to gestures like waving. Weighing 71 kg and standing 165 cm tall, the GR-3 features 55 degrees of freedom for balanced, fluid movement and an animated facial interface that enhances its lifelike presence. Its emotional intelligence is powered by Fourier’s Full-Perception Multimodal Interaction System, integrating sight, sound, and touch, with 31 pressure sensors enabling responsive actions such as blinking and eye tracking. The robot supports continuous operation with a swappable battery and adaptable movement modes
robothumanoid-robotemotional-intelligencehuman-robot-interactionrobotics-technologyautonomous-robotssmart-roboticsRussia reportedly deploys display tank after huge losses in Ukraine
Russia has reportedly deployed a T-90MS main battle tank, originally displayed as a desert-camouflaged exhibition model at the IDEX 2025 arms fair in the United Arab Emirates, to the frontline in Ukraine. According to the Russian manufacturer UralVagonZavod, the tank was repainted in standard military green and sent into combat with minimal modifications from its exhibited configuration. This move is unusual, as display units are typically reserved for foreign clients or kept out of immediate operational use, indicating urgent needs to replenish armored vehicle losses or fill gaps in upgraded tank inventories amid ongoing heavy attrition. Since the full-scale invasion of Ukraine in February 2022, Russia has suffered significant losses of tanks and armored vehicles, with estimates suggesting thousands of main battle tanks destroyed, damaged, or captured. To compensate, Russia has been refurbishing older Soviet-era tanks and ramping up production of modernized models like the T-90M “Proryv,” with output increasing from around 60
robotmilitary-technologyarmored-vehiclesdefense-systemsrobotics-in-warfaretank-technologymilitary-roboticsStudents build Bond-style micro pocket drone that flies instantly
Students at Texas A&M University’s Advanced Vertical Flight Laboratory have developed a groundbreaking micro air vehicle (MAV) weighing just 112 grams that folds to smartphone size and unfolds midair to stabilize itself within seconds. This pocket-sized drone features foldable propeller arms that extend and lock automatically when thrown, enabling it to recover from extreme spins—up to 2,500 degrees per second—and hover smoothly. Its stability is achieved through an advanced onboard feedback controller that uses sensors and algorithms to detect orientation and adjust propeller speeds in real time, allowing immediate flight readiness without careful handling or controlled takeoff. The design balances portability, strength, and performance, supported by a sophisticated six degrees of freedom (6DOF) flight dynamics model validated with real-world motion tracking data. This rigorous testing ensures reliable operation even under unpredictable launch conditions. The MAV’s compactness and rapid deployment make it ideal for practical applications such as emergency response, where first responders could quickly launch drones into hazardous zones for damage assessment or survivor
robotdronemicro-air-vehiclesensorsflight-controlstabilizationaerospace-engineering'Arab NATO'? Could China replace US as Gulf’s main weapon supplier
The article discusses the potential shift in military alliances and arms suppliers in the Gulf region following recent Israeli airstrikes on Qatar, which killed Hamas operatives and triggered emergency meetings among Arab and Islamic leaders. These meetings, held in Doha, included representatives from the Arab League, the Organization of Islamic Cooperation, and countries such as Iran, Pakistan, Malaysia, Iraq, Palestine, and Gulf states. One key proposal under consideration is the formation of a joint military coalition, sometimes referred to as an “Arab NATO.” This coalition aims to enhance regional defense cooperation and could mark a significant move away from traditional Western military suppliers like the US and Europe, toward greater reliance on Chinese-designed weapons systems and technical support. China has increasingly become a prominent arms supplier in the Middle East over the past decade, offering a range of military hardware including ballistic missiles, armed drones, artillery, radar systems, and missile corvettes. Countries such as Saudi Arabia, the UAE, and Egypt have incorporated Chinese military technology into their forces.
robotdronesmilitary-technologymissile-systemsdefense-systemsunmanned-aerial-vehiclesChina-arms-exportsUS firm's drone conducts strikes with next-gen loitering munition
A recent military test demonstrated the successful integration of AeroVironment’s Switchblade 600 loitering munition (LM) launched from General Atomics’ MQ-9A Block 5 unmanned aircraft system (UAS), marking the first-ever air launch of the Switchblade 600 from an unmanned platform. Conducted at the U.S. Army Yuma Proving Grounds in July 2025, the tests included two successful launches featuring precision targeting, real-time data transmission, and reliable over-the-horizon communication. Control of the Switchblade was transferred mid-mission from the MQ-9A’s ground control station to operators closer to the operational area, showcasing enhanced operational flexibility. This collaboration between General Atomics Aeronautical Systems and AeroVironment highlights the potential for large drones to serve as motherships for smaller loitering munitions, extending the range and survivability of the Switchblade 600 by allowing the MQ-9A to operate farther from enemy
robotdrone-technologyunmanned-aerial-systemsloitering-munitionsprecision-targetingmilitary-roboticsreal-time-data-transmissionUS firm's drone conducts strikes with next-gen loitering munition
A recent military test demonstrated the successful integration and operation of a next-generation loitering munition, the Switchblade 600 (SB600), launched from a General Atomics Block 5 MQ-9A unmanned aircraft system (UAS). Conducted at the U.S. Army Yuma Proving Grounds in July 2025, the flight tests included two successful launches featuring precision targeting, real-time data transmission, and over-the-horizon communication. This marked the first time the SB600 was air-launched from an unmanned aircraft, highlighting the potential for large drones like the MQ-9A to serve as motherships for smaller loitering munitions, thereby extending operational range and increasing survivability in contested airspace. The collaboration between General Atomics Aeronautical Systems and AeroVironment showcased how combining different unmanned technologies can enhance battlefield capabilities. After launch, control of the Switchblade was transferred from the MQ-9A’s ground control station to operators closer
robotdrone-technologyunmanned-aerial-vehiclesloitering-munitionsmilitary-roboticsprecision-targetingreal-time-data-transmissionNext-gen AI may end era of invisible submarines, Chinese experts claim
A recent Chinese study published in Electronics Optics & Control reveals a next-generation AI-driven anti-submarine warfare (ASW) system that could significantly undermine traditional submarine stealth tactics. Led by senior engineer Meng Hao, the system integrates data from sonar buoys, underwater sensors, radar, and oceanographic variables like temperature and salinity to create a real-time, comprehensive underwater picture. This AI acts as an intelligent commander, dynamically directing sensor configurations and responses to evasive submarine maneuvers such as zigzagging, silence, or decoy deployment. In simulations, the system achieved a 95 percent success rate in detecting and tracking submarines, potentially reducing a submarine’s chance of escape to just 5 percent. Submarines have historically been vital asymmetric naval weapons, valued for their stealth and strategic capabilities, including nuclear deterrence and intelligence gathering. The U.S. Navy, for instance, maintains about 70 nuclear-powered submarines as a counterbalance to China’s expanding naval forces. However, the
robotAIunderwater-sensorsanti-submarine-warfarenaval-technologysonar-systemsintelligent-decision-makingZoox robotaxi equipped with cameras, lidars, radar launched in Las Vegas
Zoox, a Foster City-based company, has launched its fully autonomous robotaxi service in Las Vegas, marking the first time a purpose-built, driverless ride-hailing vehicle is available to the public. The robotaxi integrates advanced perception technology, combining cameras, lidars, radar, and long-wave infrared sensors to provide a comprehensive 360-degree view of the surroundings. This system enables real-time detection, classification, and tracking of vehicles, obstacles, and pedestrians, allowing the vehicle to predict their actions and navigate urban environments safely and smoothly. The service is accessible via the Zoox app, offering rides from multiple popular destinations on and around the Las Vegas Strip, such as Resorts World Las Vegas and AREA15, with rides currently free of charge. Zoox plans to expand its robotaxi operations to other U.S. cities, including an upcoming launch in San Francisco. The company emphasizes that its vision extends beyond autonomous driving to creating a new mode of transportation focused on safety, accessibility, and an enhanced rider
robotautonomous-vehiclesAIlidarradarrobotaxitransportation-technologyPilot union urges FAA to reject Rainmaker’s drone cloud-seeding plan
The Air Line Pilots Association (ALPA) has urged the Federal Aviation Administration (FAA) to reject Rainmaker Technology’s petition to deploy cloud-seeding flares via small drones, citing significant safety concerns. ALPA argues that Rainmaker’s proposal lacks sufficient demonstration of safety equivalence and poses extreme risks, particularly due to unclear flight locations and altitudes within controlled airspace where commercial airliners operate. The union also raises issues about the flares themselves, including potential fire hazards, foreign object debris, and the absence of trajectory modeling or environmental impact analysis for the chemical agents used. Rainmaker CEO Augustus Doricko and aviation regulatory manager Sam Kim counter these claims by emphasizing that ALPA’s objections rely solely on publicly available information and do not consider the comprehensive safety data and risk mitigations submitted confidentially to the FAA. They highlight that flights will be conducted only in predetermined safe airspace with necessary permissions, and that the environmental impact of cloud seeding materials like silver iodide has been studied for
robotdrone-technologyFAA-regulationscloud-seedingunmanned-aerial-systemsweather-modificationsafety-concernsInside Australia's $1.1B Ghost Shark Drone Fleet
Australia is investing $1.1 billion in the Ghost Shark XL-AUV program, a fleet of large, autonomous underwater drones developed in partnership with Anduril Industries. These AI-powered drones are designed to operate stealthily beneath the ocean surface for extended periods—weeks at a time—without any onboard crew. Their capabilities include intelligence gathering, surveillance of enemy fleets, and precision strike potential, all while maintaining silence and evading detection. Scheduled for deployment by 2026, the Ghost Shark fleet represents a significant shift in naval strategy for Australia, particularly in the Indo-Pacific region. By offering a cost-effective alternative to traditional crewed submarines, these drones aim to provide a formidable deterrent and enhance Australia's maritime security posture. The program underscores a move toward leveraging autonomous technology to reshape naval warfare and influence the regional balance of power.
robotautonomous-underwater-vehiclesmilitary-dronesAI-powered-dronesunderwater-roboticsdefense-technologyunmanned-systemsPilot union urges FAA to reject Rainmaker’s drone cloud-seeding plan
Rainmaker Technology has proposed using small drones equipped with cloud-seeding flares to stimulate precipitation, seeking an exemption from FAA rules that prohibit small drones from carrying hazardous materials. Their Elijah quadcopter, capable of flying up to 15,000 feet MSL within controlled airspace, would deploy two types of flares to disperse particles that induce rainfall. The FAA has yet to rule on Rainmaker’s July petition, instead requesting more detailed information on operational and safety measures. The Air Line Pilots Association (ALPA) strongly opposes the plan, urging the FAA to deny the request due to concerns over safety risks, lack of clear flight altitudes and locations, potential foreign object debris, fire hazards, and insufficient environmental impact analysis. Cloud seeding is a well-established practice, traditionally conducted by crewed aircraft to enhance precipitation, especially in the Western U.S. Rainmaker’s innovation lies in replacing manned flights with remotely piloted drones, which the company argues could be safer due to
robotdrone-technologyunmanned-aerial-systemsFAA-regulationscloud-seedingweather-modificationsafety-concernsChina warns US' shuttle-like craft could be used as 'space killer'
Chinese scientists have raised concerns about the U.S. military’s secretive X-37B space plane, warning it could be weaponized as a "space killer" and potentially used to maintain American space supremacy. The uncrewed, autonomous Boeing-designed craft, now on its eighth mission, has demonstrated advanced capabilities through multiple successful flights, covering over 1.3 billion miles and conducting various technology tests. Researchers from China’s Space Engineering University highlight that the X-37B’s dynamic and intelligent systems, enhanced by technologies like artificial intelligence and nuclear thermal propulsion, could integrate into the U.S. military’s Prompt Global Strike system, escalating space security risks and intensifying international competition. In response, China is advancing its own space capabilities with the reusable robotic Shenlong craft, which recently completed its third orbital test after 268 days in space. The Shenlong is suspected of signaling Earth while flying over North America in 2023, underscoring Beijing’s efforts to extend military reach into space and develop
robotspace-technologyautonomous-systemsmilitary-technologyartificial-intelligencespace-explorationaerospace-materialsIntuitive adds real-time surgical insights for da Vinci 5 surgical robot
Intuitive Surgical’s latest-generation da Vinci 5 surgical robot platform significantly enhances surgical capabilities through its vastly increased computing power—over 10,000 times that of the previous da Vinci Xi model. This computational boost enables new features such as the Force Gauge, a real-time visual indicator that displays the force applied by the robot’s instruments during surgery within a 0–6.5 Newton range. This addition aims to improve surgical precision and safety by providing surgeons immediate feedback on tissue interaction. Another key innovation is the in-console video replay, allowing surgeons to review critical moments of an ongoing procedure without leaving the console, thereby supporting better intraoperative decision-making and collaboration. These features are delivered via Network CCM, a remote software update system that allows continuous platform optimization. Intuitive’s leadership emphasizes that these advancements are part of a broader strategy to enhance surgical efficiency, patient outcomes, and reduce overall care costs. Clinical feedback, such as from Dr. Andrea Pakula of Adventist Health, highlights the practical benefits of
robotsurgical-robotda-Vinci-5force-feedbackreal-time-monitoringmedical-roboticsdigital-surgeryMini tank-like hydrogen robot runs 20 hours on single charge
The article introduces Hermione, a hydrogen-powered unmanned ground vehicle (UGV) developed jointly by Polish firm P.H.U. Lechmar and French company H2X-Defense, unveiled at the 2025 International Defence Industry Exhibition (MSPO) in Kielce. Hermione is designed as a modular, versatile platform capable of carrying payloads up to two tons and performing various battlefield roles, including drone transport, logistics support, reconnaissance, and combat when equipped with remote weapon stations or advanced sensors. The demonstrator model shown carried a 300-kilogram payload, measured approximately 11 feet long, and weighed around 700 kilograms. It features all-wheel drive, a top speed of 24 mph, and is built to operate in tough environments. At the core of Hermione is a hydrogen propulsion system powered by fuel cells housed in TPED-certified cylinders, driving eight 8 kW hub-mounted electric motors, supplemented by a 25 kWh battery pack. This combination enables the UGV to
robothydrogen-powerunmanned-ground-vehicleenergy-storagefuel-cellsclean-energybattlefield-technologyHumans can ‘borrow’ robot hands as their own, scientists discover
Researchers from the Italian Institute of Technology and Brown University have discovered that humans can unconsciously incorporate a humanoid robot’s hand into their body schema—the brain’s internal map of the body and its spatial relationship to the environment—especially when collaborating on a task. In experiments involving a child-sized robot named iCub, participants who jointly sliced a soap bar with the robot showed faster reactions to visual cues near the robot’s hand, indicating that their brains treated the robot’s hand as part of their own near space. This effect was contingent on active collaboration and was influenced by the robot’s movement style, with broader, fluid, and well-synchronized gestures enhancing the cognitive integration. The study also found that physical proximity and the participant’s perception of the robot’s competence and pleasantness strengthened this integration. Participants who attributed more human-like traits or emotions to the robot exhibited a stronger cognitive bond, suggesting that empathy and partnership play important roles in human-robot interaction. These findings provide valuable insights for designing future robots that can
robothumanoid-robothuman-robot-interactionbody-schemacognitive-integrationrehabilitation-roboticsiCub-robotPreparing for your later-stage raise: Insider strategies from top investors at TechCrunch Disrupt 2025
The article highlights an upcoming session at TechCrunch Disrupt 2025, scheduled for October 29 at the Builders Stage in San Francisco, focused on strategies for securing later-stage funding. The session emphasizes that raising late-stage capital requires more than just meeting revenue goals; founders must craft compelling narratives, monitor key metrics, and cultivate long-term investor relationships. Attendees can expect practical advice, candid insights, and actionable frameworks from experienced investors and founders to better prepare for major funding rounds. The panel features three prominent experts: Andrea Thomaz, CEO and co-founder of Diligent Robotics, who offers a founder’s perspective on building investor trust in AI hardware startups; Zeya Yang, partner at IVP with a background in AI-native startups and product leadership at major tech firms; and Lila Preston, head of growth equity at Generation Investment Management, known for scaling impact-driven companies with a global outlook. The article also promotes early registration for TechCrunch Disrupt 2025, highlighting significant ticket savings available
robotAI-hardwaresocial-roboticscollaborative-roboticshealthcare-roboticsventure-capitalstartup-fundingChina’s humanoid robot Bumblebee now walks with human-like gait
Shanghai Kepler Robotics has unveiled a significant advancement in its humanoid robot K2 “Bumblebee,” showcasing China’s first “hybrid-architecture disturbance-resistant” gait that enables the robot to walk with a natural, human-like straight-knee motion. This breakthrough is achieved through a novel hybrid actuation system combining planetary roller screw linear actuators and rotary actuators in a series-parallel configuration. The linear actuators act as the robot’s primary “leg muscles,” providing walking force, while rotary actuators manage fine adjustments and terrain adaptation. This design offers high energy efficiency (81.3%), precise positioning, and strong load-bearing capacity, allowing Bumblebee to maintain balance over uneven surfaces such as bricks and grass, and to carry payloads up to 30 kilograms (66 pounds). To bridge the gap between simulation and real-world performance, Kepler addressed mechanical and control challenges by integrating reinforcement learning, imitation learning, and torque control, enabling dynamic gait switching and robust stability despite sensor noise, actuator
robothumanoid-robothybrid-actuatorlocomotion-technologyreinforcement-learningindustrial-roboticsrobotic-gaitSchool project becomes US Air Force robot to defuse deadly bombs
A school project developed by former Air Force Master Sgt. Daniel Trombone has evolved into a promising robotic system to aid explosive ordnance disposal (EOD) teams in safely defusing some of the world’s most dangerous bombs. While completing his electronics engineering degree at the University of Arkansas, Grantham, Trombone identified a key challenge faced by EOD operators: difficulty judging depth and distance when controlling bomb-disposal robots through flat, two-dimensional video feeds. To address this, he designed a low-cost, fixed visual reference system that enhances depth perception without requiring additional sensors or complex processing. Built initially with hobby-grade parts and mounted using simple clamps and tape, the prototype significantly improved operators’ ability to handle tasks more precisely. Recognizing the potential beyond the classroom, Trombone partnered with Tech. Sgt. Matt Ruben to refine the design and sought support through the Air Force’s AFWERX Refinery innovation accelerator. This collaboration secured funding, engineering expertise, and industry outreach coordinated by the Wright Brothers Institute,
robotmilitary-roboticsexplosive-ordnance-disposaldepth-perception-systemUS-Air-Forcerobotics-innovationbomb-disposal-technologyJack Ma-backed firm unveils humanoid robot that can cook shrimp
Ant Group, backed by Jack Ma, has unveiled its first humanoid robot, the R1, developed by its robotics division Ant Lingbo Technology (Robbyant). The 243-pound, two-armed robot stands about 5.2 to 5.7 feet tall and can move at speeds up to 1.5 meters per second with 34 degrees of freedom. Demonstrated at IFA 2025 in Berlin and the Inclusion Conference in Shanghai, the R1 showcased capabilities such as cooking shrimp, serving as a tour guide, and providing basic medical consultations. The robot is already in mass production and has been delivered to early clients like the Shanghai History Museum, though it is sold as part of broader “scenario solutions” rather than as a standalone product. A second-generation model is currently in development. Ant Lingbo Technology was founded in late 2024 and officially launched in early 2025, with bases in Shanghai and Hangzhou. The company aims to extend Ant Group’s
robothumanoid-robotartificial-intelligenceroboticsAnt-Groupautomationcooking-robotTesla Market Share Dips Below 40% In USA For First Time Since 2017 - CleanTechnica
Tesla’s market share of electric vehicle (EV) sales in the United States has fallen below 40% for the first time since 2017, dropping to approximately 38% in August. This marks a significant decline from Tesla’s previous dominance, when it controlled over 80% of the US EV market. The overall US EV market grew by 24% month-over-month in August, driven partly by the impending expiration of a $7,500 federal tax credit, but Tesla’s sales only increased by 3.1%, indicating that competitors like Hyundai, Honda, Kia, Toyota, and Volkswagen are gaining ground rapidly. Volkswagen, in particular, saw a 450% increase in EV sales in July due to attractive leasing and incentives. Tesla’s decline in market share coincides with a lack of new product launches; the company has not introduced a new model since the Cybertruck began deliveries in 2023, despite its initial unveiling in 2019. Even a recent refresh of the Model
robotenergyelectric-vehiclesTeslaEV-marketautonomous-vehiclesclean-energyigus to demonstrate FR20 affordable palletizing cobot at Pack Expo - The Robot Report
At Pack Expo 2023, igus GmbH showcased its Fairino FR20 collaborative robot (cobot), designed specifically for industrial palletizing tasks. The FR20 features a robust 20 kg payload capacity, a reach of 1,854 mm, and six degrees of freedom, enabling it to handle heavy and dynamic operations with high precision (±0.1 mm repeatability). It offers IP54 protection, intuitive drag-and-teach programming, and an open EtherCAT architecture, making it suitable for applications including palletizing, machine tending, and metal processing. The cobot’s versatile configuration supports different palletizing patterns and can cover two pallet positions, enhancing efficiency in logistics, manufacturing, and warehousing environments. The Fairino FR20 is now available in the U.S. through the RBTX online marketplace, which connects customers with over 40 partners offering compatible components like cameras, grippers, and sensors. Customers can purchase the robot alone, with training, or as a turnkey installation
robotcollaborative-robotpalletizing-cobotindustrial-automationmotion-plasticsEtherCATmanufacturing-roboticsTesla’s robotaxi plans for Nevada move forward with testing permit
Tesla has received a testing permit from the Nevada Department of Motor Vehicles, allowing it to begin public street testing of its autonomous vehicle technology in the state. This development follows CEO Elon Musk’s announcement of plans to expand Tesla’s autonomous ride-hailing service beyond Austin to multiple new markets, including Nevada, the Bay Area, Arizona, and Florida. Musk aims to have autonomous ride-hailing available to about half of the U.S. population by the end of the year, pending regulatory approvals. Tesla’s robotaxi service, which started in Austin with a safety driver present, has been gradually expanding within the city. Nevada’s regulatory environment for autonomous vehicles is relatively straightforward and favorable compared to California. Companies must submit a testing permit application, maintain $5 million in insurance, and report any traffic incidents within 10 days. Tesla has obtained the required Certificate of Compliance and red license plates for testing. However, to operate a commercial robotaxi service in Nevada, Tesla will need additional approval from the Nevada Transportation Authority
robotautonomous-vehiclesTeslarobotaxiNevadatransportation-technologyself-driving-carsUber Ready To Offer Air Taxis
The article announces a partnership between Joby Aviation and Uber to offer air taxi services through the Uber app, signaling a move towards integrating urban air mobility into mainstream transportation options. This collaboration aims to allow users to book air taxis conveniently alongside traditional Uber rides, potentially transforming urban travel by reducing congestion and travel times. However, the article does not provide specific details on the locations where these air taxis will initially be available or the timeline for when customers can start booking these services. Further information on operational cities, pricing, and regulatory approvals remains unclear, indicating that while the partnership is a significant step forward, the rollout of air taxi services is still in its early stages.
roboturban-air-mobilityair-taxisJoby-AviationUberautonomous-vehiclestransportation-technologyGudel extends collaborative robot reach with CoboMover - The Robot Report
Güdel Inc., a U.S. subsidiary of the Swiss-based Güdel Group, has introduced the CoboMover, a seventh-axis linear track designed to extend the working range of collaborative robots (cobots) and light industrial arms up to 5 meters (16.4 feet). Unveiled at FABTECH, the CoboMover enables robots to operate across multiple workstations without manual repositioning, addressing key limitations in mobility within large workspaces and facility layout constraints. The system supports over 60 cobot models, offers mounting at 0° and 180°, and can handle payloads up to 78 kg (172 lb.) with high repeatability (±0.05 mm). Stroke lengths range from 1 to 5 meters, with a maximum speed of 2 m/s and acceleration of 2 m/s². The CoboMover features a toothed belt drive and Güdel’s HPG045 angular gearbox, and its modular track system incorporates air bearings capable
robotcollaborative-robotsautomationindustrial-robotsrobot-track-systemscobotsmanufacturing-technologyGhost Shark: Australia to field monster stealth drone subs in 2026
Australia is set to deploy the Ghost Shark, a large stealthy autonomous underwater drone, by January 2026, following a AUS$1.7 billion (US$1.1 billion) contract with defense technology company Anduril. Co-developed in just three years through a joint $50 million investment by Anduril and the Australian government, the Ghost Shark XL-AUV is designed for long-range, stealth missions including surveillance, reconnaissance, strike operations, and coastal defense. The drones will complement Australia’s future surface combatants and nuclear submarines under the AUKUS pact, featuring an all-electric powertrain and AI-powered domain awareness. They can be launched from shore, ships, or airlifted by large aircraft, with modular payloads developed through Australian R&D to adapt to evolving threats. The rapid development and procurement of the Ghost Shark program contrast sharply with the U.S. Navy’s Boeing Orca XLUUV program, which has faced delays and budget overruns over nearly a decade
robotautonomous-underwater-vehiclestealth-dronedefense-technologyartificial-intelligenceelectric-powertrainmilitary-roboticsCouple Sues Tesla Over Faulty Door Handles - CleanTechnica
The article from CleanTechnica discusses a lawsuit filed by a couple, Venkateswara Pasumarti and Susmita Maddi, against Tesla over faulty door handles in their Model Y, which contributed to life-threatening difficulties during a 2023 crash. Tesla’s design features electrically operated door locks with obscure mechanical releases that become nearly unusable if the 12-volt power supply fails after an accident. In the couple’s case, first responders and bystanders struggled to open the doors to rescue them; the driver was pulled out through a broken window, while Maddi was trapped and severely injured by fire and smoke inhalation until hydraulic rescue tools arrived. The article criticizes Tesla’s design philosophy, calling the reliance on electric door mechanisms with hidden mechanical backups “stupid” and emblematic of a “move fast and break things” tech culture. The article further highlights that Tesla defends its door design by citing compliance with Federal Motor Vehicle Safety Standards (FMVSS), but this offers little
robotelectric-vehiclesautomotive-safetyTeslaelectric-door-handlesemergency-responsevehicle-technologyAnduril lands $159M Army contract for ‘superhero’ soldier headset
Anduril Industries has secured a $159 million contract from the U.S. Army to develop a prototype helmet-mounted mixed reality system under the Soldier Borne Mission Command (SBMC) program, the successor to the Army’s earlier Integrated Visual Augmentation System (IVAS). This new system aims to provide soldiers with enhanced battlefield awareness by integrating night vision, augmented reality, artificial intelligence, and real-time intelligence overlays into a single modular platform. The goal is to enable faster decision-making and clearer situational understanding in contested environments, addressing previous IVAS issues such as user discomfort and technical delays. The SBMC system, built on Anduril’s Lattice platform and developed in partnership with companies like Meta, Qualcomm, and Palantir, offers modular hardware components tailored to mission needs and a software architecture (SBMC-A) that unifies helmet displays with edge computing and battlefield sensors. Recent field trials demonstrated capabilities such as soldiers controlling drones over three kilometers away directly from their headsets without dedicated operators.
robotaugmented-realitymilitary-technologywearable-technologyedge-computingartificial-intelligencebattlefield-sensorsMars rover finds spotted rock with possible ancient life signs
NASA’s Perseverance rover has discovered a rock in Mars’ Jezero Crater, named Sapphire Canyon, that exhibits minerals and features potentially indicative of ancient microbial life. Drilled in July 2024 from the Cheyava Falls rock within the Bright Angel formation, this reddish mudstone contains ring-shaped and dark speckled patterns. Scientists detected minerals such as vivianite (iron and phosphorus) and greigite (iron and sulfur), which on Earth often form through microbial activity. The presence of organic carbon, sulfur, phosphorus, and oxidized iron in the sample further suggests conditions that could have supported microbial metabolisms approximately 3.2 to 3.8 billion years ago when the crater was a lake. Despite the promising findings, researchers emphasize caution, noting that similar mineral formations can arise through non-biological chemical processes. Joel Hurowitz, lead author of the study, described the discovery as a “potential biosignature” but acknowledged that rover data alone cannot definit
robotMars-roverspace-explorationplanetary-scienceNASAPerseverance-roverastrobiologyWhile U.S. stalls, Australia and Anduril move to put XL undersea vehicle into service
Australia, in partnership with defense startup Anduril, has successfully transitioned the extra-large uncrewed undersea vehicle (XLUUV) known as the "Ghost Shark" from concept to contract within three years—a milestone the U.S. Navy has struggled to achieve with its own XLUUV programs. Under a AUS$1.7 billion (US$1.1 billion) five-year contract, Australia will deploy a fleet of Ghost Sharks for long-range, stealthy surveillance and strike missions in Indo-Pacific waters starting next year. This contract includes delivery, maintenance, and ongoing development, marking a significant commitment by Australia to rapidly field advanced undersea capabilities amid rising regional tensions with China. The Ghost Shark program exemplifies a new defense procurement model, with Anduril co-developing and co-funding the vehicle alongside Australia, each contributing $50 million. The first prototype was delivered ahead of schedule in April 2024, and production is underway. Unlike the U.S. Navy’s Boeing
robotunmanned-underwater-vehicledefense-technologyautonomous-systemsmaritime-roboticsmilitary-dronesAnduril-Ghost-SharkZoox bets big, launches robotaxi service on Vegas Strip
Amazon subsidiary Zoox has launched its fully driverless robotaxi service on the Las Vegas Strip, marking a significant milestone after more than a decade of development. Zoox’s custom-built vehicles are unique in design, lacking traditional driver controls and featuring interior seating arranged to face each other, enhancing rider interaction. The company manufactures these robotaxis entirely in-house at its dedicated production facility, with a capacity of up to 10,000 vehicles annually. Initially, the service is free to riders to encourage adoption and gather feedback, with plans to introduce paid rides pending regulatory approval. Zoox has also established dedicated pickup zones with on-site concierges at key Las Vegas destinations and offers real-time app features such as vehicle identification, estimated pickup times, and ride summaries. Zoox is currently testing its robotaxis in San Francisco and Foster City, with future expansions planned for Austin and Miami. The company has driven over 2 million fully autonomous miles and completed more than 10 million autonomous trips, providing over 250
robotautonomous-vehiclesrobotaxiride-hailingtransportation-technologyAImobility-innovationHumanoids, AVs, and what’s next in AI hardware at TechCrunch Disrupt 2025
TechCrunch Disrupt 2025, taking place from October 27 to 29 at Moscone West in San Francisco, will gather over 10,000 startup and venture capital leaders to explore cutting-edge technology and future trends. A highlight of the event is a session focused on the future of AI hardware, particularly in robotics and autonomous systems. This session will feature live demonstrations and discussions on the advancements and challenges in developing humanoid robots and autonomous vehicles, emphasizing the integration of AI with real-world physics through simulation, sensors, and software infrastructure. Key speakers include Raquel Urtasun, founder and CEO of Waabi, and Jeff Cardenas, co-founder and CEO of Apptronik, who will share insights into the breakthroughs and bottlenecks in scaling intelligent machines safely and effectively. The discussion aims to provide a realistic and forward-looking perspective on how AI-driven robotics and autonomous platforms are evolving, highlighting their potential impact on industry, labor, and infrastructure. This session underscores the unique constraints and
robotautonomous-vehiclesAI-hardwareroboticshumanoid-robotssensorsautonomous-systemsAWS RoboMaker shuts down after failing to gain traction
Amazon Web Services (AWS) has officially discontinued RoboMaker, its cloud-based robotics simulation platform launched in 2018. RoboMaker enabled large-scale simulation using the open-source Gazebo physics engine, allowing users to run thousands of randomized environments and generate pass/fail metrics. However, the service failed to gain traction beyond its initial major customer, iRobot, which valued the ability to simulate diverse home environments for its Roomba robots. Sources familiar with RoboMaker indicated that the product was essentially developed for iRobot’s specific needs and lacked broader market fit, as most robotics companies require far fewer simulations and did not see enough value in the platform’s scale or cost. AWS has encouraged RoboMaker users to transition to AWS Batch, which supports multi-container workloads, offers better cost control through Spot instances, and integrates more flexibly with various compute environments. Unlike RoboMaker, Batch can handle any containerized workload and scale from small to large simulations, making it a more versatile solution for robotics development. Notably,
robotrobotics-simulationAWS-RoboMakercloud-roboticsautonomous-systemsAWS-Batchrobot-developmentASMPT chooses Renishaw for high-quality motion control - The Robot Report
ASMPT, a global leader in semiconductor assembly and packaging equipment, has partnered with Renishaw for over 25 years to enhance motion control solutions critical to semiconductor manufacturing. ASMPT operates worldwide and has expanded its capabilities through acquisitions of several equipment brands, enabling a broader range of process solutions. The companies have collaborated extensively on position encoder applications, customized solutions, and machine testing to meet the stringent demands of modern semiconductor packaging, which requires high position accuracy, stability, compact machine design, and quality control. ASMPT utilizes various Renishaw encoder products, including the ATOM DX, VIONiC incremental, and RESOLUTE absolute encoder series, in equipment such as the INFINITE 12-inch die bonder. This machine features precise epoxy dispensing and micron-level bond line thickness inspection, relying on high-performance encoders for motion control. A key challenge in back-end semiconductor manufacturing is minimizing the size and weight of readheads and interfaces, as machines may house up to twenty readheads. Renish
robotmotion-controlsemiconductor-packagingindustrial-automationposition-encodersprecision-engineeringmanufacturing-technologyZoox opens its Las Vegas robotaxi service to the public
Zoox, a company developing custom-built, all-electric autonomous robotaxis without steering wheels or pedals, has opened its Las Vegas robotaxi service to the public. While rides remain free for now, anyone over 18 can hail a Zoox vehicle via the company’s app at five designated pickup and drop-off points, including notable Las Vegas landmarks such as Resorts World, AREA15, Topgolf, New York New York, and Luxor. The service initially started as a limited pilot program earlier in 2023 and has since expanded its operational area along the Las Vegas Strip and nearby streets. Zoox plans to add more destinations in the coming months but must obtain regulatory approval before charging fares. The regulatory hurdle relates to a recent National Highway Traffic Safety Administration (NHTSA) decision allowing Zoox to demonstrate its unique vehicles on public roads despite lacking traditional vehicle controls like steering wheels. However, this exemption currently only permits demonstrations, not commercial operations. Zoox is also preparing for a similar public launch
robotautonomous-vehiclesrobotaxielectric-vehiclestransportation-technologymobilityZooxLyft and May Mobility launch robotaxis in Atlanta
Lyft and May Mobility have launched a pilot robotaxi service in Atlanta, allowing riders to hail autonomous vehicles via the Lyft app. This marks the first commercial deployment in their partnership and represents Lyft’s latest effort to establish a foothold in the competitive robotaxi market, where rivals like Uber and Waymo have already introduced fully driverless rides in the city. The initial rollout features a small fleet of hybrid-electric Toyota Sienna Autono-MaaS vehicles operating during weekday daytime hours in Midtown Atlanta, with human safety operators present who may take control if necessary. Lyft and May Mobility plan to gradually expand the service to more vehicles, extended hours, and additional markets over time. The Atlanta launch follows Lyft’s recent announcement to introduce robotaxis in Europe next year and plans for a Dallas deployment in 2026, signaling a broader strategy to scale autonomous vehicle services. However, Lyft’s robotaxi ventures have faced challenges, including a previous partnership in Las Vegas that ended when the partner company folded. Meanwhile, May
robotautonomous-vehiclesrobotaximobilitytransportation-technologyself-driving-carsLyftRendezvous Robotics exits stealth with $3M to build reconfigurable space infrastructure
Rendezvous Robotics, a company emerging from stealth mode with $3 million in pre-seed funding, aims to revolutionize space infrastructure by overcoming the traditional constraints imposed by rocket fairings on hardware size and assembly. Founded by Ariel Ekblaw, Phil Frank, and Joe Landon, the company is developing “tesserae,” modular, flat-packed tiles that can autonomously assemble, reconfigure, and scale space structures in orbit using magnetic docking and swarm robotics. Each tile is equipped with its own processor, sensors, and battery, designed for low-cost mass manufacturing. This technology promises to enable larger, more adaptable space structures such as antennas and solar arrays, which are critical for advanced communications and national security missions. The company has already demonstrated its tile prototypes on Blue Origin’s New Shepard and aboard the International Space Station (ISS), validating autonomous docking and reconfiguration capabilities. Rendezvous Robotics plans to conduct further demonstrations on the ISS in early 2026 and subsequently deploy a mission outside the ISS
robotspace-roboticsmodular-roboticsautonomous-assemblyspace-infrastructureelectromagnetic-dockingsatellite-technologyLockheed Martin and BAE Systems reveal hybrid drone-missile design
Lockheed Martin and BAE Systems have announced a unique collaboration between their secretive research units—Lockheed Martin Skunk Works and BAE Systems’ FalconWorks—to develop a new type of modular, rapidly deployable uncrewed aerial platform. Revealed at the Defense and Security Equipment International (DSEI) exhibition in London, the initial drone aims to be cost-effective with multiple launch options including air drop, ground, maritime, and wide-body logistics aircraft launches. The focus is on electronic warfare and attack capabilities designed to disrupt adversaries and enhance the survivability of crewed combat aircraft, complementing ongoing separate fighter jet development programs by both companies. This partnership is notable because drone platforms are typically developed independently, unlike crewed fighter jets. By combining expertise, Lockheed Martin and BAE Systems seek to quickly produce affordable drone solutions that can operate alongside or protect manned fighters. The conceptual drone design resembles a missile, optimized for low radar signatures with long, narrow wings and potential swarm capabilities,
robotdrone-technologyunmanned-aerial-systemselectronic-warfaredefense-technologyLockheed-MartinBAE-SystemsUS scientists achieve robot swarm control inspired by birds and fish
US scientists have developed a novel framework for controlling robotic swarms inspired by the collective behaviors of birds, fish, and bees. The research addresses a central challenge in swarm robotics: creating a decentralized control mechanism that allows robots to coordinate effectively without a central leader. By introducing a new geometric design rule based on a quantity called “curvity,” which acts like an intrinsic charge influencing how robots curve in response to external forces, the team demonstrated that assigning positive or negative curvity values to individual robots can govern their interactions. This curvature-based control enables the swarm to exhibit different collective behaviors such as flocking, flowing, or clustering. The researchers successfully validated their approach through experiments showing that these simple, physics-inspired rules scale from pairs of robots to thousands, and can be embedded directly into the mechanical design of robots. This method simplifies swarm control from a complex programming challenge into a material science problem, potentially broadening applications from large industrial or delivery robots to microscopic robots used in medical treatments like targeted drug delivery.
robotswarm-intelligencedecentralized-controlartificial-intelligenceroboticsswarm-roboticsbio-inspired-roboticsHow BrainCo robotic hands are changing lives - The Robot Report
BrainCo, a company founded in 2015 and incubated by Harvard Innovation Lab, has developed an advanced non-invasive brain-computer interface (BCI) that enables users to control prosthetic hands with remarkable dexterity. The technology notably transformed the life of Jian, a teenager who lost his right arm in an accident. Using BrainCo’s Intelligent Bionic Hand, Jian regained the ability to perform complex tasks such as rock climbing and playing the piano, restoring both his physical capabilities and his sense of hope. The company’s latest product, the Revo 2 Dexterous Hand, is a lightweight (383 g) prosthetic capable of generating a grip force of 50 newtons, allowing it to lift up to 20 kg. It features biomimetic joint optimization, precision transmission, and a 3D tactile sensing system that can perceive hardness, texture, force direction, and distance, enabling delicate tasks like lighting a match. The device operates quietly (below 50 decibels)
robotroboticsprostheticsbrain-computer-interfacebionic-handhumanoid-robotstactile-sensingUS DARPA Ready To Fund Biohybrid Robots
The US Defense Advanced Research Projects Agency (DARPA) is actively seeking companies engaged in developing biohybrid robots—robots that combine synthetic and biological components. This initiative aims to push the boundaries of current robotics technology by integrating living tissues with mechanical systems, potentially leading to more adaptable, efficient, and versatile robotic platforms. DARPA’s funding call highlights its commitment to advancing robotics research beyond existing capabilities, encouraging innovation in the creation of hybrid systems that leverage the strengths of both biological and synthetic elements. This move could open new avenues in robotics applications, including enhanced mobility, self-repair, and responsiveness, although specific project details and timelines were not provided in the article.
robotbiohybrid-robotsDARPAsynthetic-biologyrobotics-researchadvanced-roboticsbio-roboticsTesla is seeking permits to offer ride-hail services at Silicon Valley airports
Tesla has initiated inquiries with the San Francisco, San Jose, and Oakland airports regarding permits to operate a ride-hailing service at these locations. This move coincides with Tesla’s recent launch of a limited charter service in California, which currently lacks the necessary permits to function as a full ride-hail or robotaxi network. While Tesla’s Full Self-Driving (FSD) software is being used in these charter rides, it remains a supervised driver assistance system requiring driver attention and is not fully autonomous. To expand into a broader ride-hail service in California, Tesla must obtain permits from the California Public Utilities Commission and potentially the Department of Motor Vehicles (DMV), which is presently challenging Tesla’s self-driving claims and vehicle sales in the state. Airports represent a lucrative market for ride-hailing and autonomous vehicle services, as demonstrated by companies like Waymo, which has operated autonomous rides at Phoenix’s Sky Harbor International Airport for two years and recently received approval to do so at San Jose airport. Tesla
robotautonomous-vehiclesTeslaride-hailingFull-Self-Drivingrobotaxitransportation-technologyWhere top VCs are betting next: Index, Greylock, and Felicis share 2026 priorities at TechCrunch Disrupt 2025
At TechCrunch Disrupt 2025, a prominent panel of venture capitalists from Index Ventures, Greylock, and Felicis will share their investment priorities for 2026 and beyond. Nina Achadjian of Index Ventures is focusing on automating overlooked industries with investments in AI, robotics, and vertical SaaS. Jerry Chen from Greylock is backing product-driven founders working in AI, data, cloud infrastructure, and open source technologies. Viviana Faga of Felicis brings extensive experience in scaling go-to-market SaaS, category creation, and brand strategy, highlighting sectors that are gaining traction. The panel offers early-stage founders valuable insights into the emerging sectors and innovations attracting “smart money,” including AI, data, cloud, and robotics. This session provides a rare opportunity for entrepreneurs to understand how top VCs are shaping the next wave of investments. TechCrunch Disrupt 2025 will take place from October 27–29 at Moscone West in San Francisco, with early pricing available until
robotAIautomationventure-capitalstartupstechnology-investmentscloud-infrastructureDisaster-response robot cuts wooden plank with handheld saw in secs
The Korean Atomic Energy Research Institute (KAERI) has developed ARMstrong Dex, a human-scale, dual-arm hydraulic robot designed specifically for disaster-response scenarios. A recent video demonstrates the robot’s ability to cut through a thick wooden beam (40 x 90 mm) using a handheld saw within seconds, highlighting its precision, continuous control, and dexterity without relying on powered tools. This capability is crucial for operating in disaster zones where power outages and obstructive debris are common, and where robots must perform tasks like cutting, drilling, and lifting with high accuracy to avoid further harm or structural instability. ARMstrong Dex is engineered to handle extreme conditions such as unstable terrain, toxic environments, and limited visibility. It features caterpillar tracks for mobility, can lift up to 441 pounds (200 kg) across both arms, and has demonstrated strength through tests like lifting 88 pounds (40 kg) with one arm and performing weighted pull-ups. Beyond raw power, the robot also exhibits fine motor skills, as
robotdisaster-response-robothydraulic-robothumanoid-robotrobotic-dexterityindustrial-robotrobotic-manipulationIntuition Robotics partners with Kanematsu to bring ElliQ to Japan - The Robot Report
Intuition Robotics, the developer of ElliQ—an AI-powered social robot designed to support older adults—has announced its expansion into the Japanese market through a partnership with Kanematsu Corp., a major trading company. This marks Intuition Robotics’ first international expansion outside the U.S. Kanematsu has also invested in the Israeli company, increasing Intuition Robotics’ total equity funding to $85 million. The collaboration aims to co-develop, localize, and distribute ElliQ in Japan by 2026, addressing Japan’s rapidly aging population and the resulting shortage of caregiving personnel. Kanematsu plans to leverage its extensive network of over 20,000 business partners to build ElliQ into a comprehensive platform supporting older adults’ lives. ElliQ is designed as a proactive companion that goes beyond simple conversational AI by engaging users based on their goals, remembering past interactions, and encouraging participation in daily activities to stimulate both mind and body. It offers features such as medication reminders, health management support
robotAIelderly-caresocial-robotJapan-markethealthcare-technologyrobotics-innovationServe Robotics acquires assets of Voysys to support autonomous delivery - The Robot Report
Serve Robotics Inc., a company specializing in sidewalk delivery robots, has acquired the assets of Phantom Auto Inc. and its subsidiary Voysys AB for approximately $5.75 million in cash. Voysys, founded in 2014 and based in Norrköping, Sweden, is known for its ultra-low-latency video streaming, connectivity, and teleoperation technology critical for autonomous vehicles and robots. This acquisition enhances Serve Robotics' technology stack to support its expanding fleet, which currently operates in five cities and aims to reach six by year-end. Serve Robotics was already a customer of Voysys before Phantom Auto's bankruptcy and recognized Voysys' superior technology as essential for scaling reliable teleoperation and connectivity for Level 4 autonomous systems. Voysys will continue to operate as a standalone entity within Serve Robotics’ Software & Data Services platform, focusing on monetizing its proprietary technologies and maintaining global client relationships, including partnerships with a European commercial vehicle manufacturer, an autonomous trucking company, and an agricultural robotics firm. Voy
robotautonomous-deliveryteleoperationlow-latency-connectivityvideo-streamingServe-RoboticsVoysysLife-saving drones tested to reach patients faster than ambulances
Researchers at the University of Warwick, in partnership with the Welsh Ambulance Services NHS Trust and drone company SkyBound, have developed and tested a drone delivery system to provide Automated External Defibrillators (AEDs) directly to cardiac arrest patients. In the UK, over 40,000 out-of-hospital cardiac arrests occur annually, with survival rates below 10%. Early use of CPR and AEDs can double survival chances, but bystanders often struggle to locate AEDs quickly, especially in remote or rural areas where ambulance response times are delayed. The tested system uses a DJI M300 drone to deliver an AED suspended by a winch in response to emergency calls, potentially reducing response times significantly. Emergency simulations in challenging rural locations demonstrated that drones could safely fly long distances, maintain communication with emergency services, and reach patients faster than ambulances. However, the study found that once the AED arrived, there was an average delay of over four minutes before a shock was delivered, partly due to bystanders
robotdronesemergency-responsehealthcare-technologyUAVlife-saving-technologyremote-medical-deliverySam Altman says that bots are making social media feel ‘fake’
Sam Altman, a prominent figure in AI and social media, recently expressed concern that bots and AI-generated content have made social media platforms feel increasingly “fake.” His realization came while observing posts on the r/Claudecode subreddit, where many users praised OpenAI’s Codex. Altman noted that the posts seemed suspiciously uniform, making it difficult to discern genuine human contributions from bot-generated or coordinated content. He attributed this phenomenon to several factors, including humans adopting language patterns typical of large language models (LLMs), the highly correlated behavior of online communities, social media platforms’ optimization for engagement, monetization incentives, and potential astroturfing efforts by competitors. Altman’s reflections highlight a broader issue: the blurring line between authentic human interaction and AI-generated or influenced content on social media. He acknowledged that while some of the enthusiasm around OpenAI’s products is real, the overall environment feels artificial compared to a few years ago. This shift is partly due to the sophistication of L
robotartificial-intelligencesocial-media-botslarge-language-modelsOpenAIautomationonline-engagementMicrobot Medical secures FDA clearance for endovascular surgical robot - The Robot Report
Microbot Medical has received FDA 510(k) clearance for its Liberty endovascular surgical robot, marking it as the first FDA-cleared single-use, remotely operated robotic system designed for peripheral endovascular procedures. This clearance enables Microbot to commercialize Liberty in the U.S., targeting the approximately 2.5 million annual peripheral vascular procedures. The Liberty pivotal study demonstrated a 100% success rate in robotic navigation to target sites, zero device-related adverse events, and a significant 92% reduction in radiation exposure for physicians, highlighting its potential to improve procedural safety and efficiency. Liberty offers a compact, single-use solution that allows interventional physicians to perform neurovascular, cardiovascular, and peripheral vascular procedures remotely, aiming to enhance precision and reduce costs. Microbot also recently secured a patent for a modular robotic surgical system, which could allow future adaptations of Liberty to a broader range of endovascular procedures. With 12 patents granted globally and 57 pending, Microbot is positioning itself to expand its robotic
robotsurgical-robotendovascular-proceduresmedical-roboticsFDA-clearanceremote-operationhealthcare-technologyAtomic clocks may keep Air Force drone swarms flying without GPS
The US Air Force is developing advanced position, navigation, and timing (PNT) systems using atomic clock technology to enable swarms of small drones to operate effectively in GPS-denied or jammed environments. Central to this effort is the Joint Multi-INT Precision Reference (JMPR) testbed, which incorporates a Next Generation Atomic Clock (NGAC) capable of single-digit picosecond stability and sub-nanosecond accuracy. This extreme timing precision allows drones to synchronize movements, share data seamlessly, and maintain formation without relying on vulnerable satellite signals, addressing challenges posed by adversaries’ GPS jamming and spoofing tactics observed in conflicts like the war in Ukraine. The Air Force envisions a decentralized, open PNT architecture where drones use onboard sensors and relative positioning to create local reference frames, enabling “cold-start, progressively enhanced PNT.” This approach allows swarms to establish timing and spatial awareness from zero reference and improve accuracy as more drones join the network, ensuring resilience in contested airspace
robotdrone-technologyatomic-clocksnavigation-systemsGPS-alternativesmilitary-technologyprecision-timingNeura Robotics Says Consumer Robots Coming Soon
Neura Robotics demonstrated their 4NE1 robot, which is capable of sorting laundry, at the IFA 2025 event. This showcase highlights the company's advancements in robotic technology aimed at household tasks. Beyond this specific product, Neura Robotics has announced plans to introduce consumer-affordable robots in the near future, signaling their intent to make robotic assistance more accessible for everyday users. The company's presentation at IFA 2025 underscores a broader vision of integrating robots into daily life, moving beyond industrial or specialized applications toward practical home use. While details on the upcoming consumer robots remain limited, Neura Robotics' announcement suggests a forthcoming expansion in the availability and functionality of personal robotics.
robotconsumer-robotsrobotics-technologyNeura-Roboticshome-automationIFA-2025laundry-robotUniversal Robots designs UR8 Long for space-constrained tasks - The Robot Report
Universal Robots (UR) has introduced the UR8 Long, a new collaborative robot arm designed to extend reach and automate more complex welding and industrial tasks, especially in space-constrained environments. With a reach of 1,750 mm—matching the larger UR20 model—but featuring a slimmer profile and 30% less mass, the UR8 Long offers a payload capacity of 8 kg, making it suitable for applications such as precision dunnage picking, multi-point inspections, and complex weldments. The robot supports both PolyScope 5 and PolyScope X software and can be enhanced with UR’s MotionPlus technology for improved motion control, enabling smoother trajectories and integration with external axes like linear rails and rotary positioners. The UR8 Long aims to improve productivity and safety by simplifying programming through upgraded freedrive capabilities, allowing users to manually guide the arm with precision. Its compact wrist design facilitates mounting on gantries or overhead systems, optimizing space and efficiency. Universal Robots emphasizes the cobot’s suitability for
robotcollaborative-robotindustrial-automationcobotrobotic-armmotion-controlwelding-automationWorld's First Laser Weapon
The article introduces the Apollo, the world’s first operational laser weapon with a power output of 100 kilowatts. Designed primarily for defense against drone swarms, the Apollo can reportedly neutralize up to 50 drones per minute. This capability marks a significant advancement in directed-energy weapons, offering rapid, precise, and cost-effective countermeasures compared to traditional projectile-based systems. The Apollo’s deployment signals a transformative shift in modern warfare, emphasizing the growing role of laser technology in military defense. Its ability to engage multiple targets quickly could redefine battlefield strategies, particularly in countering unmanned aerial threats. However, the article does not provide detailed technical specifications or discuss potential limitations, leaving some aspects of its operational effectiveness and broader implications for future combat scenarios unclear.
robotenergylaser-weapondefense-technologymilitary-technologydirected-energy-weaponsTesla's '2.5 gen' Optimus humanoid stumbles through its first demo
Tesla recently showcased an updated version of its Optimus humanoid robot, dubbed "version 2.5," clarifying that this iteration is an intermediate upgrade rather than a new generation. The gold-colored robot demonstrated limited real-world capabilities in a brief demo featuring xAI’s Grok voice assistant. During the demo, the robot responded hesitantly to voice commands and walked slowly, with Elon Musk noting it was still cautious about spatial awareness and would eventually move faster. Despite these incremental improvements, the robot showed little evidence of advanced autonomy or dexterous manipulation, and the video ended before any object retrieval was attempted. Visually, Optimus 2.5 features a smoother, more cohesive exterior with rounded edges, better-covered joints, and fewer visible seams and wires, marking a shift toward a more human-like silhouette. These design refinements aim to enhance both the robot’s mobility and its readiness for human environments. Tesla continues to emphasize Optimus as a key part of its long-term strategy, pairing
robothumanoid-robotTesla-Optimusrobotics-demoAI-assistantautomationbipedal-robotUS Navy ships to get 13,600-lb robot guns firing 75 bullets a second
The US Navy continues to rely heavily on the MK 15 Phalanx Close-In Weapon System (CIWS), a 13,600-pound autonomous robot gun platform designed to defend warships against incoming missiles, aircraft, and asymmetric threats such as fast surface craft and drones. Raytheon recently secured a $205 million contract modification to upgrade and maintain the Phalanx system through January 2029. Since its introduction in 1980, the Phalanx has undergone continuous modernization, with the latest Block 1B variant featuring enhanced radar and electro-optical sensors, enabling it to independently detect, track, engage, and assess kills without external input. The Phalanx mounts an M61A1 Vulcan Gatling gun capable of firing up to 4,500 rounds per minute against missiles and aircraft, or 3,000 rounds per minute against smaller targets, with magazines holding 1,550 rounds each. Its radar-directed, detect-through-engage capability allows it to operate effectively
robotautonomous-weaponsnaval-defenseradar-guided-systemselectro-optical-sensorsmilitary-technologyclose-in-weapon-systemUber and Momenta to test autonomous vehicles in Germany in 2026
Uber and Chinese autonomous vehicle startup Momenta plan to begin testing robotaxis in Munich, Germany, in 2026, marking their first publicly announced deployment in continental Europe. The initial tests will feature human safety operators onboard to monitor and intervene if necessary. Uber selected Munich due to its strong engineering heritage and automotive ecosystem, highlighting Germany’s historical influence on the global automotive industry. This move positions Uber in direct competition with other ride-hailing companies like Lyft, which is partnering with Baidu to deploy robotaxis across Europe starting next year. Momenta, founded in 2016 and based in Beijing, is a leading player in China’s autonomous vehicle market, with ongoing operations in Shanghai and partnerships with major automakers such as Mercedes-Benz, BMW, and Audi for advanced driver assistance systems (ADAS). The company’s ADAS technology is already installed on 400,000 vehicles worldwide. To launch in Germany, Momenta must obtain regulatory approval by demonstrating that its vehicles meet safety standards and defining geo-fenced operating
robotautonomous-vehiclesrobotaxiLevel-4-autonomyADASmobility-technologyself-driving-carsUS F-15E jets get laser-guided precision rockets to eliminate drones
The U.S. Air Force has successfully integrated the AGR-20F Advanced Precision Kill Weapon System II, a laser-guided rocket system, into F-15E Strike Eagle fighter jets to enhance their capability against unmanned aerial systems (drones). Following a similar project completed for the F-16 Fighting Falcon in 2024, the F-15E underwent operational flight testing with live fire exercises over land and water, demonstrating the new weapon’s precision and effectiveness. The integration aimed to provide a cost-effective counter-drone solution, with Strike Eagles deploying the AGR-20F in an active geographic combatant command area shortly after testing. The project was expedited by the Air Force Seek Eagle Office (AFSEO) at Eglin Air Force Base, overcoming challenges such as the lack of an existing mount for the rockets on the F-15E. This required designing, installing, and integrating new mounts while simultaneously conducting airworthiness and operational tests. Under strong leadership prioritizing the weapon’s rapid deployment
robotdefense-technologydrone-countermeasureslaser-guided-weaponsmilitary-roboticsprecision-weaponryunmanned-aerial-systemsHow does NVIDIA's Jetson Thor compare with other robot brains on the market? - The Robot Report
NVIDIA recently introduced the Jetson AGX Thor, a powerful AI and robotics developer kit designed to deliver supercomputer-level artificial intelligence performance within a compact, energy-efficient module consuming up to 130 watts. The Jetson Thor provides up to 2,070 FP4 teraflops of AI compute, enabling robots and machines to perform advanced “physical AI” tasks such as perception, decision-making, and control in real time directly on the device, without dependence on cloud computing. This capability addresses a major challenge in robotics by supporting multi-AI workflows that facilitate intelligent, real-time interactions between robots, humans, and the physical environment. The Jetson Thor is powered by the comprehensive NVIDIA Jetson software platform, which supports popular AI frameworks and generative AI models, ensuring compatibility across NVIDIA’s broader software ecosystem—from cloud to edge. This includes tools like NVIDIA Isaac for robotics simulation and development, NVIDIA Metropolis for vision AI, and Holoscan for real-time processing. The module’s high-performance
robotAINVIDIA-Jetsonrobotics-hardwareedge-computingphysical-AIAI-inference5,700-ton military vessel to get high-performance combat system
The British Royal Navy’s new Type 31 Inspiration-class frigates, starting with HMS Venturer, will be equipped with Thales’ high-performance TACTICOS Combat Management System (CMS). Thales, a French company, recently completed Factory Acceptance Tests (FATs) for both the Mission System and Combat System, marking a significant milestone in the Type 31 program. TACTICOS serves as the operational core of these 5,700-ton frigates, integrating sensor control, situation assessment, weapon control, and decision-making functions to enhance combat effectiveness. Its advanced capabilities include automated, rule-based identification and classification, supported by an artificial intelligence core that operates in automatic, semi-automatic, or manual modes at both the ship and task group levels. The successful FAT completion reflects strong collaboration between Thales, Babcock, and other industry partners, ensuring a world-class combat system tailored to the evolving needs of the Royal Navy. Following the FATs, the program will proceed to land-based testing
robotartificial-intelligencecombat-systemnaval-technologyautomated-identificationsensor-integrationmilitary-roboticsNHTSA Rule Changes Favor Autonomous Cars - CleanTechnica
The National Highway Traffic Safety Administration (NHTSA) is proposing significant updates to the Federal Motor Vehicle Safety Standards (FMVSS) to accommodate the rise of autonomous vehicles (AVs) that operate without human drivers. Current FMVSS rules, established decades ago, mandate features like accelerator pedals, brake pedals, and steering wheels, which are irrelevant for fully autonomous cars. Recognizing this, NHTSA announced plans to modernize these standards by removing requirements tied to manual controls, thereby reducing costs and enhancing safety for AVs. The proposed rule changes specifically target FMVSS No. 102, 103, 104, and 108, which cover transmission controls, windshield defrosting and wiping systems, and vehicle lighting—areas that assume human driver interaction. Beyond technical adjustments, NHTSA’s initiative aims to create a unified national regulatory framework that supports innovation while prioritizing safety. The agency emphasizes preventing a fragmented patchwork of state laws and regulations that could hinder the deployment of autonomous
robotautonomous-vehiclesNHTSAautomated-driving-systemstransportation-innovationvehicle-safety-standardsFMVSSRonovo Surgical’s Carina robot gains $67M boost, J&J deal
Ronovo Surgical, a Shanghai-based company, has secured $67 million in its Series D financing round, led by Johnson & Johnson’s corporate venture capital arm, JJDC. This latest funding adds to previous rounds, bringing Ronovo’s total capital raised to over $100 million in 2025. Alongside the financing, Ronovo entered a targeted collaboration with Johnson & Johnson to promote commercialization of its Carina modular robotic surgery platform in China. The partnership aims to provide hospitals in parts of China access to Carina’s technology combined with complementary J&J MedTech surgical tools. The Carina platform, unveiled in February 2023, is a modular, configurable robotic system designed to assist laparoscopic surgeries across multiple specialties, including general surgery, gynecology, urology, and thoracic surgery. It addresses key challenges in minimally invasive procedures by offering surgeons flexibility in instrument choice and anatomical access. In March 2025, Carina received approval from China’s National Medical Products Administration (NMP
robotsurgical-robotmedical-roboticsRonovo-SurgicalCarina-platformmodular-roboticsrobotic-surgeryMusk’s $1T pay package is full of watered-down versions of his own broken promises
Tesla has proposed an unprecedented $1 trillion compensation package for CEO Elon Musk, tied to ambitious company milestones over a 10-year period. However, many of these targets are significantly scaled-back versions of Musk’s earlier promises. For example, Musk once claimed Tesla would produce 20 million electric vehicles annually by 2030, but the new goal is to deliver 20 million vehicles total by 2035—a much less aggressive target reflecting slowed sales growth and the cancellation of planned expansions like a Mexican factory. Similarly, the package includes a target of having one million robotaxis in commercial operation, a far cry from Musk’s 2019 claim that Tesla would have one million robotaxis on the road by 2020. The new goal allows for a “daily average aggregate” of one million robotaxis operating over three consecutive months, including customer-owned Teslas using Full Self-Driving software, despite Musk’s admission that many vehicles lack the hardware needed for full autonomy. While Tesla’s board frames the package as
robotelectric-vehiclesTeslaautonomous-vehiclesrobotaxienergyelectric-transportationWorld’s Smallest Military Spy Drone
The Black Hornet 4 Nano UAV is currently the world’s smallest military drone, weighing just 70 grams. It is specifically designed to provide soldiers with enhanced situational awareness in challenging environments such as rooftops, alleys, and frontline combat zones. Equipped with upgraded sensors, AI-powered tracking, and stealth capabilities, this compact drone offers critical reconnaissance advantages in modern warfare. Its advanced features include thermal vision for operations in complete darkness and secure datalinks that maintain communication even in electronically jammed environments. The Black Hornet 4 is actively transforming military engagements in conflict zones like Ukraine and Afghanistan, representing a significant evolution in drone warfare by delivering real-time intelligence and improving soldier safety on the battlefield.
robotmilitary-droneAI-trackingnano-UAVsurveillance-technologythermal-visiondrone-warfareTesla Board Offers $1 Trillion To Get Musk To Pay Attention To Business - CleanTechnica
The Tesla board of directors has proposed an unprecedented compensation plan for Elon Musk that could make him the first person to earn $1 trillion from a single company. The plan, detailed in a recent SEC filing, ties Musk’s payout to achieving 12 market capitalization milestones—culminating in a company valuation of $8.5 trillion within ten years—and 12 operational goals, including selling 20 million vehicles and delivering one million Optimus robots. To qualify for the shares, Musk must remain at Tesla in a senior executive role, though he does not have to be CEO, allowing him flexibility to pursue his other ventures such as SpaceX, xAI, Neuralink, and the Boring Company. This compensation package follows controversy over Musk’s previous 2018 deal, which a Delaware judge ruled excessive and harmful to shareholders. Tesla recently amended its bylaws to prevent minority shareholders (those owning less than 3%) from suing over matters like executive pay, effectively limiting challenges to Musk’s compensation. The
robotenergyTeslaElon-Muskautonomous-vehicleselectric-vehiclescorporate-governanceZoox plans for scalability with robotaxi serial production facility - The Robot Report
Zoox Inc., founded in 2014 and now an Amazon self-driving venture, has developed custom-built robotaxis designed without traditional driver controls to prioritize passenger comfort. To support scalable production of these unique autonomous vehicles, Zoox opened its own serial production facility in Hayward, California. Unlike traditional automakers, Zoox maintains full control over its manufacturing process, integrating engineering, software/hardware integration, assembly, component storage, shipping, and end-of-line testing within one facility. Senior director Michael Lemperle, with extensive automotive manufacturing experience, emphasizes Zoox’s focus on the entire ride experience, which drives their distinct approach to vehicle production. Zoox’s production line differs significantly from typical OEM assembly lines by powering up vehicles early in the process to run continuous diagnostics on every installed component. This rigorous integration testing ensures correct connections, firmware versions, and fault detection throughout assembly, contrasting with traditional automakers who perform limited electrical diagnostics late in production. While this approach increases assembly time—taking about 20
robotautonomous-vehiclesrobotaximanufacturingassembly-linesoftware-integrationdiagnosticsScientists turn sperm into microrobots to advance infertility care
Researchers at the University of Twente’s TechMed Centre have developed a novel technique to transform human sperm cells into magnetically controlled microrobots that can be tracked and steered inside a life-sized anatomical model using X-ray imaging. By coating sperm with magnetic nanoparticles, the team overcame the challenge of sperm’s invisibility under conventional imaging, enabling real-time visualization and precise navigation within the body. This breakthrough merges the natural mobility and flexibility of sperm with advanced robotics, opening new possibilities for targeted drug delivery and diagnostic applications in hard-to-reach reproductive areas. The technology holds promise for revolutionizing treatments of uterine conditions such as cancer, endometriosis, and fibroids by enabling minimally invasive, site-specific drug delivery. Additionally, tracking sperm movement in real time could enhance understanding of fertilization processes, unexplained infertility, and improve assisted reproductive techniques like IVF. Safety tests indicate that the sperm-nanoparticle clusters are biocompatible, showing no significant toxicity to human uterine cells after
robotmicrorobotsmedical-roboticsdrug-deliverymagnetic-nanoparticlesinfertility-treatmentbiomedical-engineeringTesla Optimus Disappoints Internet
The recently released footage of Tesla’s Optimus robot on social media platform X (formerly Twitter) has been met with disappointment from viewers. Despite Tesla’s significant emphasis on Optimus as a key future product, the new visuals failed to impress the internet audience, raising concerns about the robot’s current capabilities and readiness. This negative reception could have implications for Tesla, which has been banking on Optimus to play a major role in its product lineup and technological innovation. The skepticism expressed online may reflect broader doubts about the timeline and feasibility of Optimus meeting Tesla’s ambitious goals, potentially impacting investor and public confidence in the project’s progress.
robotTesla-Optimushumanoid-robotrobotics-technologyAI-roboticsautomationTeslaOctopus-Inspired artificial muscles boost underwater drones efficiency
Researchers at the University of Iowa have developed a novel approach to enhance the efficiency and maneuverability of underwater vehicles by mimicking the octopus's unique muscle structures. Their innovation involves integrating twisted spiral artificial muscles—synthetic coils inspired by octopus papillae muscles—into the wings of a small underwater hydrofoil. These coils, powered by small electric actuators, unspool in flowing water to reduce drag and increase lift, enabling the craft to move more smoothly and with up to 30% more lift and 10% less drag. This bioinspired design allows the vehicle to maintain stability and control even when sharply tilted against currents, addressing common challenges such as high energy consumption and limited maneuverability in underwater robotics. This research, led by Associate Professor Caterina Lamuta and funded by the U.S. Office of Naval Research, represents the first demonstration of an underwater flow-control device driven by twisted artificial muscles. The technology holds promise for a range of applications, including offshore energy, ocean exploration
robotartificial-musclesunderwater-dronesbioinspired-roboticsenergy-efficiencyactuatorsunderwater-vehiclesTesla shareholders to vote on investing in Musk’s AI startup xAI
Tesla shareholders are set to vote on a proposal to allow the company to invest in Elon Musk’s AI startup, xAI, which is positioned as a strategic move to bolster Tesla’s AI, robotics, and energy initiatives. The proposal, initiated by a shareholder with a modest stake, highlights Tesla’s recent integration of xAI’s Grok AI into its vehicles and argues that investing in xAI would secure advanced AI capabilities, drive innovation, and enhance shareholder value. Notably, Tesla’s board has taken a neutral stance on the proposal, which follows SpaceX’s commitment to invest in xAI amid speculation that the AI startup is struggling to secure outside funding. Some shareholders have expressed concerns that xAI could compete with Tesla, given Musk’s framing of Tesla as an AI company, though a related lawsuit was dismissed last year. This vote coincides with Tesla’s broader efforts to shift investor focus from challenges such as declining EV sales and a slow robotaxi rollout toward its AI ambitions, including autonomous vehicles and the
robotAIautonomous-vehicleshumanoid-robotsenergyTeslainvestmentDelta Railroad Services unveils automated Rail Unloader Car - The Robot Report
Delta Railroad Services has introduced an automated Rail Unloader Car (RUC) designed to safely and efficiently unload continuous welded rail (CWR) strings up to 1,600 feet long from railcars. This innovation automates a traditionally manual, labor-intensive, and hazardous process, enabling precise and rapid offloading of rails directly onto the track bed. The company highlights that the RUC significantly improves unloading speed, reduces the risk of worker injuries by minimizing manual intervention, and is adaptable to various railcar types and rail sizes. The RUC operates as a self-contained system capable of handling tangents and curves without manual assistance, accelerating project timelines and enhancing overall safety. It is fully integrated to move freely across railroad networks like a railcar, offering superior versatility. Delta Railroad Services, part of the Salcef Group and based in Ashtabula, Ohio, emphasizes customer-focused design prioritizing operator comfort and safety. The company continues to support the expanding railroad infrastructure demands across the U.S. and North
robotautomationrail-industrysafetyinfrastructuremanufacturingtransportationTesla proposes new pay package for Elon Musk worth up to $1T
Tesla has proposed a new 10-year compensation plan for CEO Elon Musk that could be worth up to $1 trillion. The plan is tied to ambitious benchmarks, including increasing Tesla’s overall valuation from about $1 trillion to over $8 trillion. If approved, Musk would receive more than 423 million additional shares, increasing his control of the company to approximately 25%. This move comes amid challenges in Tesla’s core car business and Musk’s prior threats to leave if he did not gain more voting power. The proposal will be subject to a shareholder vote at Tesla’s upcoming annual meeting. Tesla framed the compensation plan as critical to advancing its broader vision of ushering in an era of “sustainable abundance” through innovative and affordable technologies at scale. The company emphasized Musk’s “singular vision” as essential to navigating what it calls a “critical inflection point” in society, referencing its recently published “Master Plan Part IV.” However, Musk himself has given limited acknowledgment to the plan, noting it
robotenergyTeslaautonomous-technologysustainable-energyelectric-vehiclesAI-roboticsWaymo Plans to Expand Further, Tesla Robotaxi App Launched — But Any Actual Expansion News? - CleanTechnica
The article discusses recent developments regarding robotaxi services from Waymo and Tesla, highlighting that despite announcements suggesting expansion, neither company has revealed concrete plans for immediate growth in service areas. Waymo’s recent statement, titled “Bringing Waymo to more people, sooner,” mainly reiterated its ongoing efforts to expand robotaxi availability across major U.S. cities and globally, without specifying new launch dates or locations. Currently, Waymo operates in over five major U.S. cities—including Phoenix, San Francisco Bay Area, Los Angeles, Austin, and Atlanta—and is preparing to enter Miami, Washington, D.C., and Dallas, while also testing in Tokyo. Tesla, on the other hand, has launched a new “Robotaxi” app, but it is presently functional only in the Austin and Bay Area metros where rides with safety drivers are available. Although Elon Musk has previously predicted widespread Tesla robotaxi deployment across the U.S. by the end of the year, such forecasts have been repeatedly delayed. The article notes
robotautonomous-vehiclesrobotaxiWaymoTeslaself-driving-carstransportation-technologyNeuralink performs first-ever brain implant surgeries in Canada
Neuralink has successfully performed its first brain-computer interface implant surgeries in Canada, marking a significant expansion of its clinical trials beyond the United States and the United Kingdom. Two patients with cervical spinal cord injuries underwent robotic-assisted implantation of Neuralink’s wireless brain device at the University Health Network (UHN) in Toronto as part of the CAN-PRIME Study. This study aims to assess the safety of the implant and surgical robot, and to determine whether individuals with paralysis can use their thoughts to control external devices such as cursors, text messaging, or robotic arms. Recruitment for the study is ongoing, including patients with cervical spinal injuries or amyotrophic lateral sclerosis (ALS). The implants hold promise for dramatically improving the quality of life for people with paralysis by enabling them to perform everyday tasks like checking emails or using smart home devices through thought control. The surgeries underscore Canada’s growing prominence in neurotechnology research, with UHN recognized as a leading center for surgical innovation. Neuralink, founded by Elon
robotbrain-computer-interfaceneural-implantsneurotechnologyrobotic-surgeryassistive-technologywireless-devicesNeuralink’s Bid to Trademark ‘Telepathy’ and ‘Telekinesis’ Faces Legal Issues
Neuralink, the brain implant company co-founded by Elon Musk, has encountered legal challenges in its attempt to trademark the terms "Telepathy" and "Telekinesis." The United States Patent and Trademark Office (USPTO) rejected Neuralink’s applications due to prior filings by Wesley Berry, a computer scientist and co-founder of tech startup Prophetic, who submitted trademark applications for "Telepathy" in May 2023 and "Telekinesis" in August 2024. Berry’s applications, filed as “intent-to-use,” describe software analyzing EEG data to decode internal dialogue for device control, though he has not yet commercialized products under these names. Additionally, the USPTO cited an existing trademark for Telepathy Labs, a company offering voice and chatbot technology, in its refusal to advance Neuralink’s application for "Telepathy." Neuralink has been using the name "Telepathy" for its brain implant product designed to enable paralyzed individuals to operate phones and computers via thought.
robotbrain-computer-interfaceneural-implantswearable-technologyEEG-analysisassistive-technologyhuman-machine-interactionWaymo cleared to offer robotaxi rides at San Jose airport
Waymo has received approval to begin offering its robotaxi services at San Jose Mineta International Airport, marking its first airport service in California. The company plans to start testing its autonomous vehicles at the airport in the coming months and aims to launch commercial rides by the end of 2025. This development follows Waymo’s earlier efforts to serve airports in the state, including a permit to manually map San Francisco International Airport earlier this year, although commercial service there has not yet been approved. Waymo has already established a strong presence at Phoenix Sky Harbor International Airport, where it began curbside pick-up and drop-off in late 2023 and expanded to 24/7 service by August 2024. The company reports having provided hundreds of thousands of trips to and from the Arizona airport, making it the most popular destination in Phoenix. Nationwide, Waymo operates over 2,000 robotaxis, with significant fleets in the Bay Area, Los Angeles, Phoenix, Austin, and Atlanta. The company
robotautonomous-vehiclesrobotaxiWaymotransportation-technologyself-driving-carssmart-mobilitySnake-like robot with tentacles set to transform offshore subsea jobs
A new underwater robot with a soft, tentacle-like arm has been developed by the UK’s National Robotarium in collaboration with Brazil’s Senai Cimatec, aiming to revolutionize offshore subsea inspections and maintenance. Measuring 3.3 feet (one meter) long, the robot’s flexible design allows it to bend and conform to complex underwater structures, enhancing safety and efficiency compared to traditional rigid robotic arms. Equipped with sensors to track its shape and position, the robot can perform precise inspection tasks near subsea infrastructure such as wind farms and pipelines, even in turbulent water conditions. Tested successfully in harsh environments at the National Robotarium’s wave tank, the robot demonstrated stability under forces up to 300 g and the ability to quickly regain its position after disturbances. This adaptability makes it suitable for deployment from underwater vehicles, potentially reducing reliance on divers and large vessels, thereby lowering safety risks, costs, and environmental impacts. The project underscores the importance of international collaboration, with both UK and Brazilian teams
robotunderwater-robotsoft-roboticsoffshore-inspectionsubsea-technologyenergy-infrastructurerobotic-tentaclesEmotional intelligence is ElliQ's core strength, says Intuition Robotics - The Robot Report
Intuition Robotics, founded in 2016 by Dor Skuler, developed ElliQ, an AI care companion robot designed to promote independence and healthy living among older adults. Skuler’s personal experiences caring for his grandfather highlighted the importance of emotional connection and personality in caregiving, beyond just technical skills. This insight led Intuition Robotics to focus on emotional intelligence as the core strength of ElliQ, aiming to create empathetic interactions that can address loneliness and provide meaningful companionship rather than merely performing physical tasks. Unlike many developers pursuing fully mobile humanoid robots, Intuition Robotics chose to create a stationary device that emphasizes social interaction and emotional engagement. ElliQ’s design centers on a “social interaction stack” that enables it to initiate conversations naturally and understand the nuances of human behavior and etiquette within the home environment. Skuler emphasized that true utility in caregiving robots requires blending seamlessly into the complexities of daily life, making ElliQ more of a friend or roommate than just a functional tool. The company’s approach reflects
robotAI-care-companionemotional-intelligencehuman-robot-interactionelder-care-technologysocial-robotsIntuition-RoboticsFigure humanoid robot masters dishwashing after folding laundry
Figure, a California-based robotics company, has advanced its humanoid robot, Figure 02, to perform the complex household task of loading a dishwasher with human-like precision. Powered by the company’s generalist Vision-Language-Action (VLA) model called Helix, the robot can carefully pick up, reorient, and arrange various dishes and glasses in the dishwasher with finger-level accuracy and minimal error tolerance. Remarkably, this capability was achieved without any new algorithms or task-specific programming; instead, the robot learned the task through additional data and observation of human actions, allowing it to recover gracefully from errors or collisions. This development builds on previous demonstrations where Figure 02 folded towels, rearranged packages, and placed garments into a washing machine using the same Helix AI model. The key innovation lies in Helix’s general-purpose architecture, which enables the robot to acquire diverse skills through data-driven learning rather than specialized engineering for each task. While the robot’s growing repertoire brings the vision of a
robothumanoid-robotAI-modelVision-Language-Actionhousehold-robotautomationroboticsNew coordination tech lets drone swarms fly faster without accidents
Researchers at Durham University have developed T-STAR (Time-Optimal Swarm Trajectory Planning), a new coordination technology that enables drone swarms to fly faster and safer by sharing data in real time. This system allows drones to make instant decisions, avoid collisions, and navigate complex environments at high speeds, overcoming a key limitation where drone groups previously had to slow down to prevent crashes. Early tests demonstrate that T-STAR improves mission speed, reliability, and precision, making drone swarms more effective for urgent tasks like search and rescue, disaster relief, and environmental monitoring. T-STAR’s real-time communication and collective decision-making capabilities allow drones to operate as an intelligent, coordinated swarm, opening new possibilities for their use in high-risk and time-sensitive scenarios. Beyond emergency response, the technology holds promise for industries such as logistics and agriculture, where large-scale autonomous drone operations could benefit from enhanced speed and safety. This advancement reflects a broader trend in drone swarm innovation, with other companies like Lockheed Martin, IBM
robotdrone-technologyswarm-roboticsautonomous-dronesreal-time-communicationcollision-avoidanceaerial-robotics#IJCAI2025 distinguished paper: Combining MORL with restraining bolts to learn normative behaviour - Robohub
The article discusses advancements presented at IJCAI 2025 concerning the integration of Multi-Objective Reinforcement Learning (MORL) with restraining bolts to enable AI agents to learn normative behavior. Autonomous agents, powered by reinforcement learning (RL), are increasingly deployed in real-world applications such as self-driving cars and smart urban planning. While RL agents excel at optimizing behavior to maximize rewards, unconstrained optimization can lead to actions that, although efficient, may be unsafe or socially inappropriate. To address safety, formal methods like linear temporal logic (LTL) have been used to impose constraints ensuring agents act within defined safety parameters. However, safety constraints alone are insufficient when AI systems interact closely with humans, as normative behavior involves compliance with social, legal, and ethical norms that go beyond mere safety. Norms are expressed through deontic concepts—obligations, permissions, and prohibitions—that describe ideal or acceptable behavior rather than factual truths. This introduces complexity in reasoning, especially with contrary-to-duty
robotartificial-intelligencereinforcement-learningautonomous-agentssafe-AImachine-learningnormative-behaviorMadrid’s Orbital Paradigm aims to prove a cheaper path to orbital reentry
Madrid-based startup Orbital Paradigm, founded by aerospace veteran Francesco Cacciatore and Víctor Gómez García, is developing a low-cost reusable reentry capsule aimed at enabling frequent orbital return missions. After initially focusing on in-space robotics, the company pivoted to building a minimal test capsule called KID—a 25-kilogram, 16-inch-wide vehicle without propulsion—designed to demonstrate survival through hypersonic reentry and data transmission from orbit. With under €1 million spent and a nine-person team, Orbital Paradigm plans to launch KID within months, carrying payloads for customers including French startup Alatyr and Germany’s Leibniz University Hannover. The capsule will not be recovered but aims to prove key reentry technologies at a fraction of the cost of larger systems like SpaceX’s Dragon. Orbital Paradigm targets markets that require repeated orbital flights, such as biotech companies developing materials and therapies in microgravity, which often need multiple tests per year. Unlike larger spacecraft
robotspace-technologyaerospaceorbital-reentryreusable-capsulemicrogravity-materialsspace-roboticsIs Tesla's Robot Manifesto Simply An Investment Hail Mary? - CleanTechnica
The article from CleanTechnica examines Tesla's current strategic direction in light of its recently published fourth "Master Plan," questioning whether Elon Musk's focus on robotics represents a desperate investment move amid slowing vehicle sales growth. The author, with 13 years of experience covering Tesla and Musk, notes a significant shift from Tesla's previous rapid and near-continuous sales growth to a plateau and eventual decline by mid-2025. Despite Tesla's continued success and large sales volumes, the company appears to be struggling to attract buyers at the same pace, as evidenced by increased consumer incentives and marketing changes—signs that contrast sharply with Tesla's earlier growth trajectory. This slowdown poses a fundamental challenge because Tesla's stock valuation is heavily predicated on hypergrowth and disruptive market dominance. While traditional automakers like Ford and GM have shown steady growth, Tesla's faltering sales and profits raise questions about whether its market capitalization remains justified. The article implies that Musk's pivot toward robotics, as outlined in the new Master Plan
robotTeslaElon-Muskautonomous-robotsrobotics-investmentrobot-manifestotechnology-innovationBMW Vision CE revealed with helmet-free and self-balancing design
At the IAA Mobility 2025 show, BMW Motorrad introduced the Vision CE, a concept electric motorcycle that reimagines urban two-wheel mobility with a helmet-free, self-balancing design. Drawing inspiration from BMW’s early-2000s C1 scooter, the Vision CE features a lightweight safety cage and four-point seatbelt system that protect riders without the need for helmets or bulky gear, aiming to make commuting safer and more accessible. The bike’s self-balancing capability enhances ease of use in city traffic by stabilizing the vehicle when stopped, reducing the intimidation factor for new riders. The Vision CE’s design emphasizes bold contrasts and futuristic aesthetics, combining a matte white body with black structural elements and neon red highlights, alongside exposed aluminum and a floating seat. While its styling is cyberpunk-inspired, it retains visual ties to BMW’s CE lineup, particularly the CE 04, suggesting some design elements could transition to production. Although specific performance details are not disclosed, the Vision CE is expected to build
robotelectric-vehicleself-balancing-technologyurban-mobilityBMW-Motorradelectric-motorcyclesafety-innovationInside China’s biggest military parade ever: A glimpse of future war
China’s largest-ever military parade showcased a sweeping array of advanced weaponry, highlighting the country’s rapid modernization and push toward a networked, high-tech military. Key new systems unveiled include the QBZ-191 assault rifle, which replaces the older QBZ-95 and offers improved range, precision, and adaptability with advanced optics. On the ground, China introduced three new armored vehicles: the Type 99B main battle tank, the new Type 100 tank—potentially its first fourth-generation tank featuring active protection systems and battlefield data integration—and the Type 100 infantry fighting vehicle equipped with reconnaissance drones and augmented reality goggles for enhanced situational awareness. Additionally, China displayed the PHL-16 (PCL-191) multiple rocket launcher system, comparable to the U.S. HIMARS, capable of firing various guided rockets and tactical ballistic missiles with ranges exceeding 350 kilometers. The parade also marked the first public concentrated display of China’s nuclear triad, encompassing land-, sea-, and air-based
robotmilitary-technologynetworked-warfareadvanced-weaponrydronesaugmented-realitydefense-systemsTechCrunch Disrupt 2025 finalizes the Builders Stage agenda with top scaling voices
TechCrunch Disrupt 2025, scheduled for October 27–29 at San Francisco’s Moscone West, has finalized the agenda for its Builders Stage, focusing on the practical aspects of building and scaling startups. This stage features founders, operators, and investors sharing tactical insights on topics ranging from securing initial funding to scaling go-to-market strategies and integrating AI effectively into businesses. Notable speakers include Elad Gil, known for early investments in major startups like Airbnb and Coinbase, as well as Discord’s Jason Citron, and investors from 01 Advisors, Mayfield, Precursor Ventures, Harlem Capital, MaC Venture Capital, Freestyle Capital, Insight Partners, Moxxie Ventures, and GV. The sessions promise candid conversations and live Q&A, covering critical startup phases such as pitching at the inception stage, closing seed rounds, and raising Series A funding. For example, early-stage investors Navin Chaddha and Charles Hudson will discuss how to pitch without a product or traction, while
robotAIstartupstech-innovationscalingfundraisinglive-demosRobotican unveils drone with cage-like body that rolls and flies
Israeli defense firm Robotican has introduced an armed version of its ROOSTER hybrid drone, a cage-like unmanned aerial system capable of both rolling on the ground and flying. Previously used primarily for intelligence, surveillance, and reconnaissance, the upgraded ROOSTER now carries a 300-gram precision-guided warhead, enabling it to perform surgical strikes in confined urban and subterranean environments such as buildings and tunnels. The drone’s protective cage design allows it to navigate stairs and narrow corridors, while rotors provide flight capability to overcome obstacles, giving operators enhanced access and strike readiness in complex terrain. Equipped with artificial intelligence for object detection, autonomous target tracking, and locking, the ROOSTER allows operators to designate targets for automatic engagement. Safety mechanisms prevent unintended activation, minimizing risks to friendly forces and civilians. Weighing 1.6 kilograms and capable of carrying various modular payloads—including spectral and thermal cameras, oxygen and radiation sensors—the drone offers up to 30 minutes of rolling endurance
robotdroneAIautonomous-systemsmilitary-technologyunmanned-aerial-vehiclesurveillanceAI-powered aerial robots capture wildfire smoke data with precision
Researchers at the University of Minnesota Twin Cities have developed AI-powered aerial robots—coordinated drone swarms equipped with sensors—that can fly directly into wildfire smoke plumes to collect high-resolution, real-time data. Unlike traditional drones, these robots use artificial intelligence to detect and track smoke, enabling them to gather multi-angle data and create 3D reconstructions of smoke dispersion. This detailed information helps scientists better understand smoke particle composition and movement, which is crucial since smaller particles can travel long distances and impact air quality far from the fire source. The system offers a cost-effective alternative to satellite monitoring and aims to improve predictive models for wildfire smoke behavior and hazard response. The technology addresses limitations in previous smoke modeling and field data collection by providing real-time flow pattern analyses and particle characterization through Digital Inline Holography. Beyond wildfires, the researchers envision applications for monitoring other airborne hazards like sandstorms and volcanic eruptions. Future goals include developing the system into a practical early fire detection tool to enable faster response
robotdrone-technologyartificial-intelligencewildfire-monitoringenvironmental-sensingaerial-roboticsair-quality-trackingWaymo expands to Denver and Seattle with its Zeekr-made vans
Waymo is expanding its autonomous vehicle operations to Denver and Seattle, introducing both its Jaguar I-Pace SUVs and Zeekr vans to these cities starting this week. Initially, the vehicles will be manually driven as Waymo tests its autonomous technology under the challenging weather conditions typical of these regions, such as snow, wind, and rain. The company aims to begin offering robotaxi services in Denver by next year and in the Seattle metropolitan area as soon as regulatory approval is granted. This expansion adds to Waymo’s growing presence across the United States, where it currently operates over 2,000 robotaxis, including large fleets in San Francisco, Los Angeles, Phoenix, Austin, and Atlanta. The company has also announced plans to launch commercial robotaxi services in Dallas and Miami and recently received permission to test in New York City. Beyond these core markets, Waymo has conducted exploratory “road trips” with its vehicles in cities like Philadelphia, Las Vegas, San Diego, Houston, Orlando, and San Antonio
robotautonomous-vehiclesWaymorobotaxielectric-vehiclestransportation-technologyself-driving-carsXpanner releases X1 autonomy retrofit kit to bring physical AI to construction - The Robot Report
Xpanner has launched its flagship X1 Kit, a physical AI-based retrofit system designed to enhance construction machinery by transforming existing equipment into “software-defined machinery” (SDM). The X1 Kit addresses key industry challenges such as labor shortages, safety risks, and inefficiencies by automating complex tasks across various brands and models without requiring new machinery purchases. The system has demonstrated significant improvements, including an 80% reduction in labor needs and a 50% decrease in operation time for pile driving in solar installations. Xpanner emphasizes that the X1 Kit continuously learns and adapts on the jobsite, creating a foundational AI infrastructure to boost productivity and reduce costs by over 50%. The X1 Kit integrates three core Xpanner technologies: Mango for precise machine control, M2 for environmental data processing and real-time command transmission, and a proprietary software platform that manages integration and user interaction with continuous remote updates. This task-specific automation approach focuses on individual construction tasks to collectively streamline entire workflows. Founded
robotconstruction-automationphysical-AIretrofit-kitsoftware-defined-machinerypile-drivingindustrial-roboticsTesla’s 4th ‘Master Plan’ reads like LLM-generated nonsense
Tesla recently released its fourth “Master Plan,” which outlines the company's ambition to lead global adoption of humanoid robots and sustainable energy. However, the plan has been widely criticized, including by CEO Elon Musk himself, for its lack of concrete details and specifics. Unlike previous master plans, this latest version is vague and generic, resembling AI-generated text filled with lofty but unclear statements. This vagueness may stem from Tesla’s incomplete progress on goals set in earlier plans, particularly the second and third master plans. The second master plan from 2016 included specific targets such as scaling a solar roof product worldwide, expanding Tesla’s vehicle lineup with a compact SUV, semitruck, pickup, and electric bus, and achieving full vehicle autonomy with a shared network. While Tesla succeeded with the Model Y compact SUV, other goals like the Tesla Semi, Cybertruck sales, electric buses, and full autonomy remain unfulfilled or only partially realized. The company is testing a limited robotaxi service but still requires safety drivers
robotenergyTeslaautonomous-vehiclessustainable-energysolar-roofelectric-vehiclesTesla’s fourth ‘Master Plan’ reads like LLM-generated nonsense
Tesla recently released its fourth “Master Plan,” outlining ambitions to lead global adoption of humanoid robots and sustainable energy. However, the plan has been widely criticized, including by CEO Elon Musk, for its lack of concrete details and specifics. Unlike previous master plans, this latest version reads as vague and generic, resembling AI-generated content filled with broad, idealistic statements rather than actionable goals. Musk acknowledged the criticism and promised more details in the future, though no timeline was provided. The article contrasts this with Tesla’s earlier master plans, which, despite ambitious goals, included clearer objectives and measurable targets. For example, the second master plan from 2016 promised a solar roof product and new vehicle types like a compact SUV and semi truck. While Tesla has made progress with the Model Y and its solar roof product, many goals remain unmet, such as fully autonomous vehicles and a shared vehicle network. The third plan focused on demonstrating a sustainable economy with detailed projections, yet much of it remains unrealized. Meanwhile
robotenergysustainable-energyhumanoid-robotsTeslaautonomous-vehiclessolar-roofTesla’s Dojo, a timeline
The article chronicles the development and evolution of Tesla’s Dojo supercomputer, a critical component in Elon Musk’s vision to transform Tesla from just an automaker into a leading AI company focused on full self-driving technology. First mentioned in 2019, Dojo was introduced as a custom-built supercomputer designed to train neural networks using vast amounts of video data from Tesla’s fleet. Over the years, Musk and Tesla have highlighted Dojo’s potential to significantly improve the speed and efficiency of AI training, with ambitions for it to surpass traditional GPU-based systems. Tesla officially announced Dojo in 2021, unveiling its D1 chip and plans for an AI cluster comprising thousands of these chips. By 2022, Tesla demonstrated tangible progress with Dojo, including load testing of its hardware and showcasing AI-generated imagery powered by the system. The company aimed to complete a full Exapod cluster by early 2023 and planned multiple such clusters to scale its AI capabilities. In 2023, Musk
robotAIsupercomputerTesla-Dojoself-driving-carsneural-networksD1-chipTesla Dojo: the rise and fall of Elon Musk’s AI supercomputer
Tesla’s Dojo supercomputer, once heralded by Elon Musk as a cornerstone of the company’s AI ambitions, has been officially shut down as of August 2025. Originally designed to train Tesla’s Full Self-Driving (FSD) neural networks and support autonomous vehicle and humanoid robot development, Dojo was central to Musk’s vision of Tesla as more than just an automaker. Despite years of hype and investment, the project was abruptly ended after Tesla decided that its second-generation Dojo 2 supercluster, based on in-house D2 chips, was “an evolutionary dead end.” This decision came shortly after Tesla signed a deal to source next-generation AI6 chips from Samsung, signaling a strategic pivot away from self-reliant hardware development toward leveraging external partners for chip design. The shutdown also involved disbanding the Dojo team and the departure of key personnel, including project lead Peter Bannon and about 20 employees who left to start their own AI chip company, DensityAI
robotAIautonomous-vehiclesTeslasupercomputerself-driving-technologysemiconductorAstro Teller, “Captain of Moonshots,” joins TechCrunch Disrupt 2025 this October
Astro Teller, known as the "Captain of Moonshots," will be a featured speaker at TechCrunch Disrupt 2025, taking place from October 27 to 29 at Moscone West in San Francisco. As the head of Alphabet’s X (the Moonshot Factory), Teller has led the organization for over a decade, overseeing groundbreaking projects such as Waymo (self-driving cars) and Wing (delivery drones). His leadership focuses on tackling ambitious, high-impact technological challenges, making him a prominent figure in innovation. Beyond his role at X, Teller is also a novelist, entrepreneur, investor, and academic, holding degrees from Stanford and Carnegie Mellon. His diverse background provides a unique perspective on the future of technology and innovation. With AI rapidly advancing and reshaping possibilities, his insights on thinking bigger, embracing failure, and building impactful solutions are particularly relevant. Attendees of Disrupt 2025 will have the opportunity to learn directly from Teller’s experience and vision, making the event a must
robotautonomous-vehiclesdronesinnovationAItechnologymoonshot-projectsHumanoid robots lack data to keep pace with explosive rise of AI
The recent International Humanoid Olympiad held in Olympia, Greece, showcased humanoid robots competing in sports like boxing and soccer, highlighting their growing capabilities. Despite these advances, humanoid robots remain significantly behind AI software in learning from data, with experts estimating they are roughly "100,000 years" behind due to limited data availability. Organizers and researchers emphasize that while AI tools benefit from vast datasets enabling rapid advancement, humanoid robots struggle to acquire and process comparable real-world data, which hinders their ability to perform complex, dexterous household tasks. Experts predict that humanoid robots may first find practical use in space exploration before becoming common in homes, a transition expected to take over a decade. To address this gap, researchers are exploring reinforcement learning techniques that allow robots to learn from real-time experiences rather than relying solely on pre-programmed actions. Additionally, innovative approaches such as developing biological computer brains using real brain cells on chips aim to enable robots to learn and adapt more like humans. The Olymp
robothumanoid-robotsartificial-intelligencerobotic-learningreinforcement-learningrobotic-brainrobotics-competitionChina arms tanks with AR headsets for instant 360-degree view
China is developing augmented reality (AR) headsets for armored vehicle crews, including those operating the ZTZ-201 medium tank and new combat support vehicles. These headsets provide a 360-degree, real-time view by linking to external cameras and sensors, effectively allowing crews to "see through" the tank’s armor, which traditionally limits visibility. The AR system overlays critical battlefield data such as vehicle status, ammunition levels, and targeting information directly onto a transparent heads-up display, enhancing situational awareness in various environments and operational conditions. The modular design suggests potential deployment across multiple vehicle platforms. Beyond vision enhancement, the AR headsets integrate weapon control, enabling gunners to aim by head movement or gaze focus, similar to the U.S. Army’s Apache helicopter targeting system. This feature promises faster reaction times and reduces cognitive load by allowing more intuitive operation. The system supports role flexibility within the crew and maintains distinct functionalities for commanders and drivers. Additionally, it facilitates networked warfare by enabling real-time sharing of
robotaugmented-realitymilitary-technologysensor-integrationbattlefield-awarenesshead-up-displayweapon-control-systemsBuild Your Own Bipedal Robot
The article introduces MEVITA, a bipedal robot designed to be constructed using readily available parts from e-commerce platforms such as Amazon. By leveraging commonly accessible components, MEVITA aims to democratize bipedal robotics research, making it feasible for hobbyists, students, and researchers without specialized resources to engage in this field. MEVITA is open-sourced, providing detailed instructions and design files to facilitate easy assembly and experimentation. This approach lowers the barrier to entry in bipedal robotics, encouraging broader participation and innovation. The project highlights the potential for accessible robotics development through the use of commercial off-the-shelf parts and open collaboration.
robotbipedal-robotroboticsopen-source-roboticsDIY-robotrobot-researche-commerce-partsHumanoid robot receptionist adds tech spark at SCO summit 2025
At the 2025 Shanghai Cooperation Organization (SCO) Summit in Tianjin, a Chinese humanoid robot named Xiao He served as a multilingual AI receptionist, assisting journalists and delegates by providing real-time information in Chinese, English, and Russian. Equipped with advanced emotional recognition, adaptive learning, and extensive knowledge databases, Xiao He facilitated smooth communication while maintaining cultural neutrality and factual accuracy. The robot guided attendees on summit logistics, such as media center locations and cultural activities, and even engaged in lighthearted interactions like serving ice cream to volunteers. Xiao He’s presence highlighted China’s growing emphasis on robotics as part of its technological and diplomatic strategy. Alongside Xiao He, China introduced Guanghua No. 1, an emotional AI humanoid capable of displaying humanlike emotions, underscoring the country's advancements in AI robotics. This demonstration at the SCO, coupled with China’s recent hosting of the World Humanoid Robot Games, signals the nation’s ambition to lead in the evolving robotics industry and integrate such technologies
robothumanoid-robotAI-assistantservice-robotemotional-recognitionadaptive-learningmultilingual-supportRevolutionizing Manufacturing with Smart Factories - The Robot Report
The article discusses the transformative impact of smart factories on the manufacturing industry, highlighting the transition from Industry 4.0 to the emerging Industry 5.0 paradigm. Industry 4.0 integrates digital innovation, automation, and data intelligence to optimize production, increase efficiency, reduce waste, and address labor shortages. Industry 5.0 builds on this by incorporating human-centered values to improve worker experience and generate broader societal benefits. Central to this evolution are advanced connector solutions provided by companies like Heilind Electronics and Hirose Electric, which enable seamless automation, data management, and system integration in modern manufacturing environments. The eBook “Empowering Smart Factories” by Hirose Electric, available through Heilind Electronics, emphasizes the critical role of innovative connectors such as the FunctionMAX and ix Industrial series. These connectors support high-speed data transmission, reliable power delivery, and compact design, meeting the rigorous demands of Industry 4.0 applications including robotics, drones, and industrial sensors. Additionally, the article underscores
robotIoTsmart-manufacturingautomationIndustry-4.0connector-solutionssustainabilityBoeing teases US Navy stealth jet with 25% more range than F-35
Boeing has unveiled its F/A-XX, a sixth-generation stealth fighter jet designed to replace the US Navy’s aging F/A-18 Super Hornets in the 2030s. The F/A-XX is notable for its carrier-ready design, including features like canards for improved low-speed agility during carrier landings, and a maximum operating range exceeding 1,700 miles—about 25% greater than the current F-35C Lightning II. This extended range is particularly significant for operations in the Pacific, where US carriers face threats from China’s long-range missiles. The aircraft is envisioned as a “quarterback” for unmanned drones, leveraging advanced AI to manage sensor data and extend operational reach, potentially covering an area larger than North America with aerial refueling. Boeing’s design contrasts with its main competitor, Northrop Grumman, whose concept prioritizes extreme stealth without canards. Boeing’s approach balances stealth with enhanced maneuverability and carrier compatibility, accepting a
robotartificial-intelligenceunmanned-aircraftstealth-technologyaerospace-engineeringmilitary-dronesnaval-aviationChina could turn treacherous stretch into minefield to trap submarines
A recent study by Chinese military scientists proposes transforming the underwater terrain around the Paracel Islands into a strategic submarine kill zone by deploying AI-powered, long-endurance mines in sonar "acoustic shadow zones." These zones, characterized by complex underwater topography where sound waves scatter or disappear, provide natural concealment for mines, enabling them to evade detection and selectively target enemy submarines. The research, published in the journal Technical Acoustics by experts from the People’s Liberation Army Dalian Naval Academy and Harbin Engineering University, highlights how leveraging these underwater features could create a covert defensive network to trap adversary submarines, particularly those of the US, which regularly operates in the region to challenge Chinese dominance. The Paracel Islands, controlled by China since 1974 but claimed also by Taiwan and Vietnam, have become a heavily militarized hub with airfields, ports, radar, and garrisons supporting China’s strategic operations in the South China Sea. The proposed minefield system would rely on
robotAIunderwater-minessubmarine-warfareacoustic-technologydefense-technologymilitary-roboticsUS Air Force invests $17.4M to test fully autonomous aircraft program
The U.S. Air Force has invested $17.4 million in Reliable Robotics to test its Reliable Autonomy System (RAS), a fully autonomous aircraft system designed to automate all phases of flight—including taxi, takeoff, en route navigation, and landing—on a Cessna 208B aircraft. This system aims to integrate large uncrewed aircraft systems (UAS) safely into both civil and military airspaces by employing multiple layers of redundancy and advanced navigation technologies to enhance safety and reliability. The initiative supports the Air Force’s Agile Combat Employment (ACE) concept by enabling rapid, secure logistics across dispersed locations, thereby expanding operational flexibility and reducing risk. Reliable Robotics, a California-based company focused on FAA-certifiable autonomy for commercial and defense aviation, has been collaborating with the Air Force on various contracts involving the Cessna 208B Caravan and KC-135 Stratotanker. The company is also contributing to the development of the Air Force’s Autonomy Government Reference Architecture (A-GRA
robotautonomous-aircraftmilitary-aviationuncrewed-aircraft-systemsReliable-Autonomy-SystemUAS-integrationaviation-technologyTesla challenges $243 million verdict in Autopilot death trial
Tesla has filed a motion seeking to overturn or retry a $243 million verdict against the company in a lawsuit related to a fatal 2019 crash involving its Autopilot system. The case arose after driver George McGee, operating a Tesla Model S with Autopilot engaged, failed to stop at a stop sign and collided with a parked SUV, killing 20-year-old Naibel Benavides Leon and severely injuring her boyfriend. The jury assigned two-thirds of the blame to McGee and one-third to Tesla. Tesla’s lawyers argue that the verdict contradicts Florida tort law and due process, emphasizing that McGee’s reckless behavior—specifically, reaching for his phone at the time of the crash—was the primary cause. In their court filing, Tesla contends that product liability should only apply when a vehicle performs in ways that defy consumer expectations or are unreasonably dangerous, which they claim is not the case here. They warn that upholding the verdict could stifle innovation
robotautonomous-vehiclesTesla-Autopilotdriver-assistance-systemsproduct-liabilitytransportation-technologyautomotive-safetyRobot Dog Gets Trained To Backflip
Boston Dynamics has demonstrated their quadrupedal robot, Spot, performing backflips as part of a training regimen aimed at enhancing the robot's balance and recovery capabilities. This exercise is designed to push the limits of Spot's agility and stability, showcasing advancements in robotic movement and control. The backflip training highlights Boston Dynamics' ongoing efforts to improve the robot's ability to handle dynamic and challenging motions, which could translate to better performance in real-world applications requiring agility and resilience. This development underscores the company's commitment to refining robotic mobility through complex physical maneuvers.
robotroboticsBoston-Dynamicsquadrupedal-robotrobot-dogrobot-trainingrobot-balanceThe Reservoir launches AgTech innovation hub in Salinas, CA - The Robot Report
The Reservoir has officially launched its first agtech innovation hub, Reservoir Farms, in Salinas, California, marking a significant step in advancing agricultural technology through collaboration. Positioned as California’s first on-farm startup incubator, Reservoir Farms offers early-stage agtech companies access to a cutting-edge R&D facility, prototyping resources, secure build and storage spaces, and, critically, an on-site working farm for real-world product testing and data collection. The inaugural cohort includes startups specializing in AI-powered farm equipment, agrobotics, data management, and soil treatment, all united by a vision to accelerate technology from concept to commercialization through close partnerships with growers and engineers. The initiative, led by CEO Danny Bernstein and supported by industry and educational partners such as Western Growers Association, UC ANR, Hartnell College, and Merced College, aims to bridge the gap between research labs and practical agricultural application. A recent strategic partnership with John Deere enhances this ecosystem by providing startups access to Deere’s technology, expertise
robotagriculture-technologyagtechAIroboticsIoTinnovation-hubTesla Full Self Driving (Supervised) Launches in Australia to Overwhelmingly Positive Response - CleanTechnica
The article discusses the recent launch of Tesla's Full Self Driving (Supervised) (FSDS) feature in Australia and New Zealand, highlighting the overwhelmingly positive media and public response in these right-hand drive markets. Contrary to expectations of skepticism from Australian media—often critical of electric vehicles and Tesla—the coverage, particularly by Channel 7’s “Sunrise” program, has been notably favorable. The article notes that Australia lacks a domestic auto industry and competing self-driving technologies like Waymo, making Tesla’s FSDS currently the primary autonomous driving system available in the region. While BYD’s “God’s Eye” semi-autonomous system is expected to debut in Australia later in 2025, its advanced features are not yet approved or operational there. The author reflects on the long wait and high anticipation for Tesla vehicles and autonomous capabilities in Australia, dating back to 2016 when the Model 3 was first ordered and the 2018 launch event where customers queued to briefly experience the car. Despite early
robotautonomous-vehiclesTeslaself-driving-technologyAIautomotive-technologyelectric-vehiclesChina tests vertical takeoff drone resembling US Navy's 'Gimbal' UFO
Chinese researchers at Zhengzhou University of Aeronautics have successfully tested a vertical takeoff and landing (VTOL) drone whose design closely resembles the spindle-shaped UFO recorded by the US Navy in the 2015 "Gimbal" incident. This experimental drone features an elliptical, closed-loop wing with a straight central section and vertical stabilizers, diverging from traditional quadcopter or fixed-wing designs. Four rotors mounted at wing junctions enable vertical lift and stability during transitions to forward flight. The hybrid design aims to combine the hovering and landing flexibility of multirotor drones with the range and efficiency of fixed-wing aircraft, addressing a longstanding trade-off in UAV performance. Test flights and simulations demonstrated that the drone’s elliptical wing generates more than twice the lift slope of conventional straight wings, allowing stable flight at low speeds and high angles of attack. The aircraft is modular, capable of carrying various payloads such as sensors, supply pods, and emergency equipment, making it suitable for military surveillance, maritime reconnaissance
robotdroneVTOLaerospace-technologyunmanned-aerial-vehiclesurveillancehybrid-wing-designNew algorithm teaches robots how not to hurt humans in workplaces
Researchers at the University of Colorado Boulder have developed a new algorithm that enables robots to make safer decisions when working alongside humans in factory environments. Inspired by game theory, the algorithm treats the robot as a player seeking an “admissible strategy” that balances task completion with minimizing potential harm to humans. Unlike traditional approaches focused on winning or perfect prediction, this system prioritizes human safety by anticipating unpredictable human actions and choosing moves that the robot will not regret in the future. The algorithm allows robots to respond intelligently and proactively in collaborative workspaces. If a human partner acts unexpectedly or makes a mistake, the robot first attempts to correct the issue safely; if unsuccessful, it may relocate its task to a safer area to avoid endangering the person. This approach acknowledges the variability in human expertise and behavior, requiring robots to adapt to all possible scenarios rather than expecting humans to adjust. The researchers envision that such robots will complement human strengths by handling repetitive, physically demanding tasks, potentially addressing labor shortages in sectors like elder
robotroboticshuman-robot-interactionsafety-algorithmsindustrial-robotsworkplace-safetyartificial-intelligenceTesla FSD Is Deeply Unpopular, Survey Shows - CleanTechnica
A recent survey of over 8,000 U.S. consumers reveals significant skepticism and negativity toward Tesla’s Full Self-Driving (FSD) technology. Nearly half of respondents believe FSD should be illegal, and twice as many consumers say FSD features make them less likely to buy a Tesla than those who say it makes them more likely. Support for stricter regulation and legal accountability of autonomous vehicle (AV) manufacturers is strong, with many consumers demanding that companies be held responsible for accidents and that advertising and safety standards be tightened. Additionally, 70% of Americans prefer AVs to use both LiDAR and cameras for navigation, contrasting sharply with Tesla’s camera-only approach, which only 3% support. Tesla’s brand perception has also declined, with trust and positivity hitting new lows amid growing safety concerns and a sense of “FSD and Musk fatigue.” Elon Musk’s optimistic claims about upcoming FSD versions being multiple times better than human drivers have been met with skepticism, especially given his history
robotautonomous-vehiclesTesla-FSDLiDARself-driving-technologyautomotive-safetyAI-driving-systemsMark Cuban’s war on America’s $5 trillion healthcare machine: ‘They can’t react as quickly’
Billionaire entrepreneur Mark Cuban criticizes the U.S. healthcare system, particularly the opaque and inflated drug pricing driven by pharmacy benefit managers (PBMs), which he says prioritize profit over patient affordability. Cuban highlights that many drug prices are set artificially high, with examples like generic chemotherapy drugs costing thousands at pharmacies but only around $21 through his company, Cost Plus Drugs. His company disrupts traditional pricing by selling medications directly to consumers at transparent costs—manufacturer’s price plus a modest markup and fees—bypassing PBMs and insurance carriers. Cuban also points to artificial drug shortages, allegedly created by manufacturers to inflate prices, and is addressing this by building a robotics-driven manufacturing plant in Dallas to quickly produce and supply drugs, especially those in short supply. Cuban’s approach challenges the entrenched healthcare system by refusing to work with PBMs or insurance companies, which he believes perpetuate inefficiencies and high costs. He contrasts his strategy with other big players like Amazon Pharmacy, which still rely on PB
robotenergymanufacturing-automationhealthcare-technologydrug-manufacturingrobotics-driven-factorysupply-chain-innovation‘Steel Dome’ air defense to counter drone swarms, missiles in Turkey
Turkey has launched its ambitious “Steel Dome” integrated air defense system, delivering 47 vehicles worth $460 million to the Turkish Armed Forces. Developed primarily by domestic defense firms including Aselsan, Roketsan, TÜBİTAK SAGE, and MKE, the system combines air defense, radar, and electronic warfare capabilities to create a multi-layered national shield against a wide range of aerial threats, from drone swarms to ballistic missiles. President Recep Tayyip Erdoğan described Steel Dome as Turkey’s “security umbrella” in the skies, emphasizing its role in enhancing national security and deterring adversaries. The Steel Dome operates as a “system of systems,” integrating real-time data from multiple sensors and sources, refined by artificial intelligence, to provide commanders with a unified Recognized Air Picture (RAP) across the country. It is designed to protect critical regions such as Ankara, the Bosphorus and Dardanelles straits, and strategic assets like the Akkuyu nuclear power plant.
robotIoTenergymaterialsair-defenseradar-systemselectronic-warfareartificial-intelligencemilitary-technologyMIT Students Invent AI Kitchen Robot
MIT students have developed a retro-futuristic kitchen robot named Kitchen Cosmos, designed to help reduce food waste by scanning leftover ingredients and generating recipes using ChatGPT. The robot integrates AI technology to analyze available food items and suggest creative meal ideas, making cooking more efficient and sustainable. This innovation highlights the practical application of artificial intelligence in everyday household tasks, particularly in the kitchen. By leveraging ChatGPT's language processing capabilities, Kitchen Cosmos offers personalized recipe recommendations based on the user's existing ingredients, potentially transforming how people approach meal preparation and leftover management.
robotAIkitchen-robotroboticsartificial-intelligenceautomationMITFirst flight of US sixth-gen F-47 jet's 'loyal wingman' combat drone
The US Air Force, in partnership with General Atomics Aeronautical Systems, Inc. (GA-ASI), has successfully completed the first test flight of the YFQ-42A Collaborative Combat Aircraft, a jet-powered uncrewed fighter drone designed to operate alongside manned sixth-generation fighters. Built and flown in just over a year, this drone represents one of the fastest development cycles for a production-representative military aircraft. The YFQ-42A is part of the Air Force’s broader Collaborative Combat Aircraft program, which aims to deploy over 1,000 affordable autonomous jets to enhance air dominance in future conflicts. Unlike previous GA-ASI drones, the YFQ-42A is specifically engineered for air-to-air combat, featuring a stealthier airframe and advanced AI autonomy core trained through thousands of test hours to operate semi-independently with manned fighters. The drone’s design builds on prior concepts and extensive flight test experience from GA-ASI’s MQ-20 Av
robotautonomous-dronesmilitary-technologyAI-in-aviationunmanned-aerial-vehiclescombat-dronesdefense-roboticsBoston Dynamics’ robot dog nails daring backflips in new video
Boston Dynamics has showcased its robot dog, Spot, performing consistent backflips in a new video, highlighting the robot’s advanced agility and refined design. While these gymnastic feats are unlikely to be part of Spot’s routine tasks, they serve a critical engineering purpose: pushing the robot to its physical limits to identify and address potential balance failures. This helps improve Spot’s ability to recover quickly from slips or trips, especially when carrying heavy payloads in industrial settings, thereby enhancing its reliability and durability. The development of Spot’s backflip capability involved reinforcement learning techniques, where the robot was trained in simulations to optimize its movements by receiving rewards for successful actions, akin to training a dog with treats. This iterative process of simulation and real-world testing allows engineers to fine-tune Spot’s behavior and ensure robust performance. Beyond technological advancements, Spot’s agility has also been demonstrated in entertainment contexts, such as performing dance routines on America’s Got Talent, showcasing its versatility. Looking forward, Spot’s ongoing evolution through
robotroboticsBoston-Dynamicsrobot-dogreinforcement-learningmachine-learningquadruped-robotChina Is Building a Brain-Computer Interface Industry
China has unveiled an ambitious policy roadmap aiming to establish itself as a global leader in brain-computer interface (BCI) technology by 2030, with breakthroughs targeted by 2027. BCIs, which decode neural activity to control external devices, hold significant promise for assisting people with severe physical disabilities. The policy, jointly issued by seven Chinese government departments, outlines 17 specific steps including developing advanced brain signal chips, improving decoding software, standardizing technology, and building manufacturing capacity. This initiative reflects China’s broader strength in rapidly translating research into commercial products, as seen in other sectors like photovoltaics and electric vehicles. Although BCI research began in the 1970s, practical applications have only recently become feasible due to technological advances. China entered the field later than the US but is quickly closing the gap. Chinese companies and research institutions have successfully implanted BCIs in paralyzed patients, enabling them to control computer cursors, robotic arms, and even decode speech. For example, Shanghai-based Neuro
robotbrain-computer-interfaceneuralinkassistive-technologyneuroengineeringChina-technology-policyBCI-developmente-con Systems adds camera, compute solutions for NVIDIA Jetson Thor
e-con Systems has announced comprehensive support for NVIDIA’s newly launched Jetson Thor modules, which deliver up to 2070 FP4 TFLOPS of AI compute power aimed at next-generation robotics and AI-enabled machines. Their support spans a broad portfolio of vision products, including USB Series cameras, RouteCAM GigE Ethernet cameras with ONVIF compliance, 10G Holoscan Camera solutions, and a compact ECU platform designed for real-time edge AI applications. These solutions leverage multi-sensor fusion, ultra-low latency, and resolutions up to 20 MP, enabling accelerated development of advanced AI vision applications. A key highlight is e-con’s 10G e-con HSB solution that uses Camera Over Ethernet (CoE) protocol with a custom FPGA-based TintE ISP board, allowing direct data transfer to GPU memory with minimal CPU usage. This setup supports various high-quality sensors such as Sony IMX715 and onsemi AR0234, facilitating real-time operation and quicker response times. Additionally, e
robotAIembedded-visionNVIDIA-Jetson-Thorcamera-solutionsedge-AIsensor-fusionDoggy Robot Plays Badminton
The article introduces ANYmal, a quadruped robot developed by ETH Zurich primarily for detecting gas leaks in challenging environments. Despite its technical purpose, the robot has been showcased playing badminton, highlighting its agility and advanced mobility. This demonstration serves to illustrate the robot's precise movement capabilities and adaptability beyond industrial applications. By engaging in a dynamic sport like badminton, ANYmal exemplifies the potential for quadruped robots to perform complex, coordinated tasks requiring balance, speed, and responsiveness. The badminton example underscores the progress in robotics that enables machines to operate in diverse scenarios, from safety inspections to interactive activities. However, the article does not provide detailed information on the technical modifications or programming that allow ANYmal to play badminton specifically.
robotquadruped-robotANYmalroboticsgas-leak-detectionETH-Zurichbadminton-robotWorld's largest unmanned surface vehicle gets approval for ocean missions
The Saildrone Surveyor, a fully autonomous 65-foot-long unmanned surface vehicle (USV), has become the world’s largest USV to receive class certification from the American Bureau of Shipping (ABS). This certification, awarded on August 27, 2025, confirms that the Surveyor meets stringent international safety and design standards, enabling it to conduct extended deep-sea missions independently across all oceans. Developed by California-based Saildrone Technologies, the Surveyor is designed for ocean mapping, maritime intelligence, surveillance, and reconnaissance, supporting military, homeland security, and commercial operations in some of the most challenging marine environments. This milestone reflects years of investment by ABS to adapt classification standards to emerging autonomous maritime technologies. The Surveyor’s certification signals its maturity, safety, and readiness for large-scale deployment, marking a significant advancement in autonomous maritime operations. Unlike smaller models such as the 32-foot Voyager, the Surveyor’s long-endurance and deepwater capabilities greatly expand the operational potential of
robotautonomous-vehicleunmanned-surface-vehiclemaritime-technologyocean-mappingSaildroneABS-certificationHumanoids, robot dogs master unseen terrains with attention mapping
Researchers at ETH Zurich have developed an advanced control system for legged robots, including the quadrupedal ANYmal-D and humanoid Fourier GR-1, enabling them to navigate complex and previously unseen terrains. This system employs a machine learning technique called attention-based map encoding, trained via reinforcement learning, which allows the robot to focus selectively on the most critical areas of a terrain map rather than processing the entire map uniformly. This focused attention helps the robots identify safe footholds even in challenging environments, improving robustness and generalization across varied terrains. The system demonstrated successful real-time locomotion at speeds up to 2 meters per second, with notably low power consumption relative to the robot’s motors. While the current approach is limited to 2.5D height-map locomotion and cannot yet handle overhanging 3D obstacles such as tree branches, the researchers anticipate extending the method to full 3D environments and more complex loco-manipulation tasks like opening doors or climbing. The attention mechanism also provides
robothumanoid-robotsquadrupedal-robotsmachine-learningreinforcement-learningattention-mappinglocomotion-controlJohn Deere strengthens agrobotics portfolio with GUSS acquisition
John Deere has acquired GUSS Automation, a California-based developer of autonomous crop sprayers, to strengthen its portfolio in agricultural robotics, particularly for high-value crops like orchards and vineyards. The acquisition follows a 2022 joint venture and allows John Deere to expand its U.S. manufacturing footprint in a key crop production region. GUSS will retain its brand, employees, and manufacturing facility, continuing to produce autonomous sprayers that can be remotely supervised, with a single operator managing up to eight machines. These sprayers use GPS, lidar, and proprietary software to enhance precision, reduce labor costs, and minimize material waste. To date, over 250 GUSS machines have been deployed globally, covering 2.6 million acres and 500,000 autonomous hours. John Deere plans to support GUSS in expanding its global reach and accelerating innovation, including integrating GUSS technology with John Deere’s precision agriculture tools like Smart Apply and using John Deere Power Systems engines starting in 2024. This acquisition is
robotagriculture-roboticsautonomous-sprayersprecision-agricultureJohn-Deerecrop-automationagroboticsThe Boring Company is finally testing Tesla’s ‘Full Self-Driving’ in its Las Vegas tunnels
The Boring Company, owned by Elon Musk, has begun testing Tesla’s Full Self-Driving (FSD) system within its Las Vegas tunnels that connect the Convention Center to nearby hotels. According to Steve Hill, CEO of the Las Vegas Convention and Visitors Authority, these tests have been ongoing for several months using Tesla vehicles with safety drivers onboard. However, widespread deployment of the technology in the tunnels remains some time away, as safety drivers still need to intervene periodically. The Las Vegas tunnels, operational for about four years, currently cover a limited area but are planned for expansion. Despite Tesla’s recent small-scale robotaxi services in Austin and San Francisco, the relatively simple tunnel environment presents unique challenges for the FSD system, such as navigating passenger pick-up and drop-off points and coping with the tunnels’ colorful lighting and semi-smooth rock walls. These factors have made it difficult for the software to consistently identify safe spots, indicating that while progress is being made, full autonomy in this setting is not yet
robotautonomous-vehiclesTeslaFull-Self-DrivingThe-Boring-Companydriver-assistance-systemtransportation-technologyThe 2025 Startup Battlefield 200 is here — see who made the cut
TechCrunch has announced the 2025 Startup Battlefield 200, a curated list of the 200 most promising early-stage startups worldwide selected from thousands of applications. These startups, spanning diverse sectors such as AI, climate, health, fintech, robotics, and consumer tech, will showcase their innovations at Disrupt 2025, held October 27–29 at San Francisco’s Moscone West. The event, sponsored by Google Cloud, offers a unique platform where startups can demo new technologies, pitch to leading global venture capitalists, and compete for a $100,000 equity-free prize and the prestigious Disrupt Cup. The Startup Battlefield has a strong track record of launching category-defining companies like Dropbox, Cloudflare, and Discord, with alumni collectively raising over $32 billion and achieving 250 exits. The top 20 finalists from the Battlefield 200 will be revealed live on the first day of Disrupt. Founders whose startups made the list will receive follow-up communications with next steps, while
robotenergyclean-techstartupsinnovationtechnologytech-startupsVideo: Swiss robot dog plays perfect badminton match with a human
Researchers at Switzerland’s ETH Zurich have developed a quadruped robot dog named ANYmal, capable of playing badminton with a human at the skill level of a seven-year-old child. ANYmal, created by ANYbotics, uses a sophisticated control system equipped with two cameras to track and predict the shuttlecock’s trajectory. It swings a racket attached to a multi-axis arm to hit the shuttlecock precisely. The robot was trained using reinforcement learning in a virtual environment, where it practiced thousands of rallies to learn positioning, shot accuracy, and anticipatory movement, enabling it to perform with remarkable precision in real-world play. A key challenge addressed in the development was maintaining balance while lunging and moving quickly to return shots. ANYmal’s reinforcement learning algorithm enhances its coordination and stability, allowing it to move with agility and balance comparable to a human player. Originally designed for industrial inspection and navigating rough terrains, including disaster zones, ANYmal’s capabilities have now been extended to dynamic sports environments. Priced at around
robotroboticsreinforcement-learningquadruped-robotrobot-dogautonomous-robotsrobot-control-systemsBlue Water Autonomy nets $50M to build autonomous ships
Blue Water Autonomy, a Boston-based company specializing in unmanned ships for the U.S. Navy, has raised $50 million in Series A funding, bringing its total capital raised to $64 million following a $14 million seed round in April 2025. The company plans to build and deploy its first long-range, full-sized autonomous ship next year. Since its seed round, Blue Water Autonomy has significantly expanded its team, conducted on-water engineering tests, and begun sourcing materials from over 50 suppliers. CEO Rylan Hamilton emphasized the urgent need for autonomous ships tailored for maritime security and logistics, highlighting the company’s focused strategy on perfecting a single platform to ensure quality, reliability, and rapid market entry. The funding round was led by GV, with participation from existing investors Eclipse, Riot, and Impatient Ventures, and GV Managing Partner Dave Munichiello joining Blue Water’s Board of Directors. Blue Water Autonomy aims to address the growing challenge posed by China’s dominant shipbuilding capacity
robotautonomous-shipsmaritime-securityunmanned-surface-vesselsAI-integrationnaval-technologyshipbuildingRobomart’s shuttle-sized RM5 offers autonomous grocery shopping
Robomart’s RM5 is an innovative autonomous electric vehicle designed to revolutionize grocery and meal delivery in urban areas. Unlike small sidewalk delivery robots, the RM5 is shuttle-sized, capable of carrying up to 500 pounds across 10 climate-controlled lockers, allowing it to handle multiple orders simultaneously. With a top speed of 25 mph, a 112-mile range, and level-4 autonomy, it can safely navigate city streets and efficiently complete multi-stop delivery routes. Launching later in 2025 in Austin, Texas, the RM5 aims to bring a mobile marketplace directly to customers’ doors, enhancing convenience while maintaining product freshness. The RM5’s design balances practicality and urban compatibility, offering a middle ground between small delivery bots and larger vehicles. Its fully electric drivetrain supports sustainable local logistics, while the flat $3 delivery fee model challenges traditional high-commission delivery apps, benefiting both retailers and budget-conscious consumers. Customers order via a user-friendly app, select items from partnered stores, and
robotautonomous-vehicleelectric-vehiclelast-mile-deliveryurban-logisticsAI-navigationgrocery-deliveryEngineering fantasy into reality - Robohub
Erik Ballesteros, inspired by childhood visits to NASA’s Johnson Space Center near his Texas hometown and a lifelong fascination with human space exploration, has realized his dream of contributing to astronautics through engineering. Now a PhD student in mechanical engineering at MIT, Ballesteros has interned at JSC, working on spacesuit materials, life support systems, and Mars rocket propulsion prototypes, as well as training astronauts on emergency systems. At MIT, he and his advisor Harry Asada are developing SuperLimbs, wearable robotic arms designed to assist astronauts by providing extra strength and mobility during spacewalks, such as lifting a fallen astronaut or enabling movement along spacecraft exteriors. This project is being refined in collaboration with NASA’s Jet Propulsion Laboratory and is planned for practical testing with astronauts at JSC within the next few years. Ballesteros credits his success to the connections he has built and maintained across academia and industry, emphasizing the collaborative nature of innovation. His early interest in engineering was sparked by
robotroboticswearable-technologyspace-explorationastronaut-assistanceNASAmechanical-engineeringUL Solutions opens 1st service robot testing lab
UL Solutions, a global leader in applied safety science, has opened its first testing laboratory for commercial and service robots in Seoul, South Korea. The lab aims to provide testing and certification services focused on identifying emerging hazards, especially those related to human-robot interactions. It will primarily test compliance with UL 3300, the Standard for Safety for Service, Communication, Information, Education and Entertainment Robots. This standard addresses critical safety aspects such as mobility, fire and shock hazards, and safe interaction with vulnerable individuals, requiring features like speed limits, object detection, and audible/visual indicators to ensure robots operate safely alongside people in public and commercial settings. The establishment of this lab reflects the rapid growth of the robotics industry, where robots are increasingly deployed in diverse environments including hotels, healthcare, retail, and delivery services. UL Solutions highlights the importance of addressing new safety concerns as robots take on more roles outside traditional industrial floors. The global service robotics market is expanding, particularly in the Asia-Pacific region, driven by labor
robotservice-robotsrobot-testinghuman-robot-interactionUL-3300-standardrobotics-safetycommercial-robotsUS opens world-first self-driving robot lab for next-gen quantum tech
Researchers at North Carolina State University have developed Rainbow, the world’s first multi-robot self-driving laboratory designed to accelerate the discovery and optimization of quantum dots—semiconductor nanoparticles critical for future technologies like solar cells, LEDs, displays, and quantum devices. This autonomous system integrates multiple robots that prepare chemical precursors, conduct up to 96 simultaneous reactions using miniaturized batch reactors, and perform real-time optical analysis of the products. Guided by machine learning algorithms, Rainbow can independently design and execute up to 1,000 experiments daily, dramatically outpacing traditional human-led research and enabling rapid identification of optimal synthesis recipes based on user-defined target properties. Beyond speed, Rainbow offers deeper scientific insights by exploring a wider range of chemical precursors and ligand structures, which influence the quantum dots’ properties. This flexibility enhances the potential for discovering novel, high-performance materials and understanding the underlying reasons for their effectiveness. Importantly, the platform is designed to empower scientists by automating labor-intensive experimental tasks, allowing researchers
robotquantum-dotsself-driving-labAI-in-chemistrymaterials-discoverysemiconductor-nanoparticlesenergy-materialsEyebot gets $20M Series A to boost to expand eye care access
Eyebot, a Boston-based startup founded in 2021, has raised $20 million in a Series A funding round to expand its innovative vision care solution. The company offers a 90-second vision test via kiosks located in malls, universities, retail stores, pharmacies, schools, and airports, providing doctor-verified glasses prescriptions quickly and conveniently. By removing traditional barriers such as appointment delays, limited access, insurance complexities, and high costs, Eyebot aims to streamline vision care access. To date, the startup has conducted over 45,000 free vision tests and projects delivering more than half a million annually. Each test result is reviewed and approved by licensed eye doctors, ensuring clinical oversight and reliability, with referrals for in-person exams if abnormalities are detected. Eyebot’s model has gained traction with large U.S. partners and retailers, driving significant user engagement and revenue growth. The company leases its kiosks to optical retailers, eyewear brands, and independent practices, offering free vision
robothealthcare-technologyvision-test-kioskmedical-devicesAI-in-healthcaretelemedicinedigital-healthCondor Leopard 1 tank debuts to fight both land and air threats
The German defense company Flensburger Fahrzeugbau Gesellschaft (FFG) has unveiled the Condor tank concept, based on an upgraded Leopard 1 chassis, designed to address both ground and aerial threats on modern battlefields. The Condor integrates a new Rolls-Royce 8V199TE23 diesel engine and a modified automatic transmission to enhance mobility, power, and fuel efficiency while reducing weight. Its key feature is the unmanned Turra 30 – SA turret from Slovakian firm EVPÚ, armed with a 30 mm automatic cannon capable of firing programmable airburst ammunition to engage drones and low-flying aircraft. The turret also supports secondary weapons such as a coaxial machine gun and anti-tank missiles, enabling the vehicle to switch roles rapidly between air defense and fire support for infantry. Measuring 7.18 meters long and weighing under 40 tons, the Condor includes upgraded side and roof armor for improved protection and features a redesigned crew compartment with commander and driver seated side
robotunmanned-turretdefense-technologymilitary-roboticsautomated-weapon-systemsbattlefield-sensorsdigital-networksAustralia’s first 3D-printed two-storey house built in just 18 hours
Australia’s first fully 3D-printed two-storey concrete home has been completed in Tapping, Perth by Contec Australia, marking a significant advancement in construction technology. The structural walls of the house were printed on-site in just 18 hours using a high-strength concrete mix that is three times stronger than standard brick. This innovative material is cyclone-rated, fire-resistant, termite-proof, and thermally efficient. The entire build, including roofing, wiring, and interior finishes, took five months, combining rapid robotic construction for the shell with traditional craftsmanship for the finishing work. The house features modern, open-plan interiors with three bedrooms, two bathrooms, a garage, and a balcony, demonstrating that 3D-printed homes can be both stylish and livable. Large windows and sliding doors enhance natural light and indoor-outdoor flow. Importantly, Contec Australia reports that the project achieved a 22% cost saving compared to conventional masonry builds, due to faster wall construction, reduced material use,
robot3D-printingconstruction-technologyconcrete-materialsrobotic-constructionbuilding-automationsustainable-building-materialsTesla could have avoided that $242.5M Autopilot verdict, filings show
In a recent federal court case in Miami, Tesla was found partially liable for a fatal 2019 crash involving its Autopilot system, resulting in a $242.5 million jury verdict against the company. The crash occurred when a Tesla Model S with Autopilot engaged failed to brake at an intersection and collided with a Chevrolet Tahoe, killing Neima Benavides Leon and severely injuring Dillon Angulo, who were standing outside the vehicle. The jury apportioned two-thirds of the blame to the driver and one-third to Tesla. Tesla plans to appeal the verdict, citing significant legal errors and trial irregularities. Newly revealed legal filings show that Tesla had the opportunity to settle the case for $60 million months before the verdict but declined the offer. The lawsuit, filed in 2021 in the U.S. District Court for the Southern District of Florida, focused on Tesla’s Autopilot system’s failure to prevent the crash. Tesla’s communications team has been disbanded, and
robotautonomous-vehiclesTesla-Autopilotdriver-assistance-systemsautomotive-technologylegal-issues-in-roboticsvehicle-safety-systemsPrimech launches upgraded bathroom cleaning robot
Primech AI has launched the next-generation HYTRON bathroom cleaning robot, designed to autonomously clean bathrooms in challenging environments such as airports, hospitals, hotels, shopping malls, and office buildings. The robot completed its first commercial trials in September 2024, receiving positive customer feedback. Powered by the NVIDIA Jetson Orin Super System-on-Module, the HYTRON offers energy-efficient, real-time data processing and intelligent navigation. It integrates advanced 3D-cleaning capabilities and electrolyzed water technology to deliver consistent, high-quality sanitation while significantly reducing manual labor. The upgraded HYTRON features several technological improvements, including an enhanced AI-powered navigation system for better pathfinding and obstacle detection, stronger cleaning mechanisms for deeper sanitation, refined machine learning algorithms to optimize cleaning patterns, and an improved user interface for easier operational management. Primech executives emphasize that this model represents a major step forward in autonomous cleaning technology, combining functional innovation with striking design to set new industry standards in facility management and robotics.
robotautonomous-cleaningAI-powered-navigationservice-robotenergy-efficiencymachine-learningsmart-facility-managementNVIDIA Jetson Thor computer gives humanoid robots 7.5x power boost
NVIDIA has launched the Jetson AGX Thor developer kit and production modules, delivering a significant leap in AI computing power for robotics applications. The Jetson Thor offers up to 2,070 FP4 teraflops of AI compute and 128 GB of memory within a 130-watt power envelope, providing 7.5 times more AI performance and 3.5 times greater energy efficiency than its predecessor, Jetson Orin. Powered by NVIDIA’s Blackwell GPU, the system can run multiple AI models simultaneously, including vision-language-action models and large language models, enabling robots to perceive, reason, and act in real time without relying on cloud servers. This makes it suitable for a wide range of applications, from humanoid robots and industrial machines to surgical assistants and precision farming. The Jetson Thor platform is supported by NVIDIA’s comprehensive software stack, including Isaac for robotics simulation, Metropolis for vision AI, and Holoscan for sensor processing. Early adopters such as Amazon
robotAI-computinghumanoid-robotsNVIDIA-Jetson-Thorindustrial-robotsedge-AIrobotics-developmentPhysical AI takes center stage at RoboBusiness
RoboBusiness, held October 15-16 in Santa Clara, California, will debut the Physical AI Forum, focusing on the emerging field of physical AI in robotics. The forum will cover critical topics such as safety, simulation-to-reality reinforcement training, data curation, and deploying AI-powered robots. As the premier event for commercial robotics developers and suppliers, RoboBusiness features over 60 speakers, a startup workshop, the Pitchfire competition, and a surgical robotics track, alongside more than 100 exhibitors showcasing the latest robotics technologies. Key presentations at the Physical AI Forum include NVIDIA’s VP Deepu Talla discussing the transformative impact of generative AI on robotics, emphasizing simulation-first development and real-time edge deployment to enable adaptable, intelligent autonomy in unstructured environments. Dexterity’s founding engineer Robert Sun will present on their Physical AI platform that integrates multimodal AI with industrial robots to enhance warehouse automation through real-time adaptation and safety. ABB’s Thomas-Tianwei Wang will highlight AI integration across ABB’s
robotphysical-AIroboticsAI-powered-robotswarehouse-robotssimulation-to-realityedge-AINVIDIA Jetson Thor bring 2K teraflops of AI compute to robots
NVIDIA has announced the general availability of its Jetson AGX Thor developer kit and production modules, designed to deliver 2K teraflops of AI compute power for robotics and physical AI applications. Targeting robots that operate in unstructured environments and interact safely with humans, Jetson Thor offers high performance and energy efficiency, enabling the running of multiple generative AI models at the edge. NVIDIA positions Thor as a supercomputer for advancing physical AI and general robotics, with several leading robotics and industrial technology companies already integrating the platform. Notably, Agility Robotics plans to use Jetson Thor as the compute backbone for its Digit humanoid robot, enabling more advanced manipulation, scene understanding, and faster reaction times in complex tasks like logistics and shelf stocking. Boston Dynamics is also incorporating Thor into its Atlas humanoid robot for onboard AI acceleration and data handling. Other major users include Amazon Robotics, Caterpillar, Figure, Medtronic, and Meta, with John Deere and OpenAI currently evaluating the platform
robotAINVIDIA-Jetson-Thorrobotics-computingedge-AIhumanoid-robotsautonomous-systemsRobomart unveils new delivery robot with $3 flat fee to challenge DoorDash, Uber Eats
Robomart, a Los Angeles-based company, has unveiled its new autonomous delivery vehicle, the Robomart RM5, designed to challenge established food delivery services like DoorDash and Uber Eats. The level-four autonomous robot can carry up to 500 pounds and features 10 individual lockers to hold multiple customer orders simultaneously, enabling batch deliveries. Robomart’s business model involves partnering with retailers to create storefronts on its app, similar to existing delivery platforms, but with a key differentiator: a flat $3 delivery fee per order. This pricing strategy aims to offer a more affordable and transparent alternative to the multiple fees typically charged by competitors. The company plans to launch its service in Austin, Texas, later this year, marking a shift from its original “store on wheels” concept, which brought mobile autonomous stores directly to customers. Robomart’s CEO Ali Ahmed, who previously founded an on-demand delivery platform reliant on human drivers, emphasizes that automation is critical to reducing delivery costs by up to
robotautonomous-deliverydelivery-robotRobomarton-demand-deliveryself-driving-vehiclerobotics-technologyRoboBall: Ball-like robot could easily map steep moon craters
The RoboBall project, originally conceptualized by NASA’s Dr. Robert Ambrose in 2003 and now being developed at Texas A&M University by graduate students Rishi Jangale and Derek Pravecek, aims to create a spherical robot capable of navigating terrains inaccessible to traditional rovers. Designed as a “robot in an airbag,” RoboBall’s unique spherical shape allows it to roll over steep, uneven, and abrupt terrain transitions without flipping over, making it ideal for exploring challenging environments such as the steep walls of lunar craters. Two versions are in development: the smaller RoboBall II, a 2-foot prototype for testing power and control, and the larger RoboBall III, a 6-foot model designed to carry scientific payloads like sensors and sampling tools. RoboBall’s versatility is being tested in real-world conditions, including field trials on the beaches of Galveston, Texas, where it demonstrates its ability to transition smoothly between water and land—something traditional wheeled or
robotroboticslunar-explorationautonomous-robotsrobotic-mappingplanetary-roversrobotic-designChina debuts dive robot built to reach 20,000 feet beneath the ocean
China has successfully conducted the maiden trial of its self-developed remotely operated vehicle (ROV) Haiqin, designed for deep-sea exploration at depths up to 6,000 meters (19,685 feet). During the initial sea trial in the South China Sea on August 23, 2025, Haiqin completed multiple dives, reaching a maximum depth of 4,140 meters (13,582 feet). The trial validated the ROV’s stability, navigation, automatic heading control, and precise hovering capabilities, essential for operating in complex deep-sea environments. Prior to the sea trial, Haiqin had passed a 6,000-meter pressure test on land, and according to international standards, passing a 4,000-meter sea trial generally confirms its full-depth operational capability. Weighing 3.6 tons and deployed from the Zhong Shan Da Xue research vessel, Haiqin is equipped with high-definition cameras, robotic arms, sonar, and sensors to support a broad range of scientific
robotdeep-sea-explorationremotely-operated-vehiclemarine-technologyunderwater-roboticsscientific-researchoceanographyThis $5K Robot Can Change Your Life
The Unitree R1 is a $5,900 humanoid robot standing 127 cm tall and weighing 35 kilograms, designed to integrate into everyday environments rather than being confined to laboratory settings. Powered by advanced AI, the robot can walk, maintain balance, pick up objects, and adapt to its surroundings in real time, showcasing a level of versatility and responsiveness uncommon in similarly priced robots. Intended for practical use in diverse settings such as classrooms, hospitals, and homes, the Unitree R1 aims to be more than just a machine—it aspires to become a helpful companion or assistant in daily life. Its combination of mobility, object manipulation, and adaptive capabilities positions it as a potentially transformative tool for personal and professional applications.
robothumanoid-robotAI-powered-robotrobotics-technologyUnitree-R1personal-robotautonomous-robotQuantum breakthrough promises real-time humanoid robot control
Researchers from Shibaura Institute of Technology, Waseda University, and Fujitsu have developed a quantum computing-based method to improve humanoid robot posture control by leveraging quantum entanglement. Their approach uses qubits to represent the position and orientation of robot joints, with entanglement mirroring the interconnected movement of real joints. By combining quantum circuits for forward kinematics with classical computing for inverse kinematics, the hybrid system reduces computational complexity, cutting errors by up to 43% and speeding up calculations compared to traditional methods. Tests on Fujitsu’s quantum simulator and a 64-qubit quantum computer confirmed these improvements, enabling realistic full-body movement calculations for robots with 17 joints that would otherwise require excessive computing power and time. This breakthrough is significant for the future of humanoid robots, especially those working closely with humans, as it enables smoother, more lifelike, and real-time motion control without oversimplifying joint models. The method is already compatible with current noisy intermediate-scale quantum (N
robotquantum-computinghumanoid-robotsinverse-kinematicsquantum-entanglementrobotics-controlquantum-simulationLeaked details reveal China's uncrewed vessel with stealth design
Leaked information and images from rehearsals for China’s upcoming Victory Day military parade reveal a new unmanned surface vessel featuring advanced stealth design elements. The drone boat, painted in the Chinese navy’s white-grey-blue camouflage and lacking visible hull numbers, incorporates concealed antennas and radar to minimize infrared, visual, and acoustic detection. Its angular, faceted hull suggests an emphasis on low observability, although it remains unclear if radar-absorbent materials are used. Notably, the vessel includes cockpit windows, indicating it can be operated both autonomously and by a crew, enhancing its versatility for surveillance, patrol, and potentially combat missions. The craft is sizable—estimated at over 15 meters (49 feet) long—capable of housing sophisticated equipment or personnel. This new uncrewed surface vehicle contrasts with China’s previously unveiled larger stealth drone, the “Killer Whale,” a 500-tonne trimaran with high speed and long range, designed as a multi-role combat platform. The appearance
robotautonomous-vesselsstealth-technologyunmanned-surface-vehiclenaval-dronesmilitary-roboticsdrone-boatTechCrunch Mobility: Waymo’s Big Apple score and Nvidia backs Nuro
The article from TechCrunch Mobility covers several key developments in the autonomous vehicle and electric vehicle (EV) sectors. Serve Robotics acquired AI startup Vayu Robotics for an estimated $45-50 million to enhance its autonomous sidewalk delivery robots. Nuro, an autonomous vehicle tech startup, raised a Series E funding round with new investors including Nvidia, alongside existing backers like Baillie Gifford and Icehouse Ventures. Uber also made a significant multimillion-dollar investment in Nuro, reportedly exceeding its prior $300 million investment in EV maker Lucid. Other notable funding news includes ARK Invest backing Chinese autonomous driving firm Grid Aero, and Group14 securing investment from major industry players like SK, Microsoft, and Porsche while acquiring full ownership of a joint venture in South Korea. Additional updates highlight industry moves such as Hertz selling preowned vehicles on Amazon Autos, Redwood Materials partnering with Caterpillar on battery-electric underground loaders, and Tesla planning new in-car voice assistant features. The Routing Company, a startup focused on
robotautonomous-vehiclesAI-roboticselectric-vehiclesbattery-materialsenergy-storagemobility-technologyWhen stars die, black holes possibly turn their remains into dark energy
A recent study using data from the Dark Energy Spectroscopic Instrument (DESI) challenges the long-held belief that dark energy—the force driving the accelerated expansion of the universe—is constant. By mapping millions of galaxies over three years, DESI’s observations suggest that dark energy’s influence has changed over cosmic time. The researchers propose the cosmologically coupled black hole (CCBH) hypothesis, which posits that black holes formed from the collapse of massive stars convert some ordinary matter into dark energy. This model predicts that dark energy density should correlate with the star formation rate, a relationship that DESI’s data supports. Beyond explaining the evolving nature of dark energy, the CCBH model also addresses other cosmological puzzles. It provides a physically consistent estimate for neutrino masses, aligning with ground-based experiments, unlike previous interpretations that yielded unphysical results. Additionally, the model helps reconcile discrepancies in measurements of the universe’s expansion rate (the Hubble tension) by suggesting that the conversion of matter into dark energy accelerated
robotdark-energyblack-holesastrophysicscosmologyDESI-telescopespace-explorationNew York City launches first self-driving vehicle trials, robotaxi firm to test with 8 cars
Waymo, the Alphabet-owned autonomous vehicle company, has received its first permit to test self-driving cars in New York City, allowing deployment of up to eight vehicles in Manhattan and Downtown Brooklyn through late September, with a possible extension. This marks the city’s inaugural autonomous vehicle testing program, conducted under strict safety regulations requiring a trained driver to remain behind the wheel. New York City Mayor Eric Adams framed the initiative as part of a broader push to integrate innovative transportation technologies while maintaining rigorous safety oversight. Waymo brings extensive experience from over 10 million robotaxi rides across five major U.S. cities and emphasizes collaboration with city authorities for safe technology rollout. The company’s New York trial follows recent permit filings and is part of a nationwide expansion strategy that includes upcoming autonomous vehicle operations in Atlanta, Miami, Washington, D.C., and Philadelphia. Efforts to introduce self-driving technology in New York have been underway since 2021, initially focusing on manual driving and data collection. This trial represents a significant step toward
robotautonomous-vehiclesself-driving-carsrobotaxiWaymotransportation-technologysmart-cityHow automation and farm robots are transforming agriculture - The Robot Report
The article from The Robot Report highlights how automation and farm robots are revolutionizing agriculture by addressing the rising global food demand and labor shortages. With the world projected to need 70% more food by 2050 to feed nearly 9.7 billion people, farm automation has shifted from a luxury to a necessity. Modern agricultural robots automate critical tasks such as planting, harvesting, and weeding, while supporting sustainable farming practices. These robots, combined with satellite imagery and AI-driven analytics, enable precision agriculture that optimizes resource use, reduces waste, and minimizes environmental impact. Farm robots have evolved significantly since the late 1990s, when GPS-guided tractors first appeared. Today’s smart machinery operates with centimeter-level accuracy and real-time monitoring of soil and crop conditions. These technologies allow for precise seed placement, targeted weed removal without chemicals, and nutrient analysis to ensure optimal growth. Robotics plays a key role in precision agriculture by enabling targeted watering, fertilizing, and pest control, which lowers costs and
robotagriculturefarm-robotsautomationprecision-agricultureAIsmart-farmingChina's flying-wing stealth drone rivals B-2 in scale in leaked images
Leaked images circulating on social media reveal a new Chinese flying-wing drone that closely rivals the American B-2 Spirit bomber in scale, with an estimated wingspan of about 170 feet (52 meters), nearly matching the B-2’s 172 feet. The drone’s design features, such as split rudders and clipped wingtips, resemble both the B-2 and the newer B-21, though its exact identity remains unclear due to the low resolution and unknown origin of the image. Analysts speculate it could be a high-altitude, long-endurance (HALE) stealth reconnaissance drone rather than a bomber, intended for penetrating surveillance and intelligence gathering. It may correspond to a previously spotted large drone nicknamed WZ-X at China’s Malan test base, a relatively new facility with hangars similar to those housing U.S. stealth bombers. The drone’s configuration, including possible twin-engine exhaust nozzles, remains uncertain, and there are no visible signs of a cockpit,
robotdronestealth-technologyaerospacereconnaissancemilitary-technologyunmanned-aerial-vehicleRobot dog trains on White Sands dunes for future Mars exploration
Oregon State University engineers are training a dog-like quadruped robot on the shifting gypsum dunes of White Sands National Park, New Mexico, to simulate the unstable surfaces expected on the Moon and Mars. This work is part of NASA’s Moon to Mars program under the LASSIE Project (Legged Autonomous Surface Science in Analog Environments), which involves multiple universities and NASA’s Johnson Space Center. The goal is to develop autonomous legged robots capable of navigating and adapting to alien terrains without direct human commands, crucial for overcoming communication delays during extraterrestrial missions. During a five-day trial, the robot’s sensors collected data on surface texture and stability, enabling it to make independent decisions about movement and route selection using refined algorithms. This autonomy allows the robot to operate alongside astronauts, potentially accelerating exploration by scouting terrain, carrying instruments, or identifying scientific sites. The team also tested the robot in other analog environments, such as icy volcanic slopes on Mount Hood, Oregon, to simulate lunar polar conditions. These experiments demonstrate
robotroboticsautonomous-robotsMars-explorationspace-technologyNASAlegged-robotsSmartlet microrobots coordinate underwater using light signals
Researchers at Chemnitz University of Technology have developed “smartlet” microrobots—tiny, millimeter-scale cube-shaped devices capable of autonomous movement and communication underwater. Constructed from flexible, origami-inspired materials, each smartlet integrates solar cells, onboard processors, micro-LEDs, and photodiodes, enabling them to harvest light for power and use optical signals for communication without external controls. Propelled by bubble-generating engines that control buoyancy, these microrobots can coordinate their actions through light-based signaling, allowing synchronized group behaviors and decentralized control. This innovation marks a significant advance in creating distributed robotic systems that mimic collective intelligence found in nature. By combining energy harvesting and communication in a compact, wireless loop, the smartlets eliminate the need for bulky external equipment like magnets or cameras. The researchers envision diverse applications, including medical diagnostics, environmental monitoring, and soft robotics, where these biocompatible, untethered robots could perform complex sensing and adaptive tasks in fluidic
robotmicrorobotsunderwater-roboticsoptical-communicationsolar-cellsautonomous-systemsdistributed-intelligenceWaymo to test robotaxis with safety drivers in NYC
Waymo has received a permit from the New York City Department of Transportation (DOT) to test up to eight autonomous robotaxis with safety drivers in Manhattan and Downtown Brooklyn until late September 2025. This marks the first time NYC has authorized testing of autonomous vehicles (AVs) in the city. Waymo must coordinate closely with the DOT, including regular meetings and data reporting, and certify adherence to cybersecurity best practices. The company has also secured necessary permits from the New York State Department of Motor Vehicles. However, current New York City Taxi and Limousine Commission (TLC) regulations prohibit the use of AVs for for-hire services without a TLC license, meaning Waymo faces regulatory hurdles before launching a paid robotaxi service. Waymo, a leader in the robotaxi industry, has surpassed 100 million fully autonomous miles and provided over 10 million fully autonomous rides across cities like Phoenix, San Francisco, Los Angeles, and Austin. The company is expanding into new terrains with plans to launch
robotautonomous-vehiclesrobotaxisWaymoself-driving-carsurban-mobilitytransportation-technologyBoston Dynamics’ Atlas Gets a Brain Upgrade
Boston Dynamics has significantly upgraded its humanoid robot Atlas by integrating a Large Behavior Model (LBM), enabling the robot to learn complex human actions from extensive datasets rather than relying on traditional hand-coded instructions. This advancement allows Atlas to perform a variety of tasks with notable dexterity, such as moving baskets, transferring objects, placing items on shelves, and manipulating different shapes. The robot also demonstrates resilience by continuing its work despite attempts to disrupt it. This shift to LBMs marks a move toward creating truly general-purpose humanoid robots capable of adapting quickly to real-world environments and tasks. By leveraging large-scale learning models, Atlas can exhibit more flexible and autonomous behavior, potentially broadening its applications beyond pre-programmed routines. Boston Dynamics’ decision to withhold Atlas from the inaugural Robot Olympics in China reflects their focus on refining this sophisticated capability before public competition.
robotBoston-Dynamicshumanoid-robotLarge-Behavior-Modelrobotics-AIAtlas-robotrobot-learningWaymo approved to start autonomous vehicle testing in New York City
Waymo has received New York City’s first-ever permit to test autonomous vehicles, allowing the company to deploy up to eight Jaguar I-Pace SUVs in Manhattan and Downtown Brooklyn through late September 2025. The testing requires a trained safety operator to remain in the driver’s seat with at least one hand on the wheel at all times, and the vehicles are not permitted to pick up passengers without additional licensing from the city’s Taxi and Limousine Commission. Waymo must also regularly report data and meet with the city’s Department of Transportation (DOT) as part of the permit conditions. This approval marks a significant milestone for Waymo as it moves closer to launching a robotaxi service in New York City, which presents a more complex and challenging environment compared to its current operations in warmer cities like San Francisco, Austin, Phoenix, and Los Angeles. The company has been preparing for this step since 2021 by manually mapping the city and engaging with local lawmakers and organizations. The permit was granted under a new
robotautonomous-vehiclesWaymoself-driving-carsurban-mobilitytransportation-technologysmart-citiesCopley Controls releases nano servo drives for mobile robots
Copley Controls has introduced its Nano High Power (Nano HP) and Nano Plus High Power (Plus-HP) digital servo drives designed for brush and brushless motors, expanding its compact Nano family. These drives feature redesigned power boards to deliver higher current output, making them well-suited for traction motor applications in autonomous mobile robots (AMRs), automated guided vehicles (AGVs), and other space-constrained mobile robotics requiring high-power embedded modules. The Nano HP is based on an ARM processor platform, while the Plus-HP uses an advanced FPGA-based architecture, offering enhanced functionalities. Both drives support a wide input voltage range (9 to 90 Vdc) and provide up to 140 A continuous current, with communication protocols including EtherCAT (CoE) and CANopen; the Plus-HP also supports additional networking options. Key features include Safe Torque Off (STO) with SIL 3, Category 3, PL e safety conformance, multiple analog and digital inputs/outputs,
robotmobile-robotsservo-drivesmotion-controlembedded-modulesEtherCATAGVOwl-inspired drones aim for agility in cities and efficiency at sea
Researchers at the University of Surrey are developing owl-inspired fixed-wing drones that combine the endurance of traditional fixed-wing designs with the agility of rotary-wing drones. Their project, called ‘Learning2Fly,’ studies how birds of prey like owls navigate complex environments to enable drones to perch, pivot, and maneuver precisely through cluttered urban airspace or turbulent offshore wind conditions. By integrating experimental flight data with machine learning, the team aims to create drones that can predict and control their motion in real time, overcoming limitations of conventional aerodynamic simulations. The research involves real-world testing of lightweight drone prototypes in Surrey’s motion capture lab, where onboard sensors and high-speed cameras track three-dimensional flight behavior. This data trains machine learning models to anticipate drone responses to sudden air shifts and obstacles, improving reliability in unpredictable environments. Early results are promising, showing improved drone performance in complex conditions. The next phase will involve outdoor trials to validate adaptability to wind turbulence and moving obstacles, potentially enabling a new generation of drones capable of efficient,
robotdronesmachine-learningenergy-efficiencyurban-deliveryoffshore-inspectionfixed-wing-aircraftAI system slashes GPS errors almost 40 times in urban settings
Researchers at the University of Surrey have developed an AI system called Pose-Enhanced Geo-Localisation (PEnG) that dramatically improves location accuracy in urban environments where GPS signals are often unreliable. By combining satellite imagery with street-level images and using relative pose estimation to determine camera orientation, PEnG reduces localization errors from 734 meters to just 22 meters. The system operates using a simple monocular camera, common in vehicles, making it practical and accessible for real-world applications, especially in areas like tunnels or dense cities where GPS coverage is weak or unavailable. PEnG offers a GPS-independent navigation solution that could significantly enhance the reliability and resilience of autonomous vehicles, robotics, and other navigation-dependent industries such as logistics and aviation. The researchers emphasize that this approach not only improves everyday convenience but also addresses safety concerns linked to GPS outages or interference. Supported by the University of Surrey’s PhD Foundership Award, the team is working on a prototype for real-world testing and has made their research open
robotAIautonomous-vehiclesnavigationGPS-alternativescomputer-visionroboticsMultiply Labs reduces biomanufacturing costs by 74% with UR cobots - The Robot Report
Multiply Labs Inc. has developed an innovative “robotic biomanufacturing cluster” using Universal Robots (UR) collaborative robots (cobots) to automate the production of personalized cell therapies, significantly reducing manufacturing costs by 74%. These therapies, often used to treat blood cancers like lymphoma and leukemia, are traditionally expensive—ranging from $300,000 to $2 million per dose—due to their highly customized nature and manual, artisanal production processes. Multiply Labs’ automated system, controlled via the cloud, replicates complex manual tasks with high precision, repeatability, and in sterile conditions, addressing challenges such as contamination risks and scalability. The company selected UR cobots for their six-axis capabilities, delicate force control, software integration, and cleanroom compatibility. Multiple UR cobots operate in parallel with collision avoidance, enabling the full manufacturing workflow to be automated. This collaboration marks UR’s first partnership in the cell and gene therapy sector and demonstrates how robotics can enhance pharmaceutical manufacturing efficiency and broaden patient
robotcobotsbiomanufacturingcell-therapypharmaceutical-manufacturingautomationcollaborative-robotsTiny robot inspired by water striders skims across water at high speed
Researchers have uncovered the mechanism behind the remarkable speed and agility of Rhagovelia water striders, tiny insects that skim rapidly across turbulent streams. Unlike previous assumptions that their fan-like leg propellers were muscle-powered, the study found these ribbon-shaped fans open and close passively, driven by surface tension and elastic forces. This passive morphing enables a biomechanical duality—high flexibility during leg recovery and high rigidity during propulsion—allowing the insects to execute sharp turns and reach speeds up to 120 body lengths per second, rivaling the rapid movements of flying flies. Inspired by these biological insights, a multidisciplinary team from the University of California, Berkeley, Georgia Institute of Technology, and Ajou University developed an insect-sized robot named Rhagobot. Using high-resolution electron microscopy, they revealed the microstructure of the natural fans and engineered a one-milligram, self-deploying elastocapillary fan with a flat-ribbon shape that mimics the natural design. Integrated into the mic
robotbiomimicrymicro-roboticswater-striderpropulsion-technologybio-inspired-designagile-robotsNuro closes $203M to propel AI-first self-driving tech, commercial partnerships - The Robot Report
Nuro Inc., a Mountain View-based autonomous vehicle company, has closed a $203 million Series E funding round at a $6 billion valuation. The capital will be used to scale its AI-first autonomous driving technology and expand commercial partnerships. Founded in 2016, Nuro combines advanced artificial intelligence with automotive-grade hardware to offer its Nuro Driver system, which supports applications including robotaxis, commercial fleets, and personally owned vehicles. The company has deployed its autonomous vehicles at city scale without safety drivers across multiple U.S. states and internationally, including a recent test fleet in Japan. Key commercial partnerships highlighted include a collaboration with Lucid and Uber to launch a next-generation ride-hailing service, aiming to deploy over 20,000 Lucid vehicles integrated with Nuro Driver starting in 2026. Uber also invested in Nuro as part of this funding round, contingent on meeting development milestones. Investors in the round include returning backers Baillie Gifford and NVIDIA—whose DRIVE AGX
robotautonomous-vehiclesAIself-driving-technologyNuroNVIDIAcommercial-partnershipsNvidia is latest investor to back AV startup Nuro in $203M funding round
Nvidia has joined a group of new investors backing autonomous vehicle startup Nuro in a $203 million Series E funding round. The round includes $97 million from new investors such as Icehouse Ventures, Kindred Ventures, Nvidia, and Pledge Ventures, alongside existing backer Baillie Gifford. Uber also participated, contributing a “multi-hundred-million dollar” investment as part of a broader partnership involving electric car maker Lucid. Nvidia’s involvement follows years of technical collaboration, with Nuro utilizing Nvidia GPUs and the Drive AGX Thor platform for its self-driving software development. The total Series E funding includes an earlier $106 million tranche announced in April, bringing Nuro’s total raised capital to $2.3 billion with a post-money valuation of $6 billion—a 30% decrease from its $8.6 billion valuation in 2021. Nuro has undergone significant strategic shifts amid challenging economic conditions and industry consolidation. After layoffs in 2022 and 2023,
robotautonomous-vehiclesself-driving-technologyNvidiaelectric-vehiclesAImobilityMeet Wukong, the AI Chatbot China Has Installed on Its Space Station
China has introduced Wukong, an AI chatbot named after the legendary Monkey King from Chinese mythology, aboard its Tiangong space station. Developed from a domestic open-source AI model, Wukong is tailored specifically for manned space missions, with a knowledge base focused on aerospace flight data. Connected to Tiangong on July 15 and operational a month later, Wukong supports astronauts by providing rapid information for complex operations, fault handling, psychological support, and coordination between space and ground teams. It played a key role during a six-and-a-half-hour spacewalk mission involving debris protection installation and routine station inspection. Wukong AI operates through two interconnected modules: one onboard the station handling immediate challenges, and another on Earth performing in-depth analysis. This dual-module setup allows it to adapt dynamically to mission needs, making it a sophisticated assistant focused on space navigation. While not the first AI in space—preceded by systems like NASA’s Astrobee and CIMON—Wukong
robotAIspace-stationaerospacelarge-language-modelspace-explorationintelligent-assistantInterview with Haimin Hu: Game-theoretic integration of safety, interaction and learning for human-centered autonomy - Robohub
In this interview, Haimin Hu discusses his PhD research at Princeton Safe Robotics Lab, which centers on the algorithmic foundations of human-centered autonomy. His work integrates dynamic game theory, machine learning, and safety-critical control to develop autonomous systems—such as self-driving cars, drones, and quadrupedal robots—that are safe, reliable, and adaptable in human-populated environments. A key innovation is a unified game-theoretic framework that enables robots to plan motion by considering both physical and informational states, allowing them to interact safely with humans, adapt to their preferences, and even assist in skill refinement. His contributions span trustworthy human-robot interaction through real-time learning to reduce uncertainty, verifiable neural safety analysis for complex robotic systems, and scalable game-theoretic planning under uncertainty. Hu highlights the challenge of defining safety in human-robot interaction, emphasizing that statistical safety metrics alone are insufficient for trustworthy deployment. He argues for robust safety guarantees comparable to those in critical infrastructure, combined with runtime learning
robothuman-robot-interactionautonomous-systemssafety-critical-controlgame-theorymachine-learningautonomous-vehiclesMicrochipped moon jellyfish may reveal secrets of the deep ocean
Engineers at the University of Colorado, Boulder, have developed microchipped "cyborg" moon jellyfish equipped with microelectronic devices that stimulate their swimming muscles, allowing researchers to steer them toward remote and inaccessible ocean regions. These biohybrid jellyfish, which are among the most energy-efficient animals and have existed for over 500 million years, could serve as living sensors to collect critical environmental data such as temperature and pH. This technology offers a novel way to study deep and difficult-to-reach ocean areas, which are increasingly important to monitor due to climate change impacts like warming and acidification. The research team, led by Xu, emphasizes ethical considerations in working with these invertebrates, which lack brains and nociceptors but can exhibit stress responses. The jellies have been thriving in lab conditions, with ongoing efforts to improve steering capabilities and use sustainable methods like biodegradable particles to study their swimming dynamics. Beyond oceanographic data collection, the project aims to inspire the design of
robotIoTenergyunderwater-roboticsbiohybrid-robotsenvironmental-monitoringclimate-change-sensorsUS' secret, unmanned military space plane to embark on new mission
The U.S. Space Force's secretive X-37B orbital test vehicle, an uncrewed and autonomous military space plane developed by Boeing, is set to launch its eighth mission on August 21, 2025, from Kennedy Space Center, Florida. The X-37B, resembling a smaller space shuttle, requires a rocket boost to reach orbit and will be carried aboard a SpaceX Falcon 9 rocket for this mission. Known for its modular design, the space plane supports a wide range of experiments and missions in both high and low Earth orbits, although many of its specific functions remain classified. Its autonomous re-entry capability allows for safe returns and rapid refurbishment, enabling multiple re-flights and contributing to ongoing space exploration and technological advancements. The X-37B recently completed its seventh mission in March 2025, successfully landing at Vandenberg Space Force Base after conducting various tests, including space domain awareness technology experiments. These experiments aim to enhance the U.S. Space Force’s
robotautonomous-spacecraftmilitary-technologyspace-explorationaerospace-engineeringunmanned-vehiclespace-domain-awarenessSpace is open for business with Even Rogers and Max Haot at TechCrunch Disrupt 2025
The article highlights the upcoming TechCrunch Disrupt 2025 event, scheduled for October 27–29 at San Francisco’s Moscone West, with a special focus on the evolving space economy. The Space Stage panel will feature Even Rogers, CEO of True Anomaly, and Max Haot, founder of Launcher (acquired by Vast), who will discuss the shift from traditional space activities like rockets and satellites to new priorities such as infrastructure, autonomy, and innovative models for building and defending off-Earth assets. Rogers brings expertise from his background in national security and space systems strategy, while Haot contributes a commercial perspective as a serial entrepreneur involved in aerospace ventures, including efforts to develop artificial gravity space stations. The session aims to explore the operational future of space, emphasizing government-commercial partnerships and venture-backed orbital platforms that are driving the next wave of growth in the space sector. It promises a candid conversation on how emerging technologies and business models are transforming space from a theoretical concept into a practical, scalable economy.
robotIoTenergyspace-technologyaerospaceorbital-assetsspace-economyLab-grown brain cells steer robot dog, advancing Alzheimer's study
US scientists at the University of California San Diego have developed a novel technique called Graphene-Mediated Optical Stimulation (GraMOS) that uses graphene’s optoelectronic properties to stimulate and accelerate the maturation of lab-grown human brain organoids. Unlike traditional methods that rely on genetic modification or direct electrical currents, GraMOS is biocompatible and noninvasive, converting light into gentle electrical signals that encourage neurons to connect and mature faster. This advancement addresses the major limitation of slow brain organoid development, enhancing their utility for studying neurological diseases such as Alzheimer’s and enabling faster drug testing. In a groundbreaking demonstration, the researchers connected graphene-interfaced brain organoids to a robotic dog, allowing the organoids to process sensory input and generate neural responses that enabled the robot to avoid obstacles within 50 milliseconds. This neuro-biohybrid system exemplifies the potential for living brain cells to interface with machines, opening possibilities for applications in prosthetics, adaptive robotics, and biological computing. The
robotgraphenebrain-organoidsbrain-machine-interfaceoptoelectronicsneurological-disease-researchAlzheimer's-studyKodiak Robotics to use NXP processors in autonomous trucks - The Robot Report
Kodiak Robotics has announced the integration of NXP Semiconductors’ automotive processors and in-vehicle networking interfaces into its autonomous driving system, the Kodiak Driver. This integration aims to enhance the system’s performance, robustness, and reliability, particularly in safety-critical computing functions. Kodiak’s custom-designed Kodiak Actuation Control Engine (ACE) will incorporate NXP’s S32G3 vehicle network processor, S32K3 microcontroller, VR5510 power management IC, and PF53 regulator to manage vehicle actuation independently and enable safe fallback maneuvers if any critical component fails. The system evaluates over 1,000 safety-critical processes ten times per second, supporting real-time performance and self-diagnostic capabilities to improve vehicle uptime. NXP’s processors are compliant with the highest automotive safety standard, ISO 26262 ASIL-D, which corresponds to an extremely low failure rate, reinforcing Kodiak’s commitment to safety. The integration also provides flexibility and cost-effectiveness for adapting the Kodi
robotautonomous-trucksNXP-processorsautomotive-safetydriverless-technologyAI-in-transportationvehicle-networkingOlympic Air Taxi Sets Record Flight
Archer Aviation’s electric air taxi, named Midnight, recently achieved a record-setting flight during testing in California. This milestone demonstrates significant progress in the vehicle’s performance and reliability as the company advances toward obtaining FAA certification. The successful test flight is a critical step in Archer’s preparation to deploy its air taxi service for the 2026 Los Angeles Olympic Games. The company aims to provide innovative urban air mobility solutions during the event, highlighting the potential for electric vertical takeoff and landing (eVTOL) aircraft to transform transportation in congested cities.
robotelectric-air-taxiurban-air-mobilityArcher-Aviationautonomous-flightaviation-technologydrone-taxiIntuitive Surgical GM Iman Jeddi to share at RoboBusiness how the company keeps innovating - The Robot Report
Intuitive Surgical, a leader in surgical robotics for over two decades, continues to innovate beyond iterative improvements with its next-generation da Vinci 5 system. Recently achieving a 4,000-mile telesurgery demonstration and obtaining the CE mark for the robot, the company has redesigned the da Vinci platform to incorporate foundational computing power that enables advanced features such as force feedback, enhanced instruments, and machine vision. These capabilities aim to deepen surgical insights and improve the surgeon’s interface, positioning Intuitive to maintain leadership in a competitive and maturing surgical robotics market. Iman Jeddi, Ph.D., senior vice president and general manager of Intuitive’s multiport platform, will share insights on this innovation journey and the strategic thinking behind designing for the future of digital surgery during her keynote at RoboBusiness 2025. Dr. Jeddi brings over 20 years of medical device experience, including leadership roles at Intuitive Surgical since 2013 and prior work at Abbott Laboratories contributing to FDA-approved medical devices. At Int
robotsurgical-roboticsda-Vinci-systemmedical-devicestelesurgerymachine-visiondigital-surgeryInaugural World Humanoid Robot Games step into the spotlight - The Robot Report
The inaugural World Humanoid Robot Games 2025 took place at Beijing’s National Speed Skating Oval, featuring 280 teams from 16 countries competing in 487 contests across 26 events. The competition included races, mixed martial arts, soccer, and a warehouse material sorting challenge that tested robots’ embodied AI, perception, and problem-solving skills. While many robots were teleoperated rather than fully autonomous, the event showcased both commercial and experimental humanoid robots, with Unitree Robotics’ H1 humanoid winning multiple foot races and setting a new world record in the 1,500 m event. Notably, an autonomous robot was awarded first place in the 100 m sprint after applying a time-coefficient advantage for autonomy. A key outcome of the event was the creation of the World Humanoid Robot Sports Federation, which will govern future humanoid robot competitions. The games highlighted the current state of humanoid robotics, balancing teleoperation and autonomy, and emphasized real-world applications such as logistics and
robothumanoid-robotsrobotics-competitionautonomous-robotsteleoperated-robotsAI-in-roboticsrobot-sports-federationVietnam’s humanoid robot dance crew dazzles with live performance
Vietnam’s VinMotion, a subsidiary of Vingroup, recently showcased its humanoid robot dance crew, Motion 1, during a high-profile event in Hanoi attended by top political leaders including Party Chief To Lam and Prime Minister Pham Minh Chinh. The robots demonstrated advanced capabilities such as walking, waving, and gesture interaction in a largely unscripted performance relying on real-time sensors and synchronized algorithms. This demonstration highlighted the robots’ potential for diverse applications beyond entertainment, including industrial tasks like transporting parts and quality inspection in VinFast factories, where they will be initially deployed. VinMotion, founded in early 2025 with about $39 million in capital and backed by Vingroup’s technology ecosystem, aims to develop intelligent humanoid robots capable of communication, image processing, and language understanding. Future applications are envisioned across logistics, healthcare, education, customer service, and personal care. The company emphasized its in-house design of mechanical, electronic, and software systems, focusing on precision, balance, and real-time
robothumanoid-robotsindustrial-automationrobotics-technologymotion-controlreal-time-computingVinMotionFieldAI raises $405M to build universal robot brains
FieldAI, a robotics AI company, announced a $405 million funding raise to develop universal "robot brains" capable of controlling diverse physical robots across varied real-world environments. The latest funding round, including a $314 million tranche co-led by Bezos Expedition, Prysm, and Temasek, adds to backing from investors such as Khosla Ventures and Intel Capital. FieldAI’s core innovation lies in its "Field Foundation Models," which integrate physics-based understanding into embodied AI—AI that governs robots physically navigating environments—enabling robots to quickly learn, adapt, and manage risk and safety in new settings. This physics-informed approach contrasts with traditional AI models that often lack risk awareness, making FieldAI’s robots better suited for complex and potentially hazardous environments. Founder and CEO Ali Agha emphasized that their goal is to create a single, general-purpose robot brain that can operate across different robot types and tasks, with a built-in confidence measure to assess decision reliability and manage safety thresholds. Agha’s decades
robotartificial-intelligenceembodied-AIrobotics-safetyrobot-learningAI-modelsrobotics-technologyZoox taps ex-UberPool exec’s startup for routing software help
James Cox, former head of UberPool, founded The Routing Company after leaving Uber in 2019, aiming to apply ride-sharing routing technology to robotaxis. Over five years, his startup has facilitated 3 million trips across multiple U.S. states and countries by helping transit agencies efficiently match riders with vehicles. Recently, The Routing Company secured its first robotaxi client, Zoox, an Amazon-owned autonomous vehicle company. Zoox will license The Routing Company’s routing software and onboard five of its engineers to enhance the efficiency and scalability of its robotaxi service. Cox will also serve as a senior advisor to Zoox’s chief product officer while remaining CEO of his startup. The terms of the deal were not disclosed. This partnership reflects a broader trend of robotaxi firms collaborating with external technology providers to accelerate fleet deployment and operational efficiency. Zoox plans to expand its early-rider program to San Francisco and launch paid public rides in Las Vegas later this year. Cox emphasized that route optimization software is a critical
robotautonomous-vehiclesrobotaxirouting-softwaretransportation-technologyride-sharingZooxChina’s massive military parade to debut hypersonic, nuke missiles
China is set to hold a massive military parade on September 3, 2025, in Beijing to mark the 80th anniversary of its victory over Japan in World War II. The 70-minute event, the largest parade in China’s history, will feature over 100 domestically produced active-duty military systems, including new strategic missiles, hypersonic weapons, unmanned systems, and advanced electronic and directed-energy warfare equipment. The parade will be conducted in two stages—a review and a march-past—with 45 formations showcasing joint operational groups that reflect real-world combat roles across land, maritime, air, missile defense, information operations, and logistics. A key highlight will be the public debut of several new hypersonic cruise missiles, notably the YJ-15, YJ-17, YJ-19, and YJ-20. These missiles represent a significant expansion of the People’s Liberation Army’s strike capabilities, particularly for maritime operations. The YJ-17 and Y
robotunmanned-systemshypersonic-missilesmilitary-technologydirected-energy-weaponselectronic-warfaredefense-systemsDomino’s teases submarine pizza delivery, robot dogs in new trials
Domino’s UK is pushing the boundaries of pizza delivery through a series of innovative trials that blend technology with convenience. Recently, the company introduced what it claims to be the world’s first submarine pizza delivery, using a high-speed Seabreacher X submersible at Loch Ness. This stunt not only capitalizes on the location’s legendary status but also highlights Domino’s commitment to creating unique and memorable delivery experiences. Earlier initiatives include the use of a pothole-resistant delivery bike equipped with a built-in oven to ensure hot pizzas despite rough road conditions, addressing a widespread issue in the UK where potholes cause significant vehicle damage. In addition to the submarine and specialized bike, Domino’s partnered with robotics firm Boston Dynamics to deploy “Domidog,” a robot dog designed to deliver pizzas on beaches while deterring seagulls—an annoyance for many coastal visitors. Domidog’s advanced obstacle avoidance and 360-degree perception enable it to navigate challenging environments and protect deliveries from wildlife interference. These experiments demonstrate Domino’s focus
robotroboticsautonomous-deliveryrobot-dogsinnovative-deliveryDomino'slast-mile-deliveryTorc collaborates with Edge Case to commercialize autonomous trucks - The Robot Report
Torc Robotics, a developer of self-driving Class 8 trucks, has announced a collaboration with safety technology provider Edge Case to advance the commercialization of Level 4 autonomous trucks for long-haul applications in the U.S., targeting a 2027 launch. Edge Case will assist Torc in aligning its driverless safety case with industry best practices, including the Autonomous Vehicle Safety Consortium (AVSC) guidelines and the Open Autonomy Safety Case (OASC). This partnership aims to create a more streamlined, transparent, and production-ready safety case through independent assessments, detailed reporting, and collaborative reviews with Torc’s safety, engineering, and operations teams. Edge Case brings extensive expertise in autonomy, functional safety, and systems engineering across multiple sectors such as automotive, aerospace, and defense. Utilizing its DevSafeOps methodology, Edge Case helps digitize safety workflows and generate defensible safety cases, accelerating readiness for real-world deployment. Torc, founded in 2005 and headquartered in Blacksburg, Virginia, has
robotautonomous-trucksself-driving-vehiclesLevel-4-autonomysafety-technologyEdge-CaseTorc-RoboticsWIRobotics Releases 0.3mm Precision Robot
WIRobotics has introduced ALLEX, their first general-purpose humanoid robot, notable for its exceptional dexterity and precision with a 0.3mm accuracy. This advancement enhances the robot's strength and expressiveness, marking a significant development in the robotics field. ALLEX is designed to perform a wide range of tasks, showcasing versatility that could impact various industries. The release of ALLEX highlights WIRobotics' commitment to pushing the boundaries of humanoid robotics by combining fine motor skills with robust performance. While specific applications or technical specifications beyond the precision level were not detailed, the robot's capabilities suggest potential for both industrial and service-oriented roles. Further information would be needed to fully assess its market impact and integration possibilities.
robothumanoid-robotroboticsprecision-roboticsWIRoboticsALLEX-robotdexteritySouth Korea unveils humanoid robot with 40-newton fingertip strength
South Korean robotics company WIRobotics has introduced ALLEX, a general-purpose humanoid robot designed for real-world applications emphasizing safety, versatility, and responsiveness. Unveiled at Korea University of Technology’s Robot Innovation Hub, ALLEX features 15 degrees of freedom enabling life-like movements and complex interactions. It can detect forces as small as 100 gram-force without tactile sensors and delivers a fingertip force of 40 Newtons. The robot’s arm system boasts significantly reduced friction and rotational inertia compared to conventional collaborative robots, along with a gravity compensation mechanism that allows it to perform high-load tasks efficiently without excess energy use or mechanical stress. ALLEX is lightweight, with its hand weighing about 700 grams and the shoulder assembly 5 kilograms, yet it can lift over 3 kilograms with one hand, offering a superior strength-to-weight ratio compared to many larger robots. ALLEX distinguishes itself from other humanoid robots like Figure 02 and Digit by prioritizing precision, dexterity, and safety over
robothumanoid-robotroboticsautomationAI-roboticscollaborative-robotsindustrial-robotsChinese doctors save man nearly decapitated in robotic arm accident
Chinese doctors at Shanghai Changzheng Hospital successfully saved a man who was nearly decapitated after being struck by a robotic arm in an industrial accident on May 31, 2025. The impact severed his cervical vertebrae and damaged critical arteries, leaving his neck connected only by soft tissue. Despite severe bruising, the patient’s spinal cord remained intact, which was crucial for survival. The man suffered immediate paralysis and cardiac arrest, with both vertebral arteries obstructed and blood pressure dangerously low. The medical team faced enormous risks, including potential catastrophic bleeding and infection, compounded by the patient’s critical condition that limited preoperative imaging and assessments. On June 18, a multidisciplinary surgical team performed a groundbreaking three-hour operation to remove a clot, realign the cervical bones, and stabilize the spine using auxiliary plates—a first in such a severe case. Surgeons had to make real-time decisions during the procedure to avoid secondary injuries to blood vessels and nerves. Post-surgery, the patient regained
robotrobotic-armmedical-roboticssurgeryhealthcare-technologyrobotic-accidentspinal-surgeryAre Tesla Execs Engaging In Insider Trading? - CleanTechnica
The article from CleanTechnica raises concerns about potential insider trading among Tesla executives, focusing on significant stock sales by key figures such as Senior VP Tom Zhu, CFO Vaibhav Taneja, and Board Chair Robyn Denholm. Zhu has sold 82% of his Tesla shares, while Denholm has sold over $558 million worth of stock since 2020. These sales have sparked speculation about internal unrest and doubts regarding Tesla’s strategic pivot toward autonomy, AI, and robotics. The article questions whether these executives are acting on non-public information about the company’s future prospects, especially given Tesla’s recent ambiguous strategic direction and CEO Elon Musk’s divided attention among various ventures. Further scrutiny is directed at Tesla’s financial health and operational challenges. The company faces weakening consumer demand, regulatory hurdles for its Full Self-Driving (FSD) software, and production difficulties with its robotaxi and Cybertruck projects. Additionally, the integration of Musk’s xAI initiative appears to be diverting resources without clear
robotAIelectric-vehiclesinsider-tradingTeslaautonomystock-marketWiBotic obtains three certifications for wireless robot charging - The Robot Report
WiBotic has achieved three key safety certifications—FCC (U.S.), CE (Europe), and Giteki (Japan)—for its wireless robot charging products, including its 1kW wireless charging system. These certifications are critical benchmarks that demonstrate the products have undergone rigorous testing to meet stringent regulatory standards for safety, electromagnetic interference (EMI), and reliability. WiBotic emphasizes that such certifications are essential for ensuring safe deployment and scaling of robotics fleets, as they provide assurance that the technology operates within legal and safe parameters, minimizing risks such as overheating or malfunction. The FCC certification focuses on limiting electromagnetic emissions to prevent interference with other communication systems, requiring tests on radiated and conducted emissions as well as exposure limits to wireless frequencies. The CE mark mandates compliance with European safety, health, and environmental directives, often involving third-party testing, allowing products to be sold across the European Economic Area. WiBotic’s 1kW system met the FCC’s Class A device standards for industrial environments by
robotwireless-chargingFCC-certificationCE-certificationsafety-standardsautomationroboticsServe Robotics acquires Vayu Robotics to enhance delivery robots
Serve Robotics Inc., a developer of sidewalk delivery robots, has acquired Vayu Robotics, a company specializing in large-scale AI models for urban robot deployment. This acquisition aims to enhance Serve’s physical AI capabilities by integrating its autonomy stack and real-world sidewalk data with Vayu’s AI foundation models and scalable simulation-powered data engine. The combined technology is expected to enable safer, faster, and more adaptable navigation for delivery robots, facilitating Serve’s expansion into new markets and use cases. Serve Robotics, which launched a delivery service in the Dallas-Fort Worth area and has completed tens of thousands of deliveries for partners like Uber Eats and 7-Eleven, plans to leverage this acquisition to accelerate its goal of reducing delivery costs to $1. The company holds scalable multi-year contracts, including deploying up to 2,000 robots on Uber Eats across multiple U.S. cities. Vayu’s CEO Anand Gopalan highlighted the synergy between Vayu’s AI expertise and Serve’s operational scale and cost focus, positioning Serve
robotautonomous-deliveryAI-roboticslast-mile-logisticsServe-RoboticsVayu-Roboticsurban-robotsUK submarine drone controlled from Australia over 10,000 miles away
The UK Royal Navy has successfully demonstrated remote operation of its new Extra-Large Uncrewed Underwater Vehicle (XLUUV), named Excalibur, from over 10,000 miles away in Australia while the drone was submerged at its home base in Plymouth, UK. This milestone was achieved during Exercise Talisman Sabre in July, as part of the AUKUS security partnership involving the US, UK, and Australia. The trial showcased the interoperability of XLUUVs between the UK and Australia and was conducted under the AUKUS Pillar II “Maritime Big Play” initiative, which aims to advance the collective use of robotics and autonomous systems at sea. Japan also participated by helping improve underwater acoustic communications. Excalibur, unveiled in May and built by Plymouth-based MSubs through the three-year Project Cetus, is the Royal Navy’s largest uncrewed underwater platform, measuring 39 feet long and capable of diving deeper than manned submarines. It is designed primarily
robotautonomous-underwater-vehiclesubmarine-dronemilitary-roboticsremote-operationmaritime-technologyAUKUSChina's humanoid robots impress with ballet moves on dance debut
China’s robotics company LimX Dynamics recently debuted its full-size humanoid robot, LimX Oli, in a live dance performance featuring ballet-inspired moves at the World Robotics Conference 2025. Standing about 5.5 feet tall with 31 degrees of freedom, Oli demonstrated impressive balance, mobility, and expressive capabilities, marking a novel fusion of robotics and performance art. This event followed the robot’s official unveiling on July 30, positioning Oli as a versatile platform aimed at advancing humanoid robotics research and applications. Oli is offered in three versions—Lite, EDU, and Super—with prices starting around $21,800. Its modular hardware and software design allows users to customize attachments such as hands or grippers, making it adaptable for industrial, research, and experimental uses. An open SDK provides developers full control over joint movement, sensor data, and task scheduling, enabling Oli to serve both as a research testbed and a deployable system in manufacturing or warehouse environments. LimX Dynamics, founded
robothumanoid-robotroboticsAI-integrationmodular-roboticsdance-performanceLimX-DynamicsUS firm builds Iran's Shahed-like drone with 100-pound payload power
Griffon Aerospace, an Alabama-based US drone manufacturer, has unveiled the MQM-172 Arrowhead, an unmanned aircraft system designed with a dual-role capability. The Arrowhead serves primarily as a high-performance target drone for military training but can also be configured as a kamikaze-style strike drone, similar in appearance to Iran’s Shahed suicide drone. It features a modular payload bay capable of carrying up to 100 pounds, allowing it to be equipped with various sensors or warheads depending on mission requirements. The drone’s maneuverable and durable airframe reflects Griffon’s emphasis on reliable, multi-mission unmanned systems, developed entirely in-house after extensive testing. This new platform addresses the growing demand for versatile, affordable drones that can be rapidly deployed for both training and operational combat missions. The Arrowhead’s dual-use design enhances Griffon Aerospace’s competitive position in the US drone market and may appeal to domestic and international buyers. Its introduction aligns with a global trend toward increased reliance on
robotdroneunmanned-aerial-systemmilitary-technologypayloadmodular-designaerospaceChinese YouTuber builds mini subway with working train for cats
Chinese YouTuber and engineer Xing Zhilei has created a fully functional miniature subway system designed specifically for his cats. The project, which took four months to complete, features realistic elements such as tunnels, synchronized train and platform doors, a moving train, and a working escalator connecting different levels. Xing overcame significant engineering challenges, particularly synchronizing the doors and building the escalator on a small scale, through persistent testing and adjustments. The final setup includes charming details like a “Cattown Station” and a welcome announcement, making the subway feel like a living, miniature transit system. This subway is part of a larger “mini world” that Xing has been developing over the years for his pets, which includes elaborate structures such as a Cybertruck, spa, supermarket, and theater. His projects combine engineering expertise with creativity and a deep affection for animals, aiming to provide imaginative and functional environments for cats, dogs, and hamsters. Xing’s work not only showcases his technical skills but also reflects
robotengineeringmini-subwayautomationescalatorsynchronizationpet-technologyMosquito-killing robot dogs to fight Chikungunya virus in Hong Kong
Hong Kong authorities are set to deploy robot dogs equipped with insecticide sprayers starting next month to combat the rising cases of the mosquito-borne Chikungunya virus. This initiative comes after nine imported cases were recorded locally and a significant outbreak in nearby Guangdong province. The robot dogs, capable of navigating difficult terrains like hillsides, aim to spray insecticides in hard-to-reach areas, thereby reducing the workload on frontline workers, especially during hot weather. If the trial is successful, the government plans to expand the use of these robotic dogs and continue researching innovative mosquito-control methods. These robotic dogs, developed by companies such as Boston Dynamics, integrate AI, cameras, and sensors to detect standing water and map mosquito breeding sites. They can analyze environmental data to predict high-risk areas, enabling targeted insecticide use that minimizes environmental impact. Additionally, Hong Kong is exploring other mosquito control strategies, including a WHO-recommended method involving bacteria introduced into mosquitoes to reduce their reproduction and virus transmission, with trials expected next
robotroboticsAImosquito-controlpublic-health-technologysmart-sensorsautonomous-robotsChina's 'scissor wing' project could revive hypersonic drone concept
Chinese engineers are revisiting the oblique wing aircraft concept, originally developed in the 1940s, which features a single wing that pivots around the fuselage like a scissor blade. This design allows the wing to be perpendicular at low speeds for takeoff and landing, then rotate to align with the fuselage at high speeds, reducing drag and enabling hypersonic flight. Unlike previous variable-sweep wing aircraft like the F-14, the oblique wing uses a simpler mechanism involving just one wing. However, past attempts, such as NASA’s 1970s AD-1, faced significant stability and control challenges. To overcome these issues, the Chinese project incorporates advanced technologies including supercomputers, artificial intelligence for airflow modeling, smart materials, and sensors to manage structural stresses. The design also uses canards, tailplanes, and active control surfaces to maintain stability during wing movement. The aircraft aims to serve as a hypersonic “mother ship” drone carrier capable of Mach
robotdronehypersonic-technologysmart-materialssensorsartificial-intelligenceaerospace-engineeringElephant Robotics builds myCobot Pro 450 to meet industrial expectations - The Robot Report
Elephant Robotics has launched the myCobot Pro 450, a compact collaborative robot arm designed to meet industrial-level demands across education, research, and commercial applications. The robot features a modular design with a 1 kg payload, 450 mm reach, and high positioning accuracy of ±0.1 mm. Weighing under 5 kg, it incorporates harmonic reducers, servo motors, joint brakes, and integrated controllers within an all-metal, durable housing. The myCobot Pro 450 supports various end effectors such as cameras, suction pumps, and grippers, enabling rapid deployment for tasks like data collection, fine manipulation, and intelligent human-robot interaction (HRI). The cobot supports personalized applications including 3D visual random sorting, robotic writing and painting, and compound mobile inspections. It integrates with peripherals like 3D cameras, recognition software, industrial PCs, and mobile platforms (e.g., myAGV Pro) to offer scalable solutions. Notably, the myC
robotcollaborative-robotmyCobot-Pro-450industrial-automationAI-integrationhuman-robot-interactionrobotic-armUkraine mounts grenade launcher on tank-like drone for 3,600-ft range
The article reports on a significant advancement in unmanned combat support capabilities through the integration of a 40mm automatic grenade launcher onto the Tracked Hybrid Modular Infantry System (THeMIS), a tank-like unmanned ground vehicle (UGV). Developed by Estonian company Milrem Robotics in collaboration with Ukrainian defense firm Frontline, the BURIA remote weapon station (RWS) mounted on THeMIS enables precise target engagement at ranges up to 3,609 feet (1,100 meters). This integration was validated through live-fire trials in Ukraine under operational conditions, demonstrating excellent stability, target tracking, and accuracy while enhancing operator safety by allowing remote operation. The THeMIS platform, known for its modularity and versatility, is already recognized as the most capable UGV deployed by the Ukrainian Armed Forces in their conflict with Russia. The BURIA grenade launcher system has been in service since January 2025 and is now in serial production, with ongoing training programs for frontline deployment. Both companies emphasize that
robotunmanned-ground-vehiclemilitary-droneremote-weapon-stationdefense-technologyrobotic-warfarecombat-roboticsInside the World’s First Robot Olympics
The article highlights China’s inaugural Robot Olympics, featuring over 500 humanoid robots competing across a diverse range of events, including martial arts, soccer, fashion, and medical sorting. This groundbreaking competition showcases the advanced capabilities of robots in performing complex and varied tasks, signaling a significant leap forward in robotics technology and its applications. Key participants mentioned include Unitree and Xinghaitu, alongside other lesser-known contenders, all demonstrating unique skills and innovations. The event not only serves as a platform for technological display but also hints at the evolving role of robots in sports and practical fields, emphasizing the potential for robots to augment or transform traditional human activities.
robothumanoid-robotsRobot-Olympicsrobotics-competitionsports-robotsartificial-intelligencerobot-technologyRobot muralist gives Tesla Gigafactory a colorful graffiti makeover
Tesla’s Berlin Gigafactory is undergoing a unique artistic transformation as a robot muralist paints colorful graffiti across its extensive concrete exterior walls. Initially, local graffiti crews began the project, but to cover the entire 1.2-square-mile factory, Tesla integrated advanced technology by employing a robotic painter developed in collaboration with a startup. This robot uses a print head with multiple nozzles and a Kevlar cable lifting mechanism to spray millions of tiny paint dots, enabling large-scale, precise murals. The artwork includes contributions from global artists as well as Tesla’s in-house designs, blending Berlin’s vibrant street art culture with Tesla’s high-tech identity. The murals draw inspiration not only from Berlin’s local spirit but also from Tesla’s products and the factory itself, reflecting a fusion of art, technology, and place. Vincent Krause, the workplace design lead at the Gigafactory, emphasized that the project is ongoing, aiming to cover all factory surfaces with this creative expression. Opened in 2022 after
robotroboticsTeslaGigafactorymuralist-robotautomationindustrial-robotsKARGO II: New VTOL drone can deliver 1,500 pounds of military goods
Piasecki Aircraft Corporation, a Pennsylvania-based firm, has introduced the KARGO II, an advanced vertical take-off and landing (VTOL) drone capable of autonomously delivering over 1,500 pounds (680 kilograms) of military cargo in a single flight. This payload capacity doubles that of its predecessor, the KARGO UAV, which could carry between 500 to 800 pounds. Designed for both military and commercial applications, KARGO II offers enhanced range, airspeed, and mission flexibility, enabling operations in contested and remote environments. It can deliver payloads with high precision using various methods, including hard-mounted pods like the Joint Modular Intermodal Container (JMIC), aerial delivery, or external long line, and can be deployed rapidly from a standard 20-foot cargo container. The drone incorporates a new optimized shaft-driven transmission and larger rotors to support its improved performance. Developed through a spiral approach building on successful flight tests and demonstrations under U.S. Army and Marine Corps contracts, KARGO
robotdroneautonomous-logisticsVTOLunmanned-aerial-vehiclemilitary-technologyaerospace-materialsChina’s Kaiwa plans world’s first pregnancy humanoid robot
Chinese tech company Kaiwa Technology, based in Guangzhou, is developing what it claims will be the world’s first pregnancy humanoid robot, set to debut by 2026 at a price under $13,900. This humanoid robot features an embedded artificial womb designed to carry a fetus through the entire ten-month gestation period, replicating natural pregnancy by using artificial amniotic fluid and nutrient delivery via a hose. The technology, reportedly mature in laboratory settings, aims to offer an alternative to human pregnancy, potentially benefiting those who wish to avoid the physical burdens of gestation. The project has sparked significant public debate over ethical, legal, and scientific implications, with discussions already underway with authorities in Guangdong Province. The artificial womb technology builds on prior advances, such as the 2017 “biobag” experiment where premature lambs were nurtured in artificial amniotic fluid, though current artificial wombs mainly support partial gestation rather than full-term pregnancy. Kaiwa’s vision requires further breakthroughs
robothumanoid-robotartificial-wombAI-technologypregnancy-robotrobotics-innovationhuman-robot-interactionMeet the first batch of VCs set to judge Startup Battlefield 200 at TechCrunch Disrupt 2025
Startup Battlefield 200 at TechCrunch Disrupt 2025, taking place October 27–29 in San Francisco, will feature the top 20 startups selected from thousands of applicants competing for a $100,000 equity-free prize and significant industry exposure. This competition has a strong legacy of launching successful companies like Dropbox, Mint, Vurb, and Cloudflare. The event promises intense pitching sessions judged by leading venture capitalists who will rigorously evaluate each startup’s potential through candid Q&A, providing insights into what excites or concerns top investors. The first group of judges announced includes five prominent VCs: Philip Clark of Thrive Capital, known for investments in AI and robotics companies; Madison Faulkner of NEA, specializing in data, AI, and developer tools; Leslie Feinzaig, founder of Graham & Walker VC, focused on disruptive founders and public market innovation; and Ilya Kirnos, co-founder and CTO of SignalFire, who leverages AI-driven data platforms to identify promising
robotAIroboticsstartupventure-capitaltechnologyinnovationChina unveils ‘world’s first’ jet-powered vertical landing drone for warships
China has unveiled what it claims to be the world’s first jet-powered vertical takeoff and landing (VTOL) drone designed for deployment from warships without the need for runways. Developed over a decade by aerospace engineers at Beihang University starting in 2015, the drone combines small rotors for vertical lift with a turbojet engine for high-speed cruise flight. A patented retractable fairing system encloses the rotors during forward flight, reducing drag by up to 60%, enabling speeds up to 142 mph as demonstrated in tests. The composite airframe, made from advanced carbon fiber materials, is built to withstand harsh maritime conditions and repeated deck landings, while heat shielding protects the drone from jet exhaust temperatures exceeding 1,292°F. This VTOL drone is intended to operate from a variety of Chinese naval vessels—including destroyers, frigates, and amphibious ships—effectively turning them into forward-operating bases capable of launching reconnaissance, electronic warfare, or light strike
robotdronevertical-takeoff-and-landingjet-powered-dronecomposite-materialsaerospace-engineeringmilitary-technologyTesla Full Self Driving Supervised Update/Tweaks - CleanTechnica
The article provides a detailed user perspective on Tesla's Full Self Driving (FSD) Supervised version 12.6.3, highlighting its advanced capabilities and some current limitations. The author, an experienced driver, appreciates how the system learns driving habits, such as prioritizing frequent destinations, and responds well to voice commands for navigation. The FSD Supervised system demonstrates impressive driving accuracy, including maintaining lanes better than the author can, making wide left turns to avoid oncoming traffic, fully stopping at stop signs, and reacting appropriately to pedestrians, bicyclists, and obstacles like deer, fallen logs, and traffic cones. It also shows smart highway behavior by passing slow trucks and returning to the right lane, though this lane return is sometimes inconsistent. Despite these strengths, the article points out several notable faults. The system does not yet slow down for school zone speed limits with flashing yellow lights, which is puzzling given Tesla’s extensive engineering resources. Phantom braking remains a frequent issue, where the car
robotautonomous-vehiclesTesla-Full-Self-DrivingAI-driving-systemsautomotive-technologydriver-assistance-systemssmart-navigationIFR examines humanoid adoption trends around the globe - The Robot Report
The International Federation of Robotics (IFR) highlights the growing interest and development of humanoid robots worldwide, emphasizing their potential to automate complex tasks that traditional robots cannot easily handle due to their human-like dexterity and adaptability. While humanoids are unlikely to replace existing robots, they are expected to complement and expand current robotic technologies. Various regions have distinct approaches: China prioritizes humanoids for service sectors and aims to build scalable supply chains; the U.S. focuses on practical applications in logistics and manufacturing driven by private investment and AI advancements; Japan treats humanoids as social companions addressing societal needs like elder care; and Europe emphasizes ethical considerations, human-centric design, and collaborative robots that enhance human work rather than replace it. The IFR’s recent paper on humanoid robots outlines these regional trends and underscores the uncertainty about when mass adoption will occur. It also notes that while the technology is advancing rapidly, the integration of humanoids varies significantly based on cultural, economic, and strategic priorities. The report suggests that humano
robothumanoid-robotsrobotics-industryautomationartificial-intelligencemanufacturing-roboticsrobotics-investmentPhotos: World's first Robocar promises pure autonomy with lidars, radars
The Tensor Robocar, introduced by California-based startup Tensor, is the world’s first personal autonomous vehicle designed from the ground up for private ownership rather than fleet use. Scheduled for delivery in late 2026, the Robocar features a comprehensive sensor suite including 37 cameras, 5 lidars, 11 radars, and multiple microphones and ultrasonic sensors, enabling Level 4 autonomy with no driver input required under defined conditions. Its architecture emphasizes safety and redundancy, meeting global automotive safety standards such as FMVSS and IIHS Top Safety Pick+, with full backup systems to prevent single points of failure. The vehicle’s autonomy is powered by a dual-system AI: one system handles rapid, reflexive driving responses based on expert driver data, while the other uses a multimodal Visual Language Model to reason through complex or unusual scenarios, including low-visibility conditions. The Robocar also functions as an "AI agentic car," featuring a Large Language Model that enables conversational interaction and adapts to the owner
robotautonomous-vehiclesAIsensorslidarradarautomotive-technologyRobot Team To Tunnel Deep Into Mars
The article discusses a team of three specialized robots engineered to explore and navigate lava tubes, both on Earth and extraterrestrial environments such as Mars. These robots are designed with complementary capabilities that enable them to work together effectively in challenging subterranean conditions. Their combined skills allow them to survey, enter, and traverse lava tubes, which are considered promising sites for scientific exploration due to their potential to harbor signs of past or present life and to offer protection from harsh surface conditions. The key takeaway is that this robotic team represents a significant advancement in planetary exploration technology, particularly for missions targeting subsurface environments on Mars. By leveraging their unique abilities, these robots can perform detailed mapping and analysis of lava tubes, which could provide critical insights into Mars' geology and habitability. The article highlights the importance of such robotic systems in expanding our understanding of other planets while overcoming the limitations faced by human explorers in extreme environments.
robotMars-explorationplanetary-roboticsautonomous-robotsspace-roboticslava-tube-explorationrobotic-surveyorsPixar Lamp-style robot, lifelike Siri in Apple’s reported AI plans
Apple is preparing a significant expansion into artificial intelligence with a range of new devices and software enhancements aimed at revitalizing its innovation image and competing with rivals like Samsung, Meta, and Google. Central to this effort is a tabletop robot, targeted for release in 2027, designed as a virtual companion that resembles an iPad on a movable arm. This robot will feature a lifelike version of Siri capable of natural, ongoing conversations and contextual memory, allowing it to interact more like a person in the room by suggesting activities or assisting with planning. Internally nicknamed the “Pixar Lamp,” the device includes a 7-inch horizontal display on a motorized arm and can be controlled remotely via iPhone during video calls. Alongside this, Apple plans to launch a non-robotic smart display next year, running a new multiuser operating system called Charismatic that integrates face recognition and enhanced Siri voice control through a feature called App Intents. In addition to these devices, Apple is advancing its home
robotAIsmart-homeSirihome-securitysmart-displayApple-innovationWoman regains speech 18 years after stroke with brain implant
Eighteen years after suffering a brainstem stroke that left her with locked-in syndrome and near-total paralysis, Ann Johnson regained the ability to speak through an AI-powered brain-computer interface (BCI). The implant, placed over her brain’s speech motor cortex, detects neural signals when she attempts to speak and translates them via an AI decoder into audible words and facial animations on a digital avatar. Initially, the system had an eight-second delay due to sentence-based processing, but recent advances reported in 2025 have reduced this latency to about one second using a streaming AI architecture, enabling near-real-time communication. Johnson’s voice was personalized using recordings from her 2004 wedding speech, and she selected an avatar that mimics her facial expressions. The clinical trial, led by researchers at UC Berkeley and UCSF, aims to transform neuroprostheses from experimental devices into practical, plug-and-play clinical tools. Future developments may include wireless implants and photorealistic avatars to enhance natural interaction. The technology
robotAIbrain-computer-interfaceneuroprostheticsmedical-technologyspeech-restorationassistive-technologyWaymo finally has a music experience worthy of its robotaxi
The article discusses Waymo’s recent improvement to its in-car music experience, addressing a long-standing shortcoming in its autonomous robotaxi service. Previously, Waymo passengers were limited to a few preset music stations or had to rely on a cumbersome workaround involving the Google Assistant app to stream music from Spotify, which was unreliable and inconvenient. This was surprising given the advanced technology in Waymo vehicles, which include numerous sensors and AI systems for navigation. The new update now allows users to seamlessly connect their Spotify accounts directly through the Waymo app, enabling passengers to play their own playlists, podcasts, and personalized mixes effortlessly during rides. The integration works by linking Spotify within the Waymo app’s “Music” section, where users authorize the connection and gain access to their listening content on the robotaxi’s touchscreen. The system can automatically resume playback from where the user left off, enhancing the personalized experience and making the backseat feel more like a private space. While the current integration focuses on Spotify, Waymo has
robotautonomous-vehiclesWaymoAI-sensorsmusic-streaming-integrationSpotifyrobotaxi-technologyAi2 says new MolmoAct 7B model brings AI into the physical world - The Robot Report
The Allen Institute for AI (Ai2) has introduced MolmoAct 7B, an embodied AI model designed to bring advanced artificial intelligence into the physical world by enabling robots to perceive and interact with their surroundings more intelligently. Unlike traditional models that convert language instructions directly into movements, MolmoAct processes 2D visual inputs to generate 3D spatial plans, allowing robots to understand spatial relationships and plan actions accordingly. This model emphasizes transparency, safety, and adaptability, providing step-by-step visual reasoning that lets users monitor and adjust robot behavior in real time. Ai2 describes MolmoAct as an “action reasoning model” (ARM) that interprets high-level natural language commands and breaks them down into a sequence of spatially grounded decisions, enabling complex tasks like sorting objects to be executed as structured sub-tasks. MolmoAct 7B was trained on an open dataset of approximately 12,000 robot episodes captured in real-world household environments, such as kitchens and bedrooms, showcasing diverse tasks
robotembodied-AIMolmoAct-7Bspatial-reasoningaction-reasoning-modelAI-roboticsvisual-waypoint-planningAugust 2025 issue: Motion control enables robots from the ISS to the AGT stage - The Robot Report
The August 2025 issue of The Robot Report highlights the critical role of motion control technologies in advancing robotics applications both in space and on Earth. A key feature explores PickNik Inc.’s collaboration with the Japan Aerospace Exploration Agency (JAXA) to develop a multi-arm robotic system designed for complex manipulation tasks in microgravity. This innovation aims to enhance cargo handling capabilities aboard the International Space Station (ISS) and support future crewed and uncrewed space missions. PickNik’s MoveIt Pro software, integral to this project, also finds applications in terrestrial governmental and commercial robotics. Additionally, the issue covers Boston Dynamics’ efforts to showcase its Spot quadruped robot on NBC’s America’s Got Talent (AGT). The performance combined teleoperated and autonomous control with precise choreography, demonstrating both the technical prowess of the engineering team and the expanding commercial and industrial potential of robotics. The company also turned an on-air malfunction into a memorable moment, highlighting the human side of robotic innovation. The issue
robotmotion-controlroboticsspace-roboticsBoston-Dynamicsautonomous-robotsrobotic-manipulationThis Humanoid Robot Will Fold Your Laundry!
The article discusses advancements in humanoid robots, specifically highlighting Figure’s Scaling Helix model, which enables robots to fold laundry. This development showcases the potential for assistant robots to perform everyday household tasks, offering a glimpse into a future where robotic helpers could significantly ease domestic chores. By demonstrating the ability to handle complex, delicate tasks like folding clothes, these robots represent a step forward in robotics technology and practical home automation. The article implies that such innovations could transform daily life by providing reliable, efficient assistance in routine activities, although further details on the robot’s capabilities and deployment are not provided.
robothumanoid-robotautomationrobotics-technologyhousehold-robotsAI-assistantrobot-applicationsTurkey's TALAY Drone: World's First Sea-Skimming UAV
Turkey has developed the TALAY, the world's first sea-skimming unmanned aerial vehicle (UAV), reviving the Cold War-era concept of the ekranoplan. This innovative drone flies just meters above the sea surface, enabling it to evade radar detection and enhance stealth capabilities in naval operations. By combining modern AI technology with the ekranoplan's unique design, the TALAY represents a significant advancement in maritime warfare. The TALAY’s ability to operate at low altitudes over water allows it to avoid conventional radar systems, making it a formidable asset for surveillance, reconnaissance, and potentially offensive missions. Drawing inspiration from Soviet-era "Sea Monsters," Turkey’s adaptation modernizes this concept, potentially altering naval strategies and the balance of power in maritime domains. This development underscores Turkey’s growing emphasis on integrating AI and unmanned systems into its military arsenal.
robotdroneUAVmilitary-technologystealth-technologyAI-warfarenaval-warfareFigure humanoid robot uses Helix AI brain to fold laundry smoothly
Figure’s humanoid robot, powered by the Helix AI brain, demonstrates advanced capabilities in folding laundry with human-like smoothness and adaptability. Helix is a Vision-Language-Action (VLA) model that integrates perception, language understanding, and learned control to enable robots to follow natural language commands and perform complex tasks without heavy programming or repeated demonstrations. In a recent video, the robot carefully folds towels one by one, handling each item with steady, deliberate movements and stacking them neatly, showcasing its ability to manage unfamiliar household objects through intuitive spoken instructions. Helix’s architecture consists of two core components: System 1 (S1), a fast visuomotor policy that executes real-time actions, and System 2 (S2), a slower, pretrained vision-language model responsible for scene and language comprehension. This design allows the robot to balance quick, precise movements with complex reasoning. The AI model controls the robot’s upper body with high dexterity, enabling fluid wrist, torso, head, and
robothumanoid-robotAI-roboticsmachine-learningautomationvision-language-action-modelrobotics-control-systemsUS Army scores first air-to-air kill using 'mine-loaded' drone
The US Army’s 173rd Airborne Brigade, in collaboration with the Army Combat Capabilities Development Command Armaments Center (DEVCOM AC), has successfully conducted the first-ever air-to-air kill using an armed first-person-view (FPV) drone. During the exercise at Fort Rucker, a SkyRaider quadcopter equipped with a Claymore anti-personnel mine intercepted and destroyed a hostile unmanned aerial vehicle (UAV). The Claymore mine, traditionally a ground-based directional landmine containing C-4 explosive and steel ball bearings, was manually detonated by the drone operator after maneuvering close to the target. Despite temporary loss of stability and communications following the blast, the interceptor drone quickly regained control, demonstrating potential for reuse in future air-to-air engagements. This milestone reflects growing interest in drone-on-drone combat, a tactic increasingly prominent in conflicts such as the war in Ukraine, where small quadcopters and FPV drones are used both for reconnaissance and to neutralize enemy drones
robotdrone-technologyunmanned-aerial-vehiclemilitary-roboticsFPV-droneair-to-air-combatdefense-technologyChina unveils world's first autonomous robot for hybrid pollination
Chinese scientists have developed GEAIR, the world’s first AI-powered autonomous robot designed for hybrid pollination in plant breeding. Combining artificial intelligence and biotechnology, GEAIR can independently identify flowers and perform precise cross-pollination, significantly reducing the time, cost, and human error traditionally associated with hybrid breeding. This innovation promises faster breeding cycles and improved efficiency in producing high-quality crop varieties. The research team, led by Xu Cao at the Institute of Genetics and Development Biology of the Chinese Academy of Sciences, enhanced the robot’s effectiveness by using gene editing to create male-sterile flowers, facilitating easier hybrid seed production. Integrating GEAIR with advanced farming techniques like “de novo domestication” and “speed breeding,” they established an intelligent robotic breeding factory capable of rapidly generating superior plant varieties. This technology notably advances soybean hybrid breeding in China and exemplifies the potential of combining AI, robotics, and biotechnology to revolutionize agricultural breeding practices. The study detailing this breakthrough was published in the journal Cell
robotAIbiotechnologyhybrid-pollinationprecision-agricultureautonomous-robotcrop-breedingSam Altman reportedly plans brain chip startup to rival Elon Musk
Sam Altman, CEO of OpenAI, is reportedly planning to launch a brain-chip startup called Merge Labs to compete directly with Elon Musk’s Neuralink, according to a Financial Times report. Merge Labs aims to develop advanced brain-computer interfaces (BCIs) that merge humans and machines through artificial intelligence. Valued at $850 million, the startup seeks to raise $250 million in funding, primarily from OpenAI’s ventures team. Altman is expected to co-found the company alongside Alex Blania, CEO of Worldcoin, another OpenAI-backed firm, though Altman himself will not be a personal investor. The initiative is still in early stages, and OpenAI has not finalized its commitment. Neuralink, founded in 2016, currently leads the implantable BCI market and has already begun human trials, notably helping ALS patient Bradford G. Smith communicate via thought-controlled computer cursors. Musk plans to scale Neuralink’s implants to 20,000 people annually by 2031
robotbrain-computer-interfaceneuralinkartificial-intelligencebrain-chiphuman-machine-integrationbiotechChina’s robot dog sprints 328 feet in 16.33 seconds, breaks record
China’s Zhejiang University announced that its quadruped robot, White Rhino, set a new Guinness World Record by sprinting 100 meters (328 feet) in 16.33 seconds, surpassing the previous record of 19.87 seconds held by South Korea’s Hound robot. The run took place in Hangzhou and marks a significant advancement in robotic speed, narrowing the gap between machine and human sprint performance (Usain Bolt’s human record is 9.58 seconds). This achievement demonstrates the robot’s explosive power, speed, stability, and precise control during rapid movement. White Rhino was developed through a collaborative effort involving Zhejiang University’s Center for X-Mechanics, School of Aeronautics and Astronautics, and the Hangzhou Global Scientific and Technological Innovation Center. The design process employed a “robot forward design” approach, using comprehensive dynamics simulations and multi-objective optimization to simultaneously refine geometry, motor specifications, and reduction systems. The robot features high-power-density joint actuators
robotquadruped-robotroboticsactuatorscontrol-algorithmsreinforcement-learningmechanical-designNvidia Cosmos Robot Trainer
Nvidia has announced Cosmos, a new simulation and reasoning platform designed to enhance AI, robotics, and autonomous vehicle development. Cosmos aims to enable smarter and faster training of AI models by providing advanced simulation environments that closely mimic real-world scenarios. This approach helps improve the accuracy and efficiency of AI systems used in robotics and autonomous technologies. The platform leverages Nvidia’s expertise in graphics processing and AI to create detailed, realistic simulations that facilitate better decision-making and reasoning capabilities in machines. By accelerating the training process and improving model robustness, Cosmos is expected to advance the development of intelligent robots and autonomous vehicles, ultimately contributing to safer and more reliable AI-driven systems.
robotAINvidiaautonomous-vehiclessimulationrobotics-trainingartificial-intelligenceAcoustic levitation device handles delicate items without contact
Researchers at Yokohama National University have developed a compact, untethered acoustic levitation device capable of moving delicate components with high precision and without physical contact. Unlike traditional mechanical transport systems that introduce friction and risk damaging sensitive parts, this device uses sound waves to levitate objects, eliminating surface contact and associated vibrations. Its wireless drive circuit overcomes the limitations of conventional acoustic levitation platforms that rely on cables, enabling stable levitation height and high-speed, omnidirectional movement on various flat surfaces, including inclined planes. The device, driven by a piezoelectric actuator generating a squeeze film for frictionless motion, can transport payloads up to approximately 43 grams smoothly within a total supported weight of 150 grams. Its compact, centimeter-scale design suits confined, clean environments such as electronics assembly, chemical handling, and biomedical applications where contamination risks must be minimized. Experimental results confirmed the system’s agility, speed exceeding three meters per second, and alignment with theoretical models. Future plans include linking multiple units
robotacoustic-levitationfrictionless-movementprecision-manufacturingpiezoelectric-actuatoruntethered-deviceomnidirectional-mobilityHistoSonics reaches $2.25B valuation after investor-led majority acquisition - The Robot Report
HistoSonics, a medical technology company specializing in non-invasive tumor treatment using histotripsy, has reached a valuation of approximately $2.25 billion following a management-led majority acquisition by a syndicate of private and public investors, including K5 Global, Bezos Expeditions, and Wellington Management. The company’s flagship product, the Edison System, delivers pulsed sound energy to mechanically destroy tumors without incisions or needles. With FDA de novo clearance granted in October 2023, Edison has treated over 2,000 patients across more than 50 U.S. medical centers, with plans for further installations and expanded market access, including limited approval in the U.K. The new investment will enable HistoSonics to accelerate growth and broaden the clinical applications of its technology beyond liver tumors to include kidney, pancreas, and prostate indications. The company is actively enrolling patients in clinical trials for these conditions and aims to extend histotripsy’s use to treat a wide range of benign and malignant
robotmedical-roboticsultrasound-technologyhistotripsynon-invasive-therapyhealthcare-innovationtumor-treatmentUber Freight CEO Lior Ron leaves to join self-driving startup Waabi as COO
Uber Freight CEO Lior Ron is leaving his role to become COO of Waabi, a self-driving truck startup focused on commercializing autonomous freight technology. Rebecca Tinucci, who previously helped build Tesla’s charging network, will succeed Ron as head of Uber Freight, while Ron will remain chairman. Waabi’s founder and CEO, Raquel Urtasun, highlighted Ron’s experience scaling Uber Freight to $5 billion in revenue and emphasized his role in driving Waabi’s go-to-market strategy and partnerships. Ron’s move reflects his belief in the transformative potential of autonomous trucking and Waabi’s positioning to lead that change. Waabi, founded in 2021, has raised $287.7 million and leverages an “AI-first” approach using its proprietary Waabi World simulator to accelerate the training, testing, and validation of its self-driving software. This approach has allowed Waabi to advance efficiently in a capital-intensive industry where competitors like TuSimple and Embark have struggled. The company is on
robotautonomous-vehiclesself-driving-trucksAItransportation-technologyWaabilogistics-automationSimbe makes Tally more effective in fresh departments with latest update - The Robot Report
Simbe Robotics has enhanced its Store Intelligence platform with new capabilities specifically designed for fresh grocery departments such as produce, deli, bakery, and prepared foods. These updates leverage the Tally autonomous mobile robot (AMR), fixed sensors, RFID technology, and virtual tours to provide near real-time visibility into inventory levels, product locations, pricing, and freshness. This multimodal approach addresses the operational complexity and high shrink rates—averaging 6.6% in perimeter departments—that characterize fresh zones, which now represent 42% of total grocery sales and 41% of online grocery revenue. The expanded platform aims to help grocers reduce shrink, improve product availability, and enhance shopper trust by automating manual processes and delivering actionable insights. Features include Tally’s daily scans of packaged fresh goods to identify out-of-stocks and pricing errors, Tally Spot’s high-frequency monitoring of fast-selling items, panoramic virtual tours for remote merchandising assessment, and RFID-enabled freshness tracking. Simbe emphasizes that fresh departments are
robotautonomous-mobile-robotretail-automationcomputer-visionartificial-intelligenceinventory-managementgrocery-technologyHow a once-tiny research lab helped Nvidia become a $4 trillion-dollar company
The article chronicles the evolution of Nvidia’s research lab from a small group of about a dozen people in 2009, primarily focused on ray tracing, into a robust team of over 400 researchers that has been instrumental in transforming Nvidia from a video game GPU startup into a $4 trillion company driving the AI revolution. Bill Dally, who joined the lab after being persuaded by Nvidia leadership, expanded the lab’s focus beyond graphics to include circuit design and VLSI chip integration. Early on, the lab recognized the potential of AI and began developing specialized GPUs and software for AI applications well before the current surge in AI demand, positioning Nvidia as a leader in AI hardware. Currently, Nvidia’s research efforts are pivoting toward physical AI and robotics, aiming to develop the core technologies that will power future robots. This shift is exemplified by the work of Sanja Fidler, who joined Nvidia in 2018 to lead the Omniverse research lab in Toronto, focusing on simulation models for robotics and
robotartificial-intelligenceNvidiaGPUsrobotics-developmentAI-hardwaretechnology-researchWatch: China’s MagicBot humanoid robot pulls 551 pounds with ease -65 Main, SEO
MagicLab, a Chinese robotics startup, has unveiled its AI-enabled humanoid robot, MagicBot, showcasing its remarkable strength by pulling a cart carrying three adults weighing approximately 551 pounds (250 kg). The demonstration video highlights the robot’s ability to pull progressively heavier loads—176 pounds, 375 pounds, and finally 551 pounds—while maintaining a walking speed that decreases from 1.57 mph to 0.67 mph as the weight increases. MagicBot is a third-generation AI-controlled robot designed primarily for industrial automation but is versatile enough to perform domestic tasks, public service roles, and specialized functions such as search and rescue. Equipped with 42 degrees of freedom, advanced sensors including LiDAR, RGBD and fisheye cameras, ultrasonic sensors, and a proprietary navigation algorithm, MagicBot achieves human-like movement and situational awareness. It can carry loads of up to 44 lbs per arm and handle delicate objects with sub-millimeter precision, thanks to high-torque servo actu
robothumanoid-robotAI-roboticsindustrial-automationMagicBotrobotic-sensorsrobot-navigationABB, Regal Rexnord partner on 7th axis - The Robot Report
Regal Rexnord Corporation has partnered with ABB Robotics to integrate its Thomson Movotrak Cobot Transfer Units (CTUs) as the first certified 7th axis technology within ABB’s partner ecosystem. This collaboration enables ABB’s GoFa cobots, which handle payloads up to 12kg, to be easily deployed across multiple workstations with significantly reduced programming and integration time. Regal Rexnord has adapted mounting hardware, developed a plug-and-play wiring harness, and programmed interfaces compatible with ABB’s software tools, allowing certified ABB developers to control the Thomson CTU directly via ABB’s FlexPendant interface. The Thomson Movotrak CTU extends cobot reach up to 10 meters and offers flexible mounting options on floors, walls, or ceilings. It includes safety features like collision detection and supports a Freedrive mode for easier training and installation, thereby increasing productivity and reducing downtime. By integrating components from Regal Rexnord’s portfolio—including Boston Gear gearheads, Huco couplings, and Koll
robotindustrial-robotscobotsautomationlinear-motion-technologyABB-RoboticsRegal-RexnordSelf-folding Robot Sheet Could Revolutionize Industry
The article discusses a novel self-folding robot sheet designed to prioritize adaptability rather than specialization, potentially transforming the robotics industry. Unlike traditional robots built for specific tasks, this irregularly shaped robot can change its form to suit various situations, indicating a shift toward multi-situational robotics. This flexibility could enable a single robot to perform diverse functions across different environments, enhancing efficiency and reducing the need for multiple specialized machines. By leveraging self-folding technology, the robot sheet can autonomously reconfigure itself, which may lead to significant advancements in manufacturing, logistics, and other sectors where versatile robotic solutions are valuable. The innovation highlights a move toward more dynamic and responsive robotic systems, although the article does not provide detailed technical specifications or current development stages. Overall, this self-folding robot sheet represents a promising step toward more adaptable and multifunctional robotic applications.
robotroboticsself-folding-robotadaptable-robotsindustrial-robotsmulti-situational-roboticsrobot-innovationElon Musk confirms shutdown of Tesla Dojo, ‘an evolutionary dead end’
Elon Musk has confirmed the shutdown of Tesla’s Dojo supercomputer project, describing it as “an evolutionary dead end” after the company decided to consolidate its AI chip development efforts. Initially, Tesla developed the first Dojo supercomputer using a combination of Nvidia GPUs and in-house D1 chips, with plans for a second-generation Dojo 2 powered by a D2 chip. However, Tesla has shelved the D2 chip and the broader Dojo 2 project to focus resources on its AI5 and AI6 chips. The AI5 chip is designed primarily for Tesla’s Full Self-Driving (FSD) system, while the AI6 chip aims to support both onboard inference for autonomous driving and humanoid robots, as well as large-scale AI training. Musk explained that it makes more sense to integrate many AI5/AI6 chips on a single board to reduce network complexity and costs, a configuration he referred to as “Dojo 3.” This strategic pivot reflects Tesla’s
robotAI-chipsTesla-Dojoautonomous-vehiclesself-driving-technologyAI-traininghumanoid-robotsVideo: China claims first drone hunt of ‘hostile warship’
The People’s Liberation Army (PLA) of China has released rare footage showcasing its use of advanced reconnaissance drones, specifically the WZ-7 and WZ-10, in tracking a “hostile warship.” The video, part of the PLA’s documentary Forging Ahead, depicts a coordinated mission where the WZ-10 conducts initial electronic reconnaissance and imagery transmission, while the larger WZ-7 drone performs detailed inspection and verification of suspicious objects identified as foreign vessels. The operation concludes with simulated missile strike preparations, highlighting the integration of unmanned aerial vehicles with joint-service intelligence and missile systems. The brigade involved regularly conducts reconnaissance missions over the western Pacific to enhance its surveillance capabilities. The WZ-7, known as “Soaring Dragon,” is one of the world’s largest and most capable reconnaissance drones, comparable to the US RQ-4 Global Hawk but reportedly able to fly higher and faster. It features a distinctive dual-wing design and is equipped with advanced radar, infrared, and optical
robotdroneunmanned-aerial-vehiclereconnaissancemilitary-technologysurveillanceartificial-intelligenceSEW-EURODRIVE supports heavy industry gearing with fast turnaround - The Robot Report
SEW-EURODRIVE has introduced externally assembled oil cooling and supply systems for heavy industry gearing, now produced at its Heavy Industry Gearing (HIG) facility in Wellford, South Carolina. This shift to local assembly significantly reduces lead times from 14–20 weeks to as short as six weeks, addressing previous delivery bottlenecks caused by reliance on global channels. These systems are designed to support torque-dense, compact gearboxes where thermal management is critical, ensuring efficient oil delivery, circulation, and cooling tailored for demanding industrial applications. The new external lubrication systems come in various configurations, including oil-to-air cooling (OAP1), oil-to-water cooling (OWP1), and pressure lubrication without cooling (ONP1), all sized using SEW-EURODRIVE’s thermal validation tools. They support startup oil viscosities up to 5,000 cSt and offer flexible mounting options for ease of maintenance. Additionally, the systems feature modular, sensor-ready components such as
robotenergyindustrial-automationthermal-managementlubrication-systemsgearbox-coolingSEW-EURODRIVELyft & Apollo Go to Go After Europe - CleanTechnica
Baidu’s autonomous driving division, Apollo Go, is expanding its robotaxi services into Europe through a strategic partnership with Lyft, aiming to launch in Germany and the UK in 2026. This move follows Apollo Go’s successful rollout of robotaxi services across China and reflects a similar approach to Waymo’s collaborations with ride-hailing companies like Uber in new markets. By leveraging Lyft’s existing ride-hailing network, Apollo Go intends to accelerate its market entry and scale operations efficiently, planning to deploy several thousand 6th-generation robotaxis on European roads over the coming years. Robin Li, Baidu’s co-founder and CEO, highlighted this collaboration as a significant milestone in Apollo Go’s globalization strategy. The partnership underscores the growing trend of combining autonomous vehicle technology with established ride-hailing platforms to facilitate broader adoption and operational expansion. While Apollo Go recently faced challenges with a robotaxi incident in China, the company remains committed to advancing its autonomous mobility services internationally, signaling strong confidence in the future of robotaxi
robotautonomous-vehiclesrobotaxiLyftApollo-GoBaidutransportation-technologyUS Army vehicles to get autonomy, counter-drone system with new upgrade
BAE Systems is enhancing the U.S. Army’s Armored Multi-Purpose Vehicle (AMPV) by integrating advanced technologies that provide autonomy, counter-drone capabilities, and unmanned weapon systems. The AMPV, which builds on the durable hull designs of the Bradley Infantry Fighting Vehicle and M109A7 howitzer, serves as a modern, versatile platform designed to replace the aging M113 family of vehicles. BAE Systems is investing internal funds to develop modular capability kits that enable features such as counter-unmanned aerial system detection and targeting, ground autonomy, and unmanned turrets, thereby expanding the vehicle’s attack and defense potential on the battlefield. This upgrade effort reflects a collaborative and modular approach, with BAE Systems having already demonstrated multiple turreted prototypes, including modular mortars and 30mm unmanned weapon systems. The AMPV program is positioned as a mature, low-risk, and cost-effective solution that enhances protection, mobility, reliability, and interoperability within the Armored Brigade Combat
robotautonomyunmanned-systemsmilitary-technologycounter-dronedefense-roboticsautonomous-vehiclesChina launches 'world's first' humanoid robot mall in Beijing
China has inaugurated what it calls the world’s first humanoid robot mall in Beijing’s high-tech E-Town district. Modeled after a car dealership’s 4S format—offering sales, service, spare parts, and customer feedback—the four-story mall exclusively sells robots to the public. It features over 100 robot types from around 200 brands, ranging from affordable consumer gadgets priced at about 2,000 yuan ($278) to advanced humanoid robots costing millions of yuan. The mall showcases diverse robots including life-size animatronic figures of historical and scientific icons like Albert Einstein, Qin Shi Huang, Isaac Newton, and Li Bai, alongside practical robots for cooking, medicine dispensing, sports, and entertainment. Visitors can interact with many robots and experience robot-served dining, emphasizing the integration of robots into everyday life. The launch serves both as a commercial venture and a strategic display of China’s ambitions in AI and robotics, aiming to normalize human-robot interaction and position the country as a
robothumanoid-robotsrobotics-retailChina-technologyrobot-mallservice-robotsconsumer-roboticsRobot drummer nails complex songs with 90% human-like precision
Researchers from SUPSI, IDSIA, and Politecnico di Milano have developed Robot Drummer, a humanoid robot capable of playing complex drum patterns with over 90% human-like rhythmic precision. Unlike typical humanoid robots designed for practical tasks, this project explores creative arts by enabling the robot to perform entire drum tracks across genres such as jazz, rock, and metal. The system translates music into a “rhythmic contact chain,” a sequence of precisely timed drum strikes, allowing the robot to learn human-like drumming techniques including stick switching, cross-arm hits, and movement optimization. The development began from an informal conversation and progressed through machine learning simulations on the G1 humanoid robot. Robot Drummer not only replicates timing but also plans upcoming strikes and dynamically reassigns drumsticks, showing promise for real-time adaptation and improvisation. The researchers aim to transition the system from simulation to physical hardware and envision robotic musicians joining live performances, potentially revolutionizing how rhythm and timing skills are taught
robothumanoid-robotmachine-learningrobotic-musiciansrobotic-drummingartificial-intelligenceautomationShengShu Technology launches Vidar multi-view physical AI training model - The Robot Report
ShengShu Technology, a Beijing-based company founded in March 2023 specializing in multimodal large language models, has launched Vidar, a multi-view physical AI training model designed to accelerate robot development. Vidar, which stands for “video diffusion for action reasoning,” leverages a combination of limited physical training data and generative video simulations to train embodied AI models. Unlike traditional methods that rely heavily on costly, hardware-dependent physical data collection or purely simulated environments lacking real-world variability, Vidar creates lifelike multi-view virtual training environments. This approach allows for scalable, robust training of AI agents capable of real-world tasks, reducing the need for extensive physical data by up to 1/80 to 1/1,200 compared to industry-leading models. Built on ShengShu’s flagship video-generation platform Vidu, Vidar employs a modular two-stage learning architecture that separates perceptual understanding from motor control. In the first stage, large-scale general and embodied video data train the perceptual
robotembodied-AIAI-training-modelsimulationgenerative-videorobotics-developmentphysical-AIIn US Autonomous Robotaxi Wars, It's Zoox 1, Tesla 0 - CleanTechnica
The article contrasts the current state of autonomous robotaxi development between Tesla and competitors like Zoox and Uber. Tesla recently revealed a futuristic robotaxi design resembling a low-slung two-seater sports coupe, which critics argue is impractical for a robotaxi due to its limited passenger and cargo space and difficult access. In contrast, companies like Zoox, backed by Jeff Bezos, focus on more functional designs—boxy vehicles with easy access, no driver controls, and optimized for passenger comfort and utility. Zoox notably received the first-ever Federal Motor Vehicle Safety Standards (FMVSS) exemption for American-built driverless vehicles, allowing it to operate fully autonomous cars without steering wheels or pedals on public roads. Uber, meanwhile, is cautiously exploring autonomous vehicle (AV) technology through partnerships and pilot programs rather than committing heavily to building its own fleet of robotaxis. Uber’s CFO acknowledges that AVs are currently unprofitable, and the company is experimenting with various business models like revenue-sharing and software licensing
robotautonomous-vehiclesrobotaxiTeslaZooxdriverless-carsFMVSS-exemptionFancy a personal dragon? US students build AI pet that you can touch
A team of students at Carnegie Mellon University’s Entertainment Technology Center (ETC) has developed Luceal, an innovative AI pet prototype that blends virtual reality with physical interaction. Created under the Physical Presence Pet (PPP) project, Luceal is a plush animal embedded with custom textile sensors that respond to touch, sending signals to Apple Vision Pro VR headsets to provide real-time virtual animations and reactions. This integration allows users to physically feel and interact with a virtual pet, combining tactile features with expressive digital behavior. The project was guided by professor Olivia Robinson, who introduced the team to e-textiles, enabling the seamless incorporation of conductive fabrics into the plush form. The concept was inspired by the desire for a constant companion, especially for those unable to have real pets, such as international students, and draws on nostalgia from digital pets like Tamagotchi. The team envisioned creating exotic virtual creatures—such as dragons or seals—that users could interact with in ways not possible with real animals. Designers on the
robotAI-petvirtual-realitye-textilessensorsinteractive-technologywearable-technologyChina to rival SpaceX with first reusable rocket recovery vessel
China has taken a significant step toward competing with SpaceX in reusable rocket technology by launching its first rocket recovery drone ship, named Xingji Guihang (“Interstellar Return”). Developed by the Beijing-based private aerospace firm iSpace, this vessel is designed to autonomously reposition itself to capture rocket first stages returning from space, similar to SpaceX’s autonomous spaceport drone ships (ASDS). Measuring approximately 100 meters long and 42 meters wide, Xingji Guihang features a large recovery deck and employs a dynamic positioning system to precisely align with descending boosters. This development marks China as the second country, after the US, to operate an active rocket recovery drone ship. The drone ship is intended to support multiple Chinese rocket providers and is not exclusive to iSpace launches. It was specifically designed for iSpace’s upcoming SQX-3 rocket launch, scheduled for later in 2025. Currently undergoing testing, the vessel will travel from its construction site in Yangzhou down the Yangtze River to the
robotautonomous-vesselreusable-rocketspace-technologydrone-shipaerospace-materialsenergy-efficiencyUnitree launches A2 quadruped equipped with front and rear lidar - The Robot Report
Unitree Robotics has launched its latest quadruped robot, the Unitree A2, designed for industrial applications such as inspection, logistics, and research. The A2 features significant upgrades in perception, including dual industrial lidar sensors positioned at the front and rear, an HD camera, and a front light to improve environmental detection and eliminate blind spots. Weighing 37 kg unloaded, the A2 can carry a 25 kg payload while walking continuously for three hours or about 12.5 km, supported by hot-swappable dual batteries for extended missions. This model balances endurance, strength, speed, and perception, marking it as one of Unitree’s most advanced quadrupeds to date. Key specifications of the A2 include a top speed of 5 m/s, an unloaded range of 20 km, a maximum standing load of 100 kg, and the ability to climb steps up to 1 meter high. Compared to Unitree’s previous B2 model, the A2 is
robotquadruped-robotlidarautonomous-robotsroboticsAI-visionbattery-technologyDrones That Never Miss: Inside Ukraine’s Invisible Army
The article "Drones That Never Miss: Inside Ukraine’s Invisible Army" highlights the transformative role of drone warfare in the ongoing conflict between Ukraine and Russia. It explains how the battlefield has expanded beyond traditional tanks and artillery to include swarms of highly effective drones. Ukrainian forces utilize inexpensive first-person-view (FPV) drones to accurately target and destroy Russian armored vehicles, demonstrating a significant tactical advantage. Meanwhile, Russia counters with its own drone swarm tactics, leading to intense aerial confrontations that challenge Ukrainian defenses. The piece emphasizes that this drone warfare represents a new era of combat, driven by advanced technology and innovative strategies on both sides. The use of drone swarms is not only reshaping the dynamics of the current conflict but also signaling a broader shift in how future wars may be fought. The article suggests that control of the skies through these unmanned systems could ultimately determine the outcome of the ground war, making this invisible drone army a critical factor in Ukraine’s defense efforts.
robotdronesmilitary-technologyswarm-roboticsunmanned-aerial-vehiclesdefense-technologybattlefield-innovationPhotos: DJI unveils first robot vacuum cleaner with drone-like power
DJI, renowned for its drones, has entered the home cleaning market with the launch of Romo, its first robot vacuum cleaner, unveiled on August 6, 2025, in China. The Romo series includes three models—S, A, and P—priced between $650 and $950, aiming to redefine smart home cleaning by leveraging DJI’s advanced vision and navigation technologies. Unlike typical robot vacuums that use a top-mounted LiDAR, Romo employs two front-facing fisheye cameras and three wide-angle laser modules to detect obstacles as small as 2 millimeters, enabling precise navigation around cables, pet toys, and other small objects. Its AI-driven mapping system stores detailed floor plans locally for privacy and adapts in real-time to obstacles like furniture or pet messes, ensuring efficient cleaning without collisions. The Romo boasts powerful 25,000Pa suction, dual roller brushes to prevent hair tangling, and extendable side arms for edge cleaning. It intelligently adjusts
robotrobot-vacuumsmart-homeAI-navigationDJIcleaning-technologyhome-automationTesla drops Dojo supercomputer as Musk turns to Nvidia, Samsung chips
Tesla has officially discontinued its in-house Dojo supercomputer project, which aimed to develop custom AI training chips to enhance autonomous driving and reduce reliance on external chipmakers. The decision follows several key departures from the Dojo team, including project head Peter Bannon. CEO Elon Musk explained that maintaining two distinct AI chip designs was inefficient, leading Tesla to refocus efforts on developing the AI5 and AI6 chips. These next-generation chips will be produced in partnership with Samsung’s new Texas factory, with production of AI5 chips expected to start by the end of 2026. The Dojo project was initially central to Tesla’s strategy to build proprietary AI infrastructure for self-driving cars, robots, and data centers, involving significant investment in top chip architects. However, the initiative faced persistent delays and setbacks, with prominent leaders like Jim Keller and Ganesh Venkataramanan having left previously. Many former Dojo team members have moved to a stealth startup, DensityAI, which is pursuing similar AI chip goals
robotAI-chipsTeslaNvidiaSamsungautonomous-drivingsupercomputerTesla shuts down Dojo, the AI training supercomputer that Musk said would be key to full self-driving
Tesla is shutting down its Dojo AI training supercomputer project and disbanding the team behind it, marking a significant shift in the company’s strategy for developing in-house chips and hardware for full self-driving technology. Peter Bannon, the Dojo lead, is leaving Tesla, and remaining team members will be reassigned to other data center and compute projects. This move follows the departure of about 20 former Dojo employees who have founded a new startup, DensityAI, which aims to build chips, hardware, and software for AI-powered data centers used in robotics, AI agents, and automotive applications. The decision to end Dojo comes amid Tesla’s ongoing efforts to position itself as an AI and robotics company, despite setbacks such as a limited robotaxi launch in Austin that faced criticism for problematic driving behavior. CEO Elon Musk had previously touted Dojo as central to Tesla’s AI ambitions and full self-driving goals, emphasizing its capacity to process vast amounts of video data. However, since mid-202
robotAITeslaautonomous-vehiclesAI-chipssupercomputerroboticsAmtenbrink deploys Teqram's EasyGrinder to cut 1,500 parts a day - The Robot Report
Friedrich Amtenbrink GmbH, a German steel processing company with over 55 years of experience, has deployed Teqram BV’s EasyGrinder grinding robot to automate the post-processing of up to 1,500 flame-cut and plasma-cut parts daily. The EasyGrinder handles components ranging from 3/4 inch to 4 inches without complex programming, performing tasks such as slag removal, edge breaking, bevel grinding, and part marking autonomously after an initial shot blasting step. This automation has streamlined a previously time-consuming and physically demanding manual process involving multiple handling steps. The EasyGrinder’s advanced EasyEye 3D vision system and AI-based controller enable it to recognize pallets, stacks, and product geometries automatically, eliminating the need for manual programming. Friedrich Amtenbrink highlighted the robot’s efficiency by citing a batch of 400 heavy components requiring dot-peening, which the EasyGrinder completed overnight—work that would have taken at least two manual shifts. The
robotautomationmanufacturinggrinding-robotAI-vision-systemindustrial-roboticsproduction-efficiencyLyft partners with Baidu to deploy autonomous vehicles in Europe - The Robot Report
Baidu and Lyft have announced a strategic partnership to deploy Baidu’s Apollo Go autonomous vehicles (AVs) across European markets, starting with Germany and the U.K. in 2026, subject to regulatory approval. The collaboration aims to scale the fleet to thousands of vehicles throughout Europe in subsequent years. Baidu will provide its advanced autonomous driving technology, including the fully electric RT6 robotaxi equipped with Apollo Go’s sensor suite and safety architecture, while Lyft will leverage its extensive rideshare platform and operational expertise. Both companies emphasize working closely with European regulators to ensure compliance with safety and regulatory standards. This partnership marks a significant milestone in expanding autonomous mobility globally, combining Baidu’s AI and self-driving capabilities with Lyft’s market reach. Baidu’s Apollo Go service has already deployed over 1,000 AVs across 15 cities with more than 11 million cumulative rides, demonstrating scalability from test operations to commercial deployment. Lyft, which operates in nearly 1,000 cities across 11 countries
robotautonomous-vehiclesrobotaxiBaidu-ApolloLyftAImobility-technologyAI robot builds robot’s brain 20x faster than humans
Computer scientist Peter Burke from the University of California has developed a novel system where generative AI models like ChatGPT autonomously generate the control software—or "brain"—for a drone, significantly accelerating the development process. Unlike traditional drone control software, Burke’s approach involves two "brains": a higher-level AI-generated control system called WebGCS, which runs a web-based dashboard on a Raspberry Pi onboard the drone, and a lower-level firmware managing flight operations. This system enables the drone to perform autonomous functions such as obstacle avoidance, with human operators able to intervene if necessary. Burke conducted multiple development sprints using various AI coding tools and models, overcoming challenges related to model context limitations. Ultimately, using the Windsurf tool, the AI-generated WebGCS produced approximately 10,000 lines of code in about 100 hours over 2.5 weeks—a process about 20 times faster than Burke’s previous four-year development of a similar drone control system. Industry experts, like Geolava
robotAIautonomous-dronesgenerative-AIdrone-softwareRaspberry-Pirobotics-programmingChina's 'robot wolves' fire rifles, climb ladders, and hunt in packs
China’s People’s Liberation Army (PLA) has introduced advanced quadrupedal “robot wolves” in a public military drill, marking a significant development in unmanned ground combat technology. These robots, weighing around 70 kilograms and developed by China South Industries Group Corporation, are designed to operate alongside human soldiers in complex terrains, including urban, mountainous, and plateau environments. Equipped with rifles and capable of climbing ladders and overcoming obstacles, the robot wolves participated in a joint exercise with infantry units and aerial drones, performing tasks such as precision strikes, reconnaissance, and coordinated breakthroughs. The exercise demonstrated the robots’ ability to maintain pace with troops and integrate into traditional assault tactics, potentially reducing human casualties in dangerous combat scenarios. Military analysts highlight the strategic impact of these robot wolves, suggesting they could surpass aerial drones in battlefield effectiveness by relentlessly advancing and psychologically affecting opposing forces. The deployment aligns with China’s broader push toward man-machine warfare, envisioning future combat frontlines dominated by robotic systems equipped with sensors and precision weapon
robotmilitary-roboticsquadrupedal-robotsautonomous-weaponsunmanned-systemshuman-robot-collaborationdefense-technologyUS Air Force to use Tesla Cybertrucks as missile practice targets
The U.S. Air Force plans to purchase two Tesla Cybertrucks to use as target vehicles for precision munitions testing, rather than for transportation or patrol. These trucks will help simulate potential real-world threats, as the military anticipates adversaries might deploy Cybertrucks in future conflicts. The vehicles will be part of a broader acquisition of 33 target vehicles by the Air Force Test Center (AFTC) for use at the White Sands Missile Range in New Mexico. Unlike other vehicles on the list, the Cybertruck required a formal sole-source justification due to its unique design and materials, including an unpainted stainless steel exoskeleton and a 48V electrical architecture, which contribute to its superior durability and efficiency. Tesla CEO Elon Musk has previously promoted the Cybertruck as “apocalypse-proof” and bullet-resistant, even pitching it to defense officials as a military vehicle. However, the Air Force’s documents reveal that these trucks are now intended to serve as tough targets in missile tests because
robotenergymaterialsTesla-Cybertruckmilitary-technologyprecision-munitionsstainless-steel-exoskeletonUnitree G1 robot impresses Dubai leadership, joins museum exhibit
The Unitree G1 humanoid robot recently gained significant attention in Dubai when it was showcased during a live demonstration at the historic Union House, engaging with His Highness Sheikh Mohammed bin Rashid Al Maktoum. Developed through collaboration between Dubai Future Labs and Chinese robotics firm Unitree, the G1 robot exemplifies advanced humanoid robotics with capabilities such as handshakes, hugs, waves, voice command input, and situational awareness via sensors including Intel RealSense depth cameras and 3D LiDAR. Compact and agile, the robot stands 1.32 meters tall, weighs 35 kilograms, and features a foldable design for easy transport. It will soon be part of the interactive exhibits at Dubai’s Museum of the Future, aligning with the UAE’s ambitions to integrate AI and robotics into public life and enhance tourism. This development is part of Dubai’s broader strategy to position itself as a global innovation hub and attract investors and entrepreneurs, supported by a growing affluent population and nearly 10 million
robothumanoid-robotAIrobotics-innovationautonomous-navigationsmart-policinginteractive-exhibitsUnitree Releases World's Fastest Quadruped Robot
The article announces Unitree's latest innovation in robotics, the Unitree A2 Stellar Explorer, which is touted as the world's fastest quadruped robot. Following the success of its predecessor, the Unitree R1, the A2 Stellar Explorer represents a significant advancement in speed and agility for four-legged robots. Although specific performance metrics and technical details are not provided in the excerpt, the emphasis is on the robot's enhanced capabilities and potential applications. Unitree continues to push the boundaries of robotic design, focusing on creating agile, dog-like robots that can navigate diverse environments quickly and efficiently. The A2 Stellar Explorer is positioned as a cutting-edge development in this field, likely aimed at industries requiring rapid and versatile robotic mobility. Further details on its features, use cases, and technological innovations would provide a clearer picture of its impact and significance.
robotquadruped-robotUnitreerobotics-technologyautonomous-robotsrobot-innovationrobotic-explorationSensing robot hand flicks, flinches, and grips like a human
A student team at USC Viterbi, led by assistant professor Daniel Seita, has developed the MOTIF Hand, a robotic hand designed to mimic human touch by sensing multiple modalities such as pressure, temperature, and motion. Unlike traditional robot grippers, the MOTIF Hand integrates a thermal camera embedded in its palm to detect heat without physical contact, allowing it to "flinch" away from hot surfaces much like a human would. It also uses force sensors in its fingers to apply precise pressure and can gauge the weight or contents of objects by flicking or shaking them, replicating human instincts in object interaction. The MOTIF Hand builds on previous open-source designs like Carnegie Mellon’s LEAP Hand, with the USC team also committing to open-source their work to foster collaboration in the robotics community. The developers emphasize that this platform is intended as a foundation for further research, aiming to make advanced tactile sensing accessible to more teams. Their findings have been published on Arxiv, highlighting a significant step toward
robotrobotic-handsensorshuman-robot-interactiontactile-sensingthermal-detectionrobotics-researchFederal regulators give Zoox an exemption for its custom-built robotaxis
The National Highway Traffic Safety Administration (NHTSA) has granted Zoox, an Amazon-owned company, an exemption to demonstrate its custom-built robotaxis on public roads, resolving a prior investigation into whether Zoox had circumvented federal motor vehicle safety standards. These standards typically require vehicles to have manual controls such as steering wheels and pedals, which Zoox’s autonomous vehicles lack. Zoox had self-certified compliance in 2022, but NHTSA questioned this and launched an investigation in March 2023. Despite the probe, Zoox continued testing its vehicles—without traditional controls—near its Fremont, California headquarters and expanded testing to other locations, including limited rides for employees and early public riders in Las Vegas. The exemption allows Zoox to demonstrate but not yet commercially operate its robotaxis. This decision aligns with NHTSA’s new national framework, the ADS-Equipped Vehicle Safety, Transparency and Evaluation Program, designed to streamline the approval process for autonomous vehicles lacking manual controls. The framework facilitates
robotautonomous-vehiclesrobotaxisZooxNHTSA-exemptionvehicle-safety-standardsself-driving-technologyTesla Shareholders Sue Elon Musk Over Autopilot & FSD Failures - CleanTechnica
Several Tesla shareholders have filed a class action lawsuit against Tesla and Elon Musk, alleging that the company repeatedly overstated the capabilities and readiness of its autonomous driving technology, including the Full Self Driving (FSD) system and Robotaxi service. The suit, filed in federal court in Texas on August 4, 2025, claims these exaggerations were intended to inflate Tesla’s stock price, constituting a "pump and dump" fraud scheme. The lawsuit also names former CFO Zachary Kirkhorn and current CFO Vaibhav Taneja as defendants, accusing Tesla of misleading investors and failing to disclose significant risks and operational problems with its autonomous vehicles. The controversy intensified following the launch of Tesla’s Robotaxi service in Austin, Texas, where the vehicles demonstrated unsafe behaviors such as driving in oncoming traffic lanes and dropping passengers in hazardous locations, despite having human safety drivers onboard. Elon Musk had previously asserted that Tesla’s autonomous system could operate safely even in unmapped areas, contrasting with competitors like Uber and
robotautonomous-vehiclesTeslaself-driving-technologyRobotaxiautomotive-technologyelectric-vehiclesWorld's first sea-skimming drone can hit enemies at 124 mph speed
An Ankara-based company, Solid Aero, has unveiled TALAY, the world’s first sea-skimming multipurpose drone capable of flying just 9.8 feet above the sea surface at speeds up to 124 mph. Designed to operate stealthily beneath typical radar horizons, TALAY utilizes the ground effect phenomenon as an ekranoplan (Wing-in-Ground vehicle) to achieve lift and agility. The autonomous drone can carry up to 66 pounds of sensors or munitions, with an endurance of about three hours and the ability to operate in challenging sea state three conditions. Its compact design features foldable wings, a low radar cross-section, and an electric propulsion system powered by a Li-Po battery, enabling silent and swift mission engagement over a communication range of 124 miles. TALAY is optimized for maritime and coastal missions, capable of performing patrol, reconnaissance, strike, or cargo tasks with advanced AI-powered flight control software and preloaded coordinates for precision. It can conduct harbor attacks and target
robotdroneautonomous-systemsAI-poweredelectric-propulsionmaritime-technologyunmanned-aerial-vehicleUnitree’s glass-shattering robot dog scales slopes, carries loads
Unitree Robotics has unveiled its latest quadruped robot dog, the A2, designed for demanding industrial applications with enhanced mobility, endurance, and performance. Weighing about 82 pounds (37 kg), the A2 features 12 degrees of freedom and powerful motors delivering up to 180 Nm of torque, enabling it to carry loads up to 55 pounds (25 kg) and support standing loads of 220 pounds (100 kg). The robot can navigate challenging terrain, including climbing 45° slopes, ascending 30 cm stairs, and traversing rough pathways with agility. Equipped with front and rear industrial-grade LiDAR sensors, an HD camera, and a front light, the A2 can detect and respond to its environment in real time, ensuring precise movement and stability. The A2 demonstrates remarkable agility and durability, as showcased in a promotional video where it performs backflips, balances on one leg, and even crashes through glass without losing functionality. Its 12 high-density motors allow
robotquadruped-robotindustrial-robotLiDARrobot-dogroboticsautonomous-navigationROV SuBastian Livestreams Deep Sea Marine Life
The article highlights a groundbreaking initiative by scientists from CONICET who are livestreaming their deep-sea research expedition into the Mar del Plata Canyon, one of the least explored regions on Earth. Using the remotely operated vehicle (ROV) SuBastian, the team is providing real-time access to the diverse marine life and geological features found at the ocean floor, allowing the public to witness firsthand the mysteries of the deep sea. This livestream not only advances scientific understanding by documenting previously unseen species and habitats but also promotes public engagement and awareness of oceanic ecosystems. By opening up this hidden world through technology, the project underscores the importance of deep-sea exploration and conservation efforts.
robotunderwater-robotROVmarine-explorationdeep-sea-technologyremote-operated-vehicleocean-roboticsRobot crab reveals how male crabs compete to attract female mates
A study conducted by researchers at the University of Exeter’s Centre for Research in Animal Behaviour (CRAB) used a robotic crab named Wavy Dave to investigate how male fiddler crabs compete for female mates. Male fiddler crabs attract females by waving their one oversized claw outside their burrows, a key sexual signal. The robotic crab, equipped with a 3D-printed body and waving claw, was placed near real male crabs in southern Portugal to observe their reactions to a mechanical rival. The study found that male crabs increased their claw-waving duration and were less likely to retreat when the robot waved, especially when it had a smaller claw, indicating that males adjust their signaling behavior dynamically in response to competition. The research also revealed that male crabs were less likely to challenge rivals with larger claws, likely due to fear of losing or injury. Some males even physically attacked the robotic crab, with one crab pulling off Wavy Dave’s claw and ending the trial. These behaviors suggest
robotroboticsanimal-behaviorrobotic-crab3D-printingbiomimicrycompetition-analysisLimX Dynamics launches LimX Oli full-size humanoid robot - The Robot Report
LimX Dynamics Inc., a Shenzhen-based robotics company, has launched its latest humanoid robot, the LimX Oli, building on the dynamic walking technology of its earlier LimX CL-1 model introduced in December 2023. Standing 165 cm tall and featuring 31 active degrees of freedom (excluding end effectors), LimX Oli is designed with a modular hardware-software architecture supported by a comprehensive development toolchain. Unlike the CL-1, which was a research platform without functional hands, LimX Oli supports interchangeable hardware components including two-finger or five-finger hands and various third-party sensors, enabling customization for diverse research and application needs. The robot targets AI researchers, robotics developers, and system integrators, and is offered in Lite, EDU, and Super editions to facilitate training, validation, and deployment of perception, motion-control, and interaction algorithms. The LimX Oli platform integrates cloud-based APIs with local control and supports over-the-air updates for motion libraries and controller modules, allowing
robothumanoid-robotmodular-designAI-developmentmotion-controlsensor-integrationrobotics-innovation30 humanoid robot teams to play soccer tournament in Beijing
China is preparing to host the World Humanoid Robot Games in Beijing from August 15 to 17, featuring athletic competitions among humanoid robots, with soccer as a highlight event. The tournament will include 30 teams from around the world, including China, the United States, Brazil, Germany, and Portugal, competing in fully autonomous five-a-side soccer matches. The robots are equipped with visual sensors to locate the ball and navigate the field, and they can recover from falls to continue playing. This event follows the RoboLeague held in June, which served as a precursor and showcased humanoid robots playing soccer for the first time. Teams are using advanced programming techniques such as imitation learning, where robots observe human movements and undergo extensive simulation training to master skills like dribbling, kicking, and shooting. Participants, including engineers from Tsinghua University, expressed excitement about competing on a global stage and demonstrating new algorithms. While some may view the competition as a novelty, experts see it as a valuable platform for
robothumanoid-robotsrobotics-competitionAI-roboticsautonomous-robotsrobot-soccerrobot-learning-algorithmsDeepMind reveals Genie 3, a world model that could be the key to reaching AGI
Google DeepMind has introduced Genie 3, a foundational world model designed as a significant step toward artificial general intelligence (AGI). Unlike previous narrow models, Genie 3 is a real-time, interactive, general-purpose world model capable of generating diverse 3D environments from simple text prompts. It can produce several minutes of photo-realistic or imaginative simulations at 24 frames per second and 720p resolution, surpassing its predecessor’s 10-20 second limit. A key innovation is its ability to maintain physical consistency over time by remembering prior generated content, enabling it to simulate coherent, physically plausible worlds that reflect an intuitive understanding of physics without relying on hard-coded physics engines. Genie 3’s architecture is auto-regressive, generating frames sequentially while referencing earlier frames to maintain continuity and realism. This memory-driven approach allows the model to simulate dynamic scenarios where objects interact naturally, making it an ideal training environment for embodied AI agents. These agents can explore, plan, and learn through trial and
robotartificial-intelligenceworld-modelsimulationembodied-agentsphysics-simulationDeepMindUS startup gets funding to build tool for humanoid robot teamwork
US startup OpenMind is developing software tools to enable humanoid robots to collaborate seamlessly across different manufacturers and environments. Their AI-native operating system, OM1, is hardware-agnostic and integrates perception, foundation models, memory, and contextual awareness to allow robots to interpret surroundings, understand natural language, and make real-time decisions. Complementing OM1 is FABRIC, a decentralized protocol that lets robots securely identify themselves, verify locations, and share data with unfamiliar machines, enabling real-time teamwork in open, multi-robot settings. This approach aims to overcome current limitations where robots operate in isolated, single-vendor ecosystems. Founded in 2024, OpenMind recently raised $20 million led by Pantera Capital to accelerate development and deployment of OM1 and FABRIC. The company plans to deploy an initial fleet of ten OM1-powered robotic dogs by September for real-world testing in homes and other environments, gathering user feedback to iterate rapidly. OpenMind envisions its software stack as a universal "nerv
robothumanoid-robotsrobotic-collaborationAI-operating-systemdecentralized-roboticsmachine-communicationOpenMindChina’s new mystery stealth jet's flight sets social media on fire
Leaked images and video circulating on Chinese social media have sparked intense speculation about a new, mysterious tailless aircraft believed to be an advanced stealth design. The aircraft features a sharply pointed nose blending into delta wings, twin-engine intakes, no vertical stabilizers, and a heavy-duty tricycle landing gear, suggesting a conventional or carrier-capable weight class. Its lack of a visible cockpit raises the possibility that it is an unmanned aerial vehicle (UAV) or drone, potentially part of China’s ongoing development of autonomous “loyal wingman” stealth drones, such as the GJ-11 “Sharp Sword” or FH-97 series, which are comparable to U.S. programs like the Valkyrie and Ghost Bat. Experts remain cautious about the aircraft’s exact role or classification, with theories ranging from it being a next-generation fighter or bomber to a carrier-optimized platform or a Chengdu-developed counterpart to the J-36 stealth fighter. The design shares some similarities with existing Chinese
robotdroneunmanned-aerial-vehiclestealth-technologyautonomous-systemsmilitary-technologyaerospace-engineeringJeh Aerospace nets $11M to scale the commercial aircraft supply chain in India
Jeh Aerospace, an Indian startup founded by former Tata Group executives Vishal Sanghavi and Venkatesh Mudragalla, has raised $11 million in Series A funding to address production bottlenecks in the global commercial aircraft supply chain. The company focuses on scaling the manufacturing of precision metallic components for aero engines and aerostructures, supplying U.S.-based Tier 1 suppliers who serve major aircraft manufacturers like Airbus and Boeing. Headquartered in Atlanta to better serve its U.S. customers, Jeh Aerospace operates a 60,000-square-foot precision manufacturing facility in Hyderabad, India, where it leverages software-defined manufacturing, robotics, and IoT to reduce product lead times from the industry standard of 15 weeks to just 15 days. The startup’s approach aims to bring predictability and dynamic scheduling to aerospace component production, helping alleviate the current supply chain constraints amid a surge in global air traffic demand and a record commercial aircraft backlog nearing 15,700 units. Jeh Aerospace deliberately targets
robotIoTaerospace-manufacturingprecision-machinerysupply-chainindustrial-automationaircraft-componentsRussian students build anti-drone simulator to train gunners
Students at Russia’s Southern Federal University (SFU) have developed the world’s first dedicated anti-drone rifle simulator, powered by Unreal Engine, to train gunners in countering unmanned aerial vehicles (UAVs). The interactive platform places trainees in a virtual test range where radio signals, GPS interference, and device behaviors are modeled in near-real time. Users can operate digital replicas of Russian anti-drone rifles like the “Pars” and “Harpy,” as well as detectors such as the “Bulat” v3, against a variety of target drones ranging from small FPV quadcopters to commercial DJI models and Ukrainian military drones like the “Leleki-100.” The simulator includes theoretical lessons, educational materials, and video scenarios designed to improve practical skills, decision-making under stress, and familiarity with electronic warfare conditions without the cost of live ammunition or hardware. The development responds to the increasing dominance of drones on the Russia-Ukraine battlefield, where UAVs have been used extensively for
robotdrone-technologysimulation-trainingunmanned-aerial-vehicleselectronic-warfarevirtual-realitydefense-technologyTechCrunch Mobility: Tesla’s ride-hailing gambit
The article discusses Tesla CEO Elon Musk’s ongoing efforts to reposition Tesla from primarily an electric vehicle (EV) manufacturer to an AI and robotics company, with a particular focus on self-driving cars and humanoid robots. Despite Tesla’s advanced EV technology and its Full Self-Driving Supervised system, fully autonomous vehicles and humanoid robots at scale remain unrealized goals. Tesla’s initial step toward this vision was the launch of a limited robotaxi service in Austin, Texas, where Tesla employees currently supervise rides, falling short of Musk’s original vision of a fully autonomous, owner-rentable robotaxi fleet. Recently, Tesla announced plans to launch a robotaxi service in California’s Bay Area, but regulatory hurdles persist. Notably, Tesla has not yet applied for the necessary permits from the California DMV to operate autonomous vehicles commercially. Instead, Tesla has started a ride-hailing service using human drivers from its own employee pool, without any autonomous driving involved. This move appears to be largely for optics, aiming to
robotautonomous-vehiclesTeslaride-hailingAIroboticselectric-vehiclesLyft and China’s Baidu look to bring robotaxis to Europe next year
Lyft has announced a strategic partnership with Chinese tech giant Baidu to bring Baidu’s Apollo Go autonomous vehicles to several European markets, targeting launches in Germany and the United Kingdom in 2026, subject to regulatory approval. Baidu’s RT6 robotaxis, equipped with its Apollo Go self-driving system, will be integrated into Lyft’s ride-hailing app, exemplifying Lyft’s “hybrid network approach” that combines autonomous vehicles (AVs) with human drivers to enhance rider options. This move marks a significant expansion for Lyft, which has historically focused on the U.S. market. Earlier in 2025, Lyft entered the European market by acquiring the German multi-mobility app FREENOW from BMW and Mercedes-Benz Mobility, enabling its expansion beyond the U.S. and Canada. Lyft and Uber, both having discontinued their internal autonomous vehicle programs, are now competing to form partnerships with AV technology companies like Baidu. While Uber has partnered with over 18 companies to develop its robot
robotautonomous-vehiclesrobotaxisLyftBaiduself-driving-technologytransportation-innovationJapan team builds falcon-like drone that lands softly on your palm
Researchers at the University of Tokyo’s DRAGON Lab have developed a falcon-inspired flapping-wing drone capable of safely landing on a person’s palm without cushions. Unlike traditional propeller drones, this drone uses soft, flexible wings that mimic bird flight, resulting in quieter operation and a gentler presence ideal for close human interaction. The design is inspired by falconry and represents the first successful contact-based interaction between a flapping-wing drone and a human, emphasizing safety through careful flight planning that accounts for physical and psychological factors such as distance, altitude, approach direction, and velocity. The drone maintains a minimum distance of 0.3 meters from the user’s chest, slows down as it approaches, and stays within a comfortable altitude range between the elbow and eye level. It is controlled through intuitive hand gestures—bending the arm signals the drone to hover, while extending the arm commands it to approach and land. A sophisticated motion capture system with multiple cameras tracks markers on the user and drone, enabling
robotdroneflapping-wing-dronehuman-robot-interactiongesture-controlmotion-planningsafe-landingTurkey revives the Ekranoplan as a smart, sea-skimming drone
Turkey has revived the Soviet-era wing-in-ground-effect (WIG) vehicle concept with its new TALAY drone, developed by SolidAERO. Unlike the massive, manned Ekranoplans of the Cold War, TALAY is a compact, unmanned, AI-driven sea-skimming drone designed for multi-role missions including reconnaissance, strike, and cargo delivery. It flies just 3 meters above the sea surface—below most coastal radar detection—can cover 200 km at speeds up to 200 kph, and carries a payload of 30 kg. Its modular design and foldable wings enable rapid deployment and versatile use in various maritime operations. The TALAY represents a doctrinal shift in naval warfare, emphasizing swarming tactics of low-cost, radar-evading drones to overwhelm enemy defenses rather than relying on fewer, larger missiles. This approach could pose a significant threat to both small inshore vessels and larger warships by saturating their defenses with multiple semi-autonomous attackers. Turkey
robotdroneAIunmanned-aerial-vehiclemilitary-technologysea-skimmingautonomous-flightTesla hands $29B comp package to Elon Musk amid ‘AI talent war’
Tesla’s board has approved a new $29 billion stock-based compensation package for CEO Elon Musk, citing the intensifying competition for AI talent and Tesla’s pivotal position in the industry. The package grants Musk 96 million shares that vest over two years, contingent on his continuous senior leadership role and a five-year holding period. Unlike his previous 2018 compensation plan, this new award is not tied to stock price performance goals. The shares come with a $23.34 purchase price per share, valuing the award at approximately $26.7 billion at current market prices. This new compensation plan is structured through Tesla’s 2019 Equity Incentive Plan, which shareholders have already approved, so it will not require a new shareholder vote. However, the package could be voided if the Delaware Supreme Court overturns a judge’s earlier ruling that struck down Musk’s 2018 pay package due to conflicts of interest and flawed negotiation processes. That 2018 plan, worth about $56 billion,
robotAITeslaCEO-compensationtechnologyartificial-intelligenceroboticsHumanoid robots Adam and Adam-U display lifelike AI movement
At the World Artificial Intelligence Conference 2025 in Shanghai, Chinese robotics company PNDbotics unveiled two advanced humanoid robots, Adam and Adam-U, showcasing significant strides in AI-driven robotics. Adam is a full-sized, 1.6-meter-tall, 132-pound humanoid robot designed for high agility and precision, featuring 44 degrees of freedom and powered by deep reinforcement learning (DRL) and imitation-learning algorithms. It boasts patented quasi-direct drive actuators that enable smooth, human-like movements, including balanced posture and deft manipulation, even without visual input. Adam’s modular, biomimetic design and real-time control system allow it to perform complex tasks dynamically, such as playing musical instruments and dancing. Adam-U, developed in partnership with Noitom Robotics and Inspire Robots, serves as a high-precision, stationary data acquisition platform with 31 degrees of freedom. It integrates advanced motion capture technology, including Noitom’s PNLink suit and Inspire’s dexterous robotic hand,
robothumanoid-robotAImotion-capturerobotics-innovationreinforcement-learningimitation-learningOpenMind wants to be the Android operating system of humanoid robots
OpenMind, a Silicon Valley startup founded in 2024 by Stanford professor Jan Liphardt, aims to become the "Android operating system" for humanoid robots by developing an advanced OS that enables more natural human-robot interactions. Unlike traditional robots designed for repetitive tasks, OpenMind focuses on creating machines that think and communicate more like humans, facilitating collaboration between humans and robots. Central to this vision is OpenMind’s new protocol called FABRIC, which allows robots to verify identities and share contextual information instantly, enabling rapid learning and seamless communication among machines. For example, robots could share language data with each other to interact with people in multiple languages without direct human teaching. OpenMind plans to launch its first fleet of 10 OM1-powered robotic dogs by September 2025 to gather real-world user feedback and iterate quickly on its technology. The company recently raised $20 million in funding led by Pantera Capital, with participation from Ribbit, Coinbase Ventures, and others, to accelerate product development and
robothumanoid-robotsrobotic-operating-systemmachine-learningrobot-communicationAI-collaborationrobotic-dogsChinese engineers design drones that survive 87% of missile attacks
Chinese aerospace engineers have developed a novel evasive maneuvering system for combat drones that could increase their missile survival rate from about 10% to 87%. The technology involves equipping drones with lightweight, side-mounted rocket boosters that enable rapid, high-G acceleration and abrupt course changes just one or two seconds before missile impact. This "terminal evasion" system aims to make drone movements unpredictable, causing incoming missiles to miss and often detonate harmlessly in mid-air. The research team, led by Bi Wenhao from Northwestern Polytechnical University, emphasizes three core principles for the system: precise timing of booster ignition, directional intelligence to decide the optimal evasive maneuver (climb, dive, or lateral boost), and sufficient thrust to generate at least 16Gs of acceleration. While promising, the system has so far only been tested in digital simulations, and real-world trials remain pending. Additionally, integrating rocket boosters poses trade-offs by adding weight and reducing battery life, fuel capacity, and payload space. The
robotdrone-technologymissile-evasionaerospace-engineeringmilitary-roboticsunmanned-aerial-vehiclesdefense-technologyJoby Aviation to buy Blade Air Mobility’s ride-share business
Joby Aviation, an electric air taxi developer, has agreed to acquire Blade Air Mobility’s helicopter ride-share business for up to $125 million. The acquisition includes the Blade brand and its passenger operations in the U.S. and Europe, while Blade’s medical transport division remains separate. Blade, founded in 2014, operates a digital platform that enables customers to book private helicopter rides on short routes, serving more than 50,000 passengers in 2024. The deal provides Joby with immediate access to Blade’s network of 12 terminals in key markets such as New York City, including dedicated lounges and bases at major airports and Manhattan locations. Joby plans to integrate its air taxi management software into Blade’s passenger service and eventually replace helicopters with its own electric vertical takeoff and landing (eVTOL) aircraft. This acquisition is seen as strategically important for Joby’s planned commercial launch in Dubai and future global expansion. Founded in 2009, Joby has spent over a decade developing
robotelectric-vertical-takeoff-and-landingeVTOLurban-air-mobilityair-taxiautonomous-vehiclestransportation-technologyTesla asks shareholders to approve $29B comp package for Elon Musk amid ‘AI talent war’
Tesla has proposed a new $29 billion compensation package for CEO Elon Musk, consisting of 96 million shares that would vest over two years, contingent on Musk maintaining a senior leadership role and holding the stock for five years. This package is designed to address the intensifying competition for AI talent and Tesla’s strategic position amid rapid developments in AI and robotics. Unlike Musk’s previous 2018 award, this new plan is not tied to stock price targets but requires Musk’s continued involvement with the company. The proposal will be voted on at Tesla’s annual shareholder meeting in November and could be voided if the Delaware Supreme Court overturns a prior ruling that invalidated Musk’s 2018 compensation package due to conflicts of interest during its negotiation. The 2018 package, worth about $56 billion, was struck down by Delaware Chancery Court Judge Kathaleen McCormick, who criticized the flawed approval process influenced heavily by Musk and Tesla’s board, and the lack of time-bound commitments from Musk
robotAITeslaexecutive-compensationtechnology-leadershipartificial-intelligenceroboticsChina’s new electronic warfare tech disrupts enemy systems while protecting friendly signals
Chinese researchers have developed a novel electronic warfare (EW) system that can simultaneously jam enemy communications while preserving friendly signals within a designated “null zone,” akin to the calm “eye” of a storm amid electromagnetic chaos. This technology employs two coordinated drones emitting carefully controlled radio signals—adjusting waveform, amplitude, phase, and timing—to create a point where the jamming waves cancel each other out, allowing allied communications to operate uninterrupted. This approach leverages advanced beamforming and phase cancellation techniques, marking a significant evolution from traditional omnidirectional or directional jamming systems that typically disrupt all signals within range. In simulations, the system demonstrated the ability to nullify interference even when jamming signals were 100 times stronger than the target signals, effectively reducing electromagnetic interference at friendly receivers to zero. Such precise spatial control could enable selective jamming, providing a tactical advantage in contested environments like GPS-denied zones and transforming EW from a blunt instrument into a surgical tool. However, the technology remains at the simulation stage
robotdroneselectronic-warfaresignal-processingbeamformingphase-cancellationcommunications-technologyDrone swarms: How they actually work and what industries should care - The Robot Report
The article from The Robot Report explores the concept, functionality, and practical applications of drone swarms, emphasizing their potential to transform industries like agriculture. Unlike loosely coordinated groups of drones controlled centrally, true drone swarms operate through decentralized decision-making, where each drone independently processes local data and synchronizes with peers without hierarchical control or constant human oversight. This natural swarm behavior, inspired by ants or birds, enables scalability, adaptability, and efficient coverage of large or complex environments, reducing labor costs significantly—up to 30% over time—primarily by minimizing human involvement, which often accounts for 70% of drone operation expenses. In agricultural settings, autonomous drone swarms utilize onboard computing, specialized sensors (e.g., multispectral cameras), and GPS technologies to perform precise, task-based actions such as targeted fertilization. For example, drones detect nutrient deficiencies using vegetation indices and dynamically assign the closest capable drone to apply fertilizer, optimizing resource use and preventing environmental damage. The article highlights that over the next five
robotdrone-swarmautonomous-dronesUAV-technologyagriculture-technologyswarm-intelligencereal-time-data-coordinationMiami Jury Finds Tesla Liable For Deadly Crash — Awards $329 Million In Damages - CleanTechnica
A Miami jury found Tesla partially liable for a deadly 2019 crash involving a 2019 Tesla Model S driven by George McGee, who had activated the Autopilot system but was manually accelerating and distracted by searching for his phone when the vehicle ran a stop-controlled T intersection. The Tesla crashed into a Chevy Tahoe, which then struck two pedestrians, killing one and severely injuring the other. The estate of the deceased sued Tesla, arguing that the Autopilot system failed to slow or stop the car at the intersection. Tesla countered that once the driver manually accelerated, many of Autopilot’s safety features were overridden and placed full blame on the driver’s negligence. After a two-week trial, the jury apportioned fault as two-thirds to the driver and one-third to Tesla, awarding $129 million in actual damages plus $200 million in punitive damages, totaling $329 million. The punitive damages were intended to punish Tesla for allegedly misleading marketing and unsafe deployment of Autopilot beyond controlled
robotautonomous-vehiclesTesla-Autopilotself-driving-technologyautomotive-safetyAI-in-transportationdriver-assistance-systemsTesla partly liable in Florida Autopilot trial, jury awards $200M in damages
A federal jury in Miami found Tesla partly liable for a fatal 2019 crash involving its Autopilot driver assistance system, assigning one-third of the blame to Tesla and two-thirds to the driver. The crash occurred when neither the driver nor Autopilot braked in time at an intersection, resulting in the death of 20-year-old Naibel Benavides Leon and severe injury to her boyfriend. The jury awarded approximately $242.5 million in total damages, including punitive damages solely against Tesla. This verdict marks one of the first major legal rulings against Tesla regarding its Autopilot technology, which the company has previously addressed through settlements. Plaintiffs' lead attorney criticized Tesla for marketing Autopilot as suitable beyond controlled-access highways without restricting its use, accusing the company and Elon Musk of fostering overconfidence in the system that endangered lives. Tesla announced plans to appeal, arguing the verdict was legally flawed and that no vehicle in 2019 could have prevented the crash, emphasizing that the
robotautonomous-vehiclesTesla-Autopilotdriver-assistance-systemsautomotive-safetyself-driving-technologylegal-liabilityJury orders Tesla to pay $243M in deadly Autopilot crash case
A federal jury in Miami has found Tesla partly liable for a 2019 crash in Key Largo, Florida, that killed 22-year-old Naibel Benavides Leon and severely injured her boyfriend. The crash occurred when driver George McGee, distracted by a dropped cell phone, ran a stop sign at 62 mph while relying heavily on Tesla’s Autopilot system, which failed to warn or brake automatically. The jury ordered Tesla to pay $243 million in damages, marking a rare legal defeat for the company amid its efforts to launch a driverless taxi service. Tesla plans to appeal the verdict, maintaining that McGee’s reckless behavior was solely to blame and emphasizing its repeated warnings for drivers to stay attentive. Plaintiffs’ lawyers argued that Tesla enabled reckless use of Autopilot by not restricting its operation on unsuitable roads and failing to disengage the system when drivers were distracted. They also accused Tesla of misleading customers through branding and withholding or losing critical crash data, which was later recovered by
robotautonomous-vehiclesTesla-Autopilotdriver-assist-systemsautomotive-safetysemi-autonomous-technologycrash-liabilityDiffuseDrive addresses data scarcity for robot and AI training - The Robot Report
DiffuseDrive Inc., founded in 2023 by engineer Balint Pasztor and physicist Roland Pinter, addresses the critical challenge of data scarcity in training robots and AI systems by generating photorealistic synthetic data. Traditional real-world data collection is costly and slow, while simulation-based data often lacks realism, leading to a simulation-to-reality gap. DiffuseDrive’s generative AI platform analyzes existing datasets, identifies missing elements, and uses proprietary diffusion models to create highly realistic synthetic data tailored to specific operational design domains (ODDs). This approach enables the rapid creation of relevant datasets in days rather than months or years, improving AI training outcomes by up to 40% in some cases. Unlike generic synthetic data generators, DiffuseDrive integrates a quality assurance layer that contextualizes data generation based on business logic and domain-specific requirements provided by customers, who remain in control of their data and expertise. The platform employs advanced statistical analysis, semantic segmentation, and 2D/3D labeling to
robotartificial-intelligencesynthetic-dataautonomous-drivingdata-scarcityAI-trainingsimulation-to-reality-gapTesla partly liable in Florida Autopilot trial, jury awards $329M in damages
A Miami federal jury found Tesla partly liable for a fatal 2019 crash involving its Autopilot driver assistance system, awarding $329 million in punitive and compensatory damages to the plaintiffs. The crash occurred when neither the driver nor Autopilot braked in time at an intersection, resulting in a collision that killed 20-year-old Naibel Benavides Leon and severely injured her boyfriend. The jury assigned two-thirds of the blame to the driver and one-third to Tesla. This verdict marks one of the first major legal rulings against Tesla regarding Autopilot, a technology the company has previously defended or settled related lawsuits over. Plaintiffs’ lead attorney Brett Schreiber criticized Tesla for designing Autopilot primarily for controlled highways but allowing its use elsewhere, coupled with Elon Musk’s public claims that Autopilot outperforms human drivers. Schreiber argued Tesla’s misleading promotion of the system endangered users and contributed to the fatal crash. Tesla announced plans to appeal the verdict, calling it legally
robotautonomous-vehiclesTesla-Autopilotdriver-assistance-systemsautomotive-safetyself-driving-technologylegal-liabilityNew sensor gives robots lifelike touch and instant grip control
Researchers at the University at Buffalo have developed a novel fabric-based electronic textile (E-textile) sensor that mimics human skin’s ability to sense pressure, slippage, and movement. This sensor, integrated onto 3D-printed robotic fingers and a compliant gripper, enables robots to react in real time by adjusting their grip strength dynamically—tightening or loosening as needed. The sensor operates via the tribovoltaic effect, generating electrical signals from friction, and demonstrates response times as fast as 0.76 milliseconds, surpassing typical human touch receptor speeds. This rapid and sensitive feedback allows robots to detect object slippage and adjust their grasp without crushing items, significantly enhancing robotic dexterity. The breakthrough holds promise for a variety of applications requiring fine motor control and delicate touch, such as collaborative manufacturing tasks, robotic surgery, and prosthetic limbs. The research team plans to incorporate reinforcement learning to further improve control algorithms and explore the sensor’s adaptability across different robotic platforms. Funded by the University
robotroboticssensor-technologyelectronic-textilesrobotic-grippersprostheticsrobotic-surgeryTesla partly liable in Florida Autopilot trial, jury awards $200M punitive damages
A federal jury in Miami found Tesla partially liable for a fatal 2019 crash involving its Autopilot driver assistance system. The crash occurred when neither the driver nor the Autopilot system braked in time at an intersection, resulting in a collision with an SUV that killed pedestrian Naibel Benavides Leon and severely injured her boyfriend. The jury assigned two-thirds of the blame to the driver and one-third to Tesla, awarding the plaintiffs $200 million in punitive damages along with compensatory damages for pain and suffering. This verdict marks one of the first significant legal rulings against Tesla concerning its Autopilot technology. The trial lasted three weeks and highlights growing scrutiny over the safety and accountability of driver assistance systems. The driver involved was sued separately, and the case is ongoing, with further developments expected.
robotautonomous-vehiclesTesla-Autopilotdriver-assistance-systemstransportation-technologylegal-issues-in-roboticsautomotive-safetyDriverless Trucks Now Certified To Drive Day and Night
Aurora’s commercial self-driving trucks have recently received certification to operate during both day and night, marking a significant milestone in autonomous vehicle technology. This validation expands the operational capabilities of Aurora’s driverless trucks, allowing for continuous, around-the-clock freight transport. The development promises to enhance efficiency and flexibility within the American transportation industry by enabling longer haul times without the limitations imposed by daylight-only operation. Looking ahead, Aurora plans further improvements and expansions to its autonomous trucking technology. These advancements are expected to bolster the reliability and scalability of driverless freight solutions, potentially transforming logistics and supply chain operations across the United States. The certification for night driving represents a crucial step toward broader adoption of autonomous trucks, which could lead to reduced costs, improved safety, and increased productivity in American transport.
robotautonomous-vehiclesself-driving-truckstransportation-technologyautomationdriverless-technologycommercial-trucksFundamental Research Labs nabs $30M+ to build AI agents across verticals
Fundamental Research Labs, an applied AI research company formerly known as Altera, has raised $33 million in a Series A funding round led by Prosus, with participation from Stripe co-founder Patrick Collison. The company operates with a unique structure, maintaining multiple teams focused on diverse AI applications across different verticals, including gaming, prosumer apps, core research, and platform development. Founded by Dr. Robert Yang, a former MIT faculty member, the startup aims to be a “historical” company by eschewing typical startup norms and is already generating revenue by charging users for its AI agents after a seven-day trial. Among its products, Fundamental Research Labs offers a general-purpose consumer assistant and a spreadsheet-based AI agent called Shortcut, which has demonstrated impressive performance by outperforming first-year analysts from McKinsey and Goldman Sachs in head-to-head evaluations. The company has raised over $40 million to date and is focused on productivity applications as a primary value driver, with long-term ambitions to develop
robotAI-agentsautomationproductivity-appsdigital-humansmachine-learningrobotics-developmentFundamental Research Labs nabs $30M to build AI agents across verticals
Fundamental Research Labs, an applied AI research company formerly known as Altera, has secured $30 million in Series A funding led by Prosus, with participation from Stripe CEO Patrick Collison. The company operates with an unconventional structure, maintaining multiple teams focused on diverse AI applications across verticals, including gaming, prosumer apps, core research, and platform development. Founded by Dr. Robert Yang, a former MIT faculty member, the startup aims to be a “historical” company rather than follow a typical startup model. It is already generating revenue by charging users for its AI agents after a seven-day trial period. Among its products is Shortcut, a spreadsheet-based AI agent described as a “superhuman excel agent” that outperforms first-year analysts from top firms like McKinsey and Goldman Sachs in accuracy and speed. The company’s offerings also include a general-purpose consumer assistant and other AI tools like Fairies. Prosus investment partner Sandeep Bakshi highlighted the team’s mission-driven
robotartificial-intelligenceAI-agentsautomationproductivity-appsdigital-humansAI-researchThe new face of defense tech — Ethan Thornton of Mach Industries — takes the AI stage at TechCrunch Disrupt 2025
At TechCrunch Disrupt 2025, Ethan Thornton, CEO and founder of Mach Industries, highlighted how AI is fundamentally transforming defense technology today, not just in the future. Launching his startup out of MIT in 2023, Thornton aims to develop decentralized, next-generation defense systems that integrate advanced hardware, software, and autonomous capabilities. His approach challenges traditional defense industry norms by leveraging AI-native innovation to enhance national security on a global scale. Mach Industries exemplifies a new breed of startups that bridge commercial technology and military applications, focusing on autonomous systems, edge computing, and dual-use technologies. Thornton’s discussion emphasized the complexities of navigating funding, regulatory environments, and ethical responsibilities at the intersection of technology and geopolitics. With rising global tensions and increased defense tech investments, his session underscored AI’s critical role in reshaping security strategies and the future of sovereignty worldwide.
robotartificial-intelligenceautonomous-systemsdefense-technologyedge-computingstartup-innovationmilitary-technologyOli: LimX’s new humanoid robot masters gym, warehouse, dance floor
LimX Dynamics, a Chinese robotics company, has unveiled its full-sized humanoid robot named LimX Oli, designed to advance embodied AI and automation in manufacturing, warehousing, and research. Available in three variants—Lite, EDU, and Super—starting at about $21,800, Oli features a modular arm system with interchangeable attachments such as standard hands, precision grippers, and dexterous robotic hands. This modularity allows the robot to perform a wide range of tasks across different environments, from lifting dumbbells in a gym to sorting items in a warehouse and even performing Chinese kung fu and dancing, showcasing its strength, agility, balance, and full-body disturbance recovery capabilities. Standing 1.65 meters tall with 31 degrees of freedom, Oli is tailored for AI researchers, robotics engineers, and system integrators, offering an open SDK that provides full access to sensor data, joint control, and task scheduling. This flexible hardware-software design and scalable development toolchain make it a powerful
robothumanoid-robotAI-roboticsmodular-roboticswarehouse-automationreinforcement-learningembodied-intelligenceXueba 01: World's first humanoid robot plans PhD in opera, drama
Shanghai Theatre Academy (STA) in China has accepted Xueba 01, an AI humanoid robot described as a “handsome male adult,” into its four-year PhD program in Drama and Film, marking the first known instance of a robot granted full doctoral-candidate status in the arts. Xueba 01 will study traditional Chinese opera, focusing on performance, scriptwriting, set design, motion control, and language generation, under professor Yang Qingqing. The robot has a virtual student ID and aims to engage aesthetically with human peers, participate in rehearsals, and contribute creatively, with ambitions to direct operas or run a robotic art studio in the future. The announcement sparked debate online, with some questioning whether a robot can truly embody the emotional depth and unique voice essential to Chinese opera, while others raised concerns about resource allocation amid low stipends for human arts PhD students in China. Xueba 01 responded humorously to critics, noting the consequences of potential failure and its possible donation to
robothumanoid-robotAI-artistmotion-controlartificial-intelligencerobotics-in-educationAI-in-performing-artsJoby Aviation and defense contractor L3Harris to test autonomous hybrid aircraft
Joby Aviation, known for developing commercial electric air taxis, is expanding its focus through a partnership with defense contractor L3Harris Technologies to develop an autonomous gas-turbine hybrid vertical take-off and landing (VTOL) aircraft for military applications. This new aircraft will be based on Joby’s existing S4 platform, which has traditionally featured an all-electric powertrain. However, under a government contract, Joby demonstrated a hybrid prototype capable of flying 521 miles—more than twice the range of its battery-electric version. The collaboration aims to leverage L3Harris’s expertise in defense technologies to integrate sensors, autonomy, communications, and payloads, creating a mission-capable aircraft suited for Department of Defense (DoD) needs. Flight testing of the hybrid VTOL is scheduled to begin in the fall, with operational demonstrations planned for 2026. Joby has been working with the DoD for nearly a decade, focusing on meeting critical requirements such as extended range and mission flexibility.
robotautonomous-aircrafthybrid-VTOLelectric-aviationdefense-technologyunmanned-systemsaerospace-materialsNeuralink brain chip trials launch in Britain for paralyzed patients
Neuralink, Elon Musk’s brain-implant company, has initiated its first European clinical trial in the UK, aiming to test its brain-computer interface (BCI) technology on seven patients with severe paralysis caused by spinal cord injuries or neurological conditions like ALS. The trial, conducted in partnership with University College London Hospitals NHS Foundation Trust and Newcastle upon Tyne Hospitals, involves implanting Neuralink’s N1 chip under the skull to enable patients to control digital devices such as smartphones and tablets using only their thoughts. This marks the UK as the first European country to host such a study and builds on Neuralink’s earlier human trials in the US, where five paralyzed patients have already used the chip to operate devices mentally. Neuralink’s N1 chip is a small device, about the size of a 10-pence coin, equipped with 128 ultra-thin threads that connect approximately 1,000 electrodes to the brain to read electrical activity and translate it into digital commands. The company
robotIoTbrain-computer-interfaceNeuralinkmedical-technologyassistive-technologyneurotechnologyCorsha gets investment from Cybernetix Ventures for robot cybersecurity - The Robot Report
Corsha Inc., a Vienna, Virginia-based company specializing in machine cybersecurity, has secured investment from Cybernetix Ventures as part of its $18 million Series A-1 funding round. Corsha’s platform focuses on securing machine-to-machine (M2M) connections within robotics and industrial automation, addressing a gap where traditional cybersecurity has largely centered on human protection while neglecting operational technology. Founded in 2017, Corsha offers a patented Machine Identity Provider (m-IdP) that provides dynamic, cryptographic machine identities, continuous verification, and automated lifecycle management to ensure secure, authorized connections across cloud, edge, hybrid, and air-gapped environments. The m-IdP platform is designed to support the growing autonomy and interconnectivity of industrial systems by embedding zero-trust principles and enabling secure data movement and automation at machine speed and scale. Cybernetix Ventures highlighted Corsha’s solution as a foundational trust layer critical for the future of connected, autonomous systems, emphasizing the increasing need for
robotcybersecuritymachine-identityindustrial-automationoperational-technologyautonomous-systemsIoT-securityThe ‘Wild West’ of AI: defense tech, ethics, and escalation
The article explores the rapid transformation of modern warfare driven by artificial intelligence (AI), electronic warfare (EW), and autonomous systems, as discussed by Will Ashford-Brown, Director of Strategic Insights at Heligan Group. Over the past five years, AI has become deeply integrated into military operations, from combat roles like drone piloting and target acquisition to support functions such as IT assistance within defense organizations. Despite these advances, Ashford-Brown emphasizes that human oversight remains crucial, especially in decisions involving lethal force, due to unresolved ethical concerns and a significant trust gap in fully autonomous systems. Ashford-Brown distinguishes between AI as a supporting technology and true autonomy, highlighting that robust AI is necessary to achieve fully autonomous military systems. Experimental AI-driven drones demonstrate potential in overcoming electronic jamming and operating in denied environments, but human intent and intervention continue to be central to their operation. Additionally, AI’s ability to rapidly analyze satellite imagery is revolutionizing battlefield intelligence, drastically shortening the kill chain from hours to minutes and
robotartificial-intelligenceautonomous-systemsdefense-technologymilitary-droneselectronic-warfareAI-ethicsAutonomy-first approach drives Bonsai, farm-ng roadmap
Bonsai Robotics and farm-ng have merged to form a unified agrobotics company operating under the Bonsai Robotics name. The merger combines farm-ng’s hardware expertise, including the modular Amiga robot platform and its upcoming larger Amiga Max vehicle, with Bonsai’s advanced autonomy software, such as the VisionSteer system and fleet management interface. This integration enables growers to manage multiple autonomous robots efficiently, track their progress in real time, and review historical work, all without relying on unreliable GPS signals under orchard canopies. Existing farm-ng customers are already piloting Bonsai’s software on their robots, demonstrating early synergy between the two organizations. The combined company is consolidating teams across software and hardware functions, maintaining software development in the Bay Area and hardware labs in Watsonville and Davis, California. Their shared vision focuses on creating smaller, adaptable robots capable of multi-purpose use across different crop environments and seasons, aiming to reduce equipment idle time and input costs while improving crop productivity and minimizing environmental impact.
robotagriculture-roboticsautonomous-vehiclesfleet-management-softwareAI-roboticsprecision-farmingvision-guidance-systemsIn a first, astronaut remotely commands Mars robot from space
The article reports a historic milestone in space exploration where NASA astronaut Jonny Kim remotely commanded a team of robots on Earth from the International Space Station (ISS) as part of the German Aerospace Center’s (DLR) Surface Avatar experiment. Conducted at DLR’s ‘Earthly Mars’ site in Oberpfaffenhofen, the experiment involved navigating a simulated Martian landscape, collecting samples, and demonstrating advanced human-robot collaboration. The robotic team included DLR’s humanoid Rollin' Justin, ESA’s Interact rover, DLR’s four-legged robot Bert, and ESA’s four-legged robot Spot, which worked together to explore terrain and complete tasks efficiently within two and a half hours. Notably, the experiment featured a simulated failure scenario where Bert’s leg malfunctioned, and Kim used reinforcement learning to help the robot adapt a three-legged gait, showcasing problem-solving and teamwork. A significant innovation in the experiment was the integration of Neal AI, an AI chatbot assistant developed by DLR based
robotspace-roboticsremote-robot-controlMars-explorationAI-assistantrobotic-teamworkhumanoid-robotsWaymo’s Tekedra Mawakana on the truth behind autonomous vehicles at TechCrunch Disrupt 2025
At TechCrunch Disrupt 2025, Waymo co-CEO Tekedra Mawakana will provide an in-depth, realistic perspective on the current state and future of autonomous vehicles (AVs). Moving beyond sensational headlines about crashes and hype, Mawakana will discuss the practical challenges of scaling AV deployment, including rider safety, public trust, regulatory complexities, operational hurdles, and competition from companies like Tesla. Her session aims to clarify what aspects of AV technology are working, what still requires development, and what it truly takes to bring fully autonomous vehicles to widespread use. Tekedra Mawakana brings over 20 years of experience in global tech strategy and leadership to her role at Waymo, where she drives the company’s mission to make the Waymo Driver accessible to the masses and advance autonomous innovation. Beyond Waymo, she contributes to other tech ventures and social impact initiatives. Her appearance at Disrupt offers attendees—ranging from founders and investors to enthusiasts—a rare, insider view of the autonomous
robotautonomous-vehiclesself-driving-carsWaymomobility-technologyAI-roboticstransportation-innovationYou Can Now Feel Touch In VR
The USC Viterbi School of Engineering has developed a new haptic system that enables users to experience the sense of touch within virtual reality environments. This innovation marks a significant advancement in VR technology by adding tactile feedback, allowing users to physically feel interactions in a digital space. The system enhances immersion and could transform how people engage with virtual content, making online interactions more realistic and intuitive. This breakthrough has broad implications for various applications, including gaming, remote collaboration, education, and training, where the ability to feel virtual objects or interactions can improve user experience and effectiveness. While the article does not provide detailed technical specifications or deployment timelines, the introduction of touch sensation in VR represents a major step toward more comprehensive and multisensory virtual experiences.
robothapticsvirtual-realityhuman-computer-interactionwearable-technologysensory-technologyUSC-ViterbiAlbatross’s dynamic soaring could help drones fly longer using winds
UC Assistant Professor Sameh Elsa and his team are developing drones inspired by the albatross, a large seabird known for its ability to fly long distances without flapping its wings. Funded by a $700K DARPA grant, the project leverages biomimicry to replicate the albatross’s dynamic soaring technique. This flight method involves the bird repeatedly turning into the wind to gain altitude, then gliding forward using gravity and wind currents near the water’s surface, allowing it to stay airborne for hours efficiently. Albatrosses can cover hundreds of miles weekly, cumulatively flying distances far exceeding that between the Earth and the moon over their lifetimes. The research highlights the albatross’s sophisticated real-time flight optimization, which even advanced computers struggle to replicate. The birds use sensitive sensory input, including their keen sense of smell, to make precise flight adjustments, solving complex optimization problems instinctively. To mimic this, drones must measure changing wind speeds and directions and adjust their flight
robotdronesbiomimicrydynamic-soaringunmanned-aerial-vehiclesenergy-efficiencyautonomous-flightWaymo Coming to Dallas Next - CleanTechnica
Waymo, the self-driving technology company spun off from Google, is rapidly expanding its commercial robotaxi operations to new cities. After initially focusing on Phoenix and the San Francisco Bay Area, Waymo has recently launched services in several cities and announced plans to begin operations in Dallas, Texas, in 2026. The company emphasizes that its autonomous ride-hailing service can improve road safety and reduce injuries and fatalities, aligning with Dallas’s public safety goals. Unlike previous launches where Waymo partnered with Uber, the Dallas rollout will be in partnership with Avis Budget Group, marking a strategic shift toward leveraging Avis’s fleet management expertise to scale operations efficiently. Avis will handle end-to-end fleet management, including vehicle readiness, maintenance, and depot operations, allowing Waymo to focus on its core autonomous driving technology. This partnership is expected to extend beyond Dallas, with plans to expand to additional cities. Waymo’s commercial operations are already significant, with over 250,000 paid trips per week across five cities, covering
robotautonomous-vehiclesWaymorobotaxismart-transportationfleet-managementmobility-technologyAurora’s autonomous trucks are now driving at night. Its next big challenge is rain.
Aurora Innovation is advancing its autonomous trucking operations in the U.S. Sunbelt region, focusing on routes between Dallas, Houston, Phoenix, and Fort Worth. As of mid-2024, the company has three self-driving trucks commercially operating on the Dallas-Houston route, logging over 20,000 driverless miles. These trucks include human observers who do not intervene in driving. Aurora has also established a terminal in Phoenix and is piloting a 15-hour autonomous route from Fort Worth to Phoenix, requiring trucks to navigate highway exits and surface streets. A key breakthrough enabling longer routes is the trucks’ validated ability to operate safely at night, surpassing human driver limits regulated by federal hours-of-service rules. Aurora credits its proprietary long-range lidar technology, capable of detecting objects over 450 meters away in the dark, for enabling nighttime operation. This lidar can identify hazards up to 11 seconds earlier than a human driver. The company has acquired two lidar startups to bolster this capability. The
robotautonomous-truckslidar-technologyself-driving-vehiclestransportation-innovationAurora-Innovationdriverless-technologyARMstrong Dex Shows Off Its Throwing Arm
The article titled "ARMstrong Dex Shows Off Its Throwing Arm" highlights the complexity involved in accurately throwing an object, a task often underestimated. It showcases the ARMstrong Dex, a robotic system that demonstrates advanced technological capabilities through its precise and well-aimed throw. The key takeaway is the ARMstrong Dex's ability to perform a task requiring fine motor skills and coordination, emphasizing the sophistication of modern robotics in mimicking human actions. The article underscores the technological progress in robotics, particularly in achieving accuracy and control in dynamic movements like throwing.
robotroboticsrobotic-armautomationARMstrong-Dextechnologythrowing-mechanismSkild AI is giving robots a brain - The Robot Report
Skild AI has introduced its vision for a generalized "Skild Brain," a versatile AI system designed to control a wide range of robots across different environments and tasks. This development represents a significant step in Physical AI, which integrates artificial intelligence with physical robotic systems capable of sensing, acting, and learning in real-world settings. Skild AI’s approach addresses Moravec’s paradox by enabling robots not only to perform traditionally "easy" tasks (like dancing or kung-fu) but also to tackle complex, everyday challenges such as climbing stairs under difficult conditions or assembling intricate items, tasks that require advanced vision and reasoning about physical interactions. Since closing a $300 million Series A funding round just over a year ago, Skild AI has expanded its team to over 25 employees and raised a total of $435 million. Physical AI is gaining momentum across the robotics industry, with other companies like Physical Intelligence pursuing similar goals of creating a universal robotic brain. This topic will be a major focus at RoboBusiness 202
robotroboticsartificial-intelligencephysical-AIrobot-controlmachine-learningautomationAIR lands $23M to bring its eVTOLs to the US
AIR, an eVTOL (electric vertical takeoff and landing) manufacturer, recently raised $23 million in a Series A funding round led by Entree Capital to support scaling production in Israel, hiring staff, and expanding into the U.S. market. The company offers two main aircraft: the piloted AIR ONE for personal or commercial taxi use, and an uncrewed cargo eVTOL designed for logistics and defense applications. Since delivering its first cargo eVTOL in late 2023, AIR has secured over 2,500 pre-orders for AIR ONE and plans to ship 15 cargo eVTOLs this year. The funding round aligns with recent U.S. regulatory developments, including an Executive Order promoting domestic drone and eVTOL development and updates to the FAA’s MOSAIC rule, which expands certification pathways for light sport aircraft (LSA). AIR’s cargo eVTOLs currently operate under Experimental Airworthiness Certificates (EAC), allowing limited flights during development and testing,
robotuncrewed-aerial-vehicleseVTOLdrone-technologyelectric-aircraftaerospace-materialsaviation-energy-systemsChina: 'World’s first' robot dog–patrolled wind farm runs human-free
China has launched what is believed to be the world’s first fully autonomous wind farm, the 70-megawatt Ningxia Tongli Third Wind Farm, which has operated without any onsite human workers since September 2024. The facility, built by China Three Gorges and equipped with Goldwind turbines, uses an integrated system of four-legged inspection robots called X30 “robot dogs” from DEEP Robotics, drones, and over 5,000 sensors to monitor turbine conditions in real time. These robots can operate in extreme temperatures (–20 °C to 55 °C), climb stairs, and navigate in darkness, enabling continuous inspection and fault detection without human intervention. Data collected is streamed to a remote control center, though the robots can function autonomously if communication is lost. This innovation follows China’s broader push toward fully automated “dark” factories and infrastructure, aiming to reduce maintenance costs and improve safety in challenging environments. DEEP Robotics showcased the X30’s capabilities at the 202
robotIoTenergyrenewable-energywind-farmautonomous-robotssmart-sensorsJ.P. Morgan reports on U.S. investment trends in applied tech - The Robot Report
J.P. Morgan’s recent “Applied Tech Report” highlights ongoing investment growth in U.S. sectors such as robotics, semiconductors, space, and defense, despite macroeconomic challenges like higher interest rates and market pressures. While IPOs and early-stage investments have remained steady or declined, market consolidation and strategic partnerships underscore confidence in the long-term potential of applied technologies. Government funding plays a significant role, with U.S. federal spending reaching $338 billion in fiscal year 2024, driven by programs like the CHIPS Act and Department of Defense contracts to startups. Venture funding has decreased since 2021, but federal support, especially for AI research and development, is expected to increase. Capital investment in robotics startups has notably increased from about $7 billion in 2020 to over $12 billion in 2024, largely due to advances in AI and rising demand for automation to address labor shortages and productivity needs. Robotics investments tend to focus on later-stage companies requiring substantial capital to scale,
robotrobotics-startupsautonomous-systemssemiconductor-manufacturingdefense-technologyartificial-intelligenceautomationInterview with Kate Candon: Leveraging explicit and implicit feedback in human-robot interactions - Robohub
In this interview, Kate Candon, a PhD student at Yale University, discusses her research on improving human-robot interaction by leveraging both explicit and implicit feedback. Traditional robot learning often relies on explicit feedback, such as simple "good job" or "bad job" signals from a human teacher who is not actively engaged in the task. However, Candon emphasizes that humans naturally provide a range of implicit cues—like facial expressions, gestures, or subtle actions such as moving an object away—that convey valuable information without additional effort. Her current research aims to develop a framework that combines these implicit signals with explicit feedback to enable robots to learn more effectively from humans in natural, interactive settings. Candon explains that interpreting implicit feedback is challenging due to variability across individuals and cultures. Her initial approach focuses on analyzing human actions within a shared task to infer appropriate robot responses, with plans to incorporate visual cues such as facial expressions and gestures in future work. The research is tested in a pizza-making scenario, chosen for
robothuman-robot-interactionimplicit-feedbackexplicit-feedbackinteractive-agentsrobot-learningAIFirefly wins $177M NASA deal for lunar south pole rover mission
Firefly Aerospace has been awarded a $176.7 million NASA contract under the Commercial Lunar Payload Services (CLPS) program to deliver five payloads to the Moon’s south pole in 2029. The mission will utilize Firefly’s Elytra orbital vehicle to carry the Blue Ghost lunar lander into lunar orbit. Blue Ghost will then deploy two rovers—including the Canadian Space Agency’s MoonRanger—and three scientific instruments designed to analyze lunar surface composition, assess environmental hazards, and study lander engine interactions with the regolith. The lander is expected to operate on the surface for over 12 days, while Elytra will remain in orbit for more than five years, providing data relay and imaging services via Firefly’s Ocula lunar imaging platform. This mission, known as Blue Ghost Mission 4, builds on Firefly’s prior success with Blue Ghost Mission 1, which completed all its scientific objectives. Firefly plans to expand its lunar presence by deploying two additional Elytra Dark vehicles
robotlunar-roverspace-explorationNASA-missionlunar-resourcesrobotic-missionlunar-imagingNASA needs your help reinventing wheels for Moon rovers
NASA, in collaboration with HeroX, has launched the “Rock and Roll with NASA Challenge,” inviting innovators worldwide to design and test new wheel and tire concepts for the MicroChariot Rover. This initiative aims to develop flexible, lightweight, and durable wheels capable of withstanding the Moon’s harsh environment while supporting sustainable surface operations and carrying payloads across rugged terrain. The challenge will unfold in three phases: ideation and design starting this fall, prototyping from winter to spring 2026, and a demonstration phase in summer 2026, with up to $150,000 in prizes available. NASA seeks wheel designs that improve upon rigid wheels by offering higher-speed mobility through better shock absorption, low mass, and extended service life. Participants must demonstrate how their designs can be scaled without re-tooling and explain the underlying science. Finalist prototypes will be tested on NASA’s 100-pound MicroChariot Ground Test Unit, capable of speeds up to 15 MPH. The challenge leverages crowdsourcing to
robotlunar-roverNASAwheel-designmaterials-engineeringspace-explorationmobility-technologyHistory of GPU: 1979 arcade chips that boosted gaming, crypto, and AI
The history of GPUs traces back to 1979 arcade machines like Namco’s Galaxian, which featured dedicated graphics hardware capable of independently handling multicolored sprites and tile-map backgrounds without CPU intervention. This innovation proved commercially successful and established specialized graphics chips as essential for immersive interactive experiences. The evolution continued through home consoles such as Atari’s 2600 and Nintendo’s systems, which balanced hardware limitations with clever design, while high-end applications like military flight simulators demonstrated the high cost of advanced visuals before purpose-built GPUs became widespread. The consumer 3D graphics revolution was catalyzed in 1996 by 3dfx’s Voodoo 1 card, which significantly boosted PC gaming performance by offloading 3D rendering from the CPU. This sparked rapid competition, with ATI and NVIDIA advancing the technology. NVIDIA’s 1999 GeForce 256 marked a pivotal moment by integrating transform, lighting, rasterization, and pixel shading into a single chip, coining the term “
robotAIGPUhigh-performance-computingautonomous-vehiclesgraphics-hardwarecryptocurrency-miningUnitree designs R1 humanoid robot to be agile and affordable - The Robot Report
Unitree, a Hangzhou-based robotics company, has introduced the R1 humanoid robot priced at $5,900, significantly more affordable than most existing humanoids, including its own previous model, the G1, which cost over $13,000. The company achieved this cost reduction by developing and manufacturing core components like motors and reducers in-house and optimizing the robot’s body structure. Founded in 2016, Unitree has a strong background in legged robots and recently secured Series C funding, valuing the company at approximately $1.7 billion. The R1 stands 1.2 meters tall, weighs 25 kg, and features 26 joint modules enabling lifelike agility demonstrated through actions such as flips and boxing moves. It integrates multimodal large models for voice and image recognition, facilitating easier development and customization, with options including a dexterous hand and enhanced computing power via NVIDIA Jetson Orin. Unlike some competitors’ humanoids, the R1 is currently remote-controlled
robothumanoid-robotUnitreeroboticsartificial-intelligencelithium-batteryremote-controlCutest Humanoid Robot Ready For Launch
The article introduces the Fourier GR-3, a new humanoid robot designed primarily for companionship and caregiving purposes. It highlights the robot's notably cute appearance, which sets it apart from previous models and may enhance its acceptance and integration into human environments. The robot's design aims to foster more natural and engaging interactions between humans and robots. While specific capabilities of the Fourier GR-3 are not detailed in the provided content, the article suggests that its launch could mark a significant step forward in how robots assist with caregiving and social companionship. The potential impact includes improving the quality of life for individuals needing support and advancing the development of empathetic and interactive robotic companions. However, further information about its functionalities and deployment remains unclear from the excerpt.
robothumanoid-robotroboticsAIcompanion-robotcaregiving-robothuman-robot-interactionWorld’s first drone with built-in 8K 360-degree camera set to challenge DJI
Chinese camera maker Insta360 is entering the consumer drone market with a new brand called Antigravity, set to unveil its first drone in August 2025. This lightweight drone, weighing under 249 grams, is notable for being the world’s first to feature a built-in 8K 360-degree camera, a significant innovation since users have previously relied on attaching external 360-degree cameras to drones. The drone will support real-time data transmission and in-flight camera control, targeting both professional and beginner users dissatisfied with existing drones that "looked good on paper but felt lifeless in the air." Antigravity, incubated by Insta360 in Shenzhen and developed by a global team, reflects the company’s expansion into aerial platforms. Antigravity faces strong competition from DJI, the dominant player in the global drone market with a 70% share in 2023. DJI is also launching its own 360-degree camera product, intensifying the rivalry between the two Shenzhen-based firms, which are
robotdrone-technology8K-cameraunmanned-aerial-vehiclereal-time-data-transmissionconsumer-electronicsShenzhen-tech-companiesA Secretive US Space Plane Will Soon Test Quantum Navigation Technology
The US Space Force’s secretive X-37B space plane is set to launch its eighth mission no earlier than August 21 from Kennedy Space Center aboard a Falcon 9 rocket. The X-37B, a small, uncrewed vehicle about 29 feet long and built by Boeing, has flown multiple long-duration missions since its debut in 2010, with previous flights lasting up to 908 days. For this upcoming mission, the space plane will carry a service module to increase its experimental payload capacity, hosting projects from the Air Force Research Laboratory and the Defense Innovation Unit. Key objectives for this flight include testing high-bandwidth inter-satellite laser communications, which aims to enhance the resilience, reliability, and speed of US satellite communications by leveraging commercial space networks. Additionally, the mission will demonstrate a cutting-edge quantum inertial navigation sensor based on electromagnetic wave interference and atom interferometry. This technology promises precise navigation and timing in GPS-denied or contested environments, such as near the Moon or
robotquantum-navigationsatellite-communicationsspace-technologyinertial-sensorsaerospace-engineeringUS-Space-ForceGoogle Trains Robot AI With Table Tennis
Google’s DeepMind has developed a system where two robot arms continuously play table tennis against each other. This setup serves as a training ground for robot AI, allowing the machines to learn and improve their skills through constant practice and real-time interaction. The fast-paced and dynamic nature of table tennis challenges the robots to develop advanced motor control, precise timing, and adaptive strategies, which are crucial capabilities for more complex robotic tasks. By using table tennis as a training environment, DeepMind aims to advance the field of robotics by enhancing AI’s ability to handle unpredictable and rapidly changing scenarios. This approach highlights the potential for robots to acquire sophisticated physical skills through self-play and iterative learning, paving the way for more autonomous and versatile robots in various applications beyond gaming, such as manufacturing, healthcare, and service industries.
robotartificial-intelligenceroboticsDeepMindrobot-armsmachine-learningautomationThis founder left Silicon Valley to challenge U.S. defense supremacy from Athens, and investors are paying attention
Dimitrious Kottas, formerly of Apple’s Special Projects Group, left Silicon Valley in 2021 to found Delian, a Greek defense startup focused on autonomous systems and surveillance technology. Starting with solar-powered surveillance towers monitoring Greek borders and detecting wildfires, Delian has expanded its product line to include advanced autonomous aerial and sea drones, notably a patented low-cost, deployable “suicide vessel” designed to operate undetected on the seabed. Kottas leverages his expertise in perception technology—gained from academic research and work on autonomous systems at Apple—to drive innovation in defense autonomy, which he believes will be central to future weapon systems. Delian’s approach is pragmatic and disruptive, aiming to penetrate Europe’s fragmented defense market by offering scalable, cost-effective solutions. The company recently secured $14 million in funding from investors including Air Street Capital and Marathon Venture Capital, bringing its total funding to $22 million. Despite technological progress and operational success in Greece, Delian faces
robotenergyIoTautonomous-systemssurveillance-technologydefense-technologydronesAeva strikes lidar chip-making deal with LG subsidiary
Aeva Technologies, a U.S.-based maker of advanced 4D LiDAR sensing systems, has entered a manufacturing partnership with LG Innotek, the components and materials subsidiary of South Korea’s LG. Under the agreement, LG Innotek will manufacture and supply Aeva’s Atlas Ultra 4D LiDAR sensors primarily for the automotive sector, targeting some of the top 10 global passenger vehicle OEMs. LG Innotek will also invest up to $50 million in Aeva, acquiring about a 6% equity stake. The partnership aims to eventually expand the use of Aeva’s technology into consumer electronics, robotics, and industrial automation. Aeva’s 4D LiDAR technology differs from conventional systems by using Frequency Modulated Continuous Wave (FMCW) technology to measure both distance and velocity for every pixel in real time, providing richer data akin to moving from black-and-white to color imaging. The company has miniaturized the entire LiDAR system, including optics,
robotIoTlidarautomotive-technologysilicon-photonicsindustrial-automationsmart-infrastructureArena simulation platform designed to accelerate Gatik autonomous trucking - The Robot Report
Gatik AI Inc. has launched Arena, a new simulation platform designed to accelerate the development and validation of its autonomous vehicles (AVs) by generating structured, controllable synthetic data. Arena addresses the limitations of traditional real-world data collection, which is time-consuming, expensive, and often unsafe, especially when capturing rare or high-risk scenarios. The platform uses advanced AI techniques such as neural radiance fields (NeRFs), 3D Gaussian splatting, and diffusion models to create photorealistic, high-fidelity simulations from various data inputs like segmentation maps, lidar, and HD maps. This enables comprehensive, closed-loop testing of the full autonomy stack, including multiple sensors (cameras, lidar, radar) and vehicle dynamics, while allowing scenario editing and A/B testing to simulate diverse environmental and traffic conditions. Arena aims to reduce the sim-to-real gap significantly, providing synthetic data that is sufficient for Gatik’s safety case and machine learning workflows without heavy reliance on annotated real-world data.
robotautonomous-vehiclessimulation-platformAIdigital-twinsensor-simulationautonomous-truckingA Better Way To Look At AI Safety - CleanTechnica
The article from CleanTechnica discusses the evolving conversation around AI safety, highlighting that concerns have existed for years, initially focused on autonomous vehicle testing incidents and Tesla’s Autopilot issues. As AI capabilities expanded, particularly with chatbots and data-tracking technologies, public scrutiny and legislative attention increased. While some laws addressing specific harms, such as banning deepfake harassment, have passed, broader regulatory efforts targeting AI companies have largely struggled to gain traction. The common regulatory approach aims to mandate safer AI development and transparency, even at the cost of slowing progress, which is seen as a reasonable tradeoff to reduce risks. However, the article points out significant limitations to this approach. Large AI development efforts are currently detectable due to their substantial infrastructure and power needs, but advances in computing will soon allow powerful AI systems to be built with minimal physical footprint and energy consumption. This miniaturization could enable individuals to create dangerous AI technologies covertly, unlike nuclear weapons which require hard-to-obtain materials. Therefore, while
robotAI-safetyautonomous-vehiclesenergy-consumptionartificial-intelligenceregulationtechnology-ethicsWeRide Robotaxis in Saudi Arabia - CleanTechnica
WeRide has received the first-ever autonomous driving permit in Saudi Arabia, allowing it to operate robotaxis in Riyadh in partnership with Uber and Ai Driver. The pilot program aims to transition to full-scale commercial operations by the end of the year. This milestone marks WeRide as the first tech company globally to secure autonomous driving permits in six countries: China, the UAE, Singapore, France, the US, and now Saudi Arabia. The involvement of Uber continues a trend of collaboration in robotaxi deployments worldwide. Beyond robotaxis, WeRide plans to introduce a robobus service in Saudi Arabia and is already operating Robosweeper S1 sanitation vehicles at King Fahad Medical City in Riyadh. This expansion highlights Riyadh’s emerging role as a hub for autonomous vehicle technology. Compared to competitors like Waymo and Tesla, WeRide appears to be advancing more rapidly in commercial robotaxi deployment, signaling a significant shift in the autonomous vehicle landscape.
robotautonomous-vehiclesrobotaxiSaudi-Arabiatransportation-technologyAI-drivingrobobusApera AI closes Series A financing, updates vision software, names executives - The Robot Report
Apera AI, a Vancouver-based developer of 4D Vision technology for industrial automation, has closed an oversubscribed Series A financing round. The company plans to use the new funding to expand its team, improve processes, and drive product innovation. Apera AI’s patented 4D Vision system integrates advanced 3D vision with artificial intelligence—the “fourth dimension”—to enable robots to perform complex tasks such as bin picking, de-racking, and assembly with high speed and precision. This technology addresses common manufacturing challenges like shifting bins, changing lighting, and worn grippers, which traditional 3D vision systems struggle to handle. In conjunction with the funding announcement, Apera AI released Apera Vue 9.50, an updated version of its controller software featuring vision-guided TCP calibration, recording and playback capabilities, and an accuracy insight tool. These enhancements help manufacturers maintain precision despite real-world variations on the factory floor. The company also emphasizes no-code setup tools, AI-powered calibration,
robotindustrial-automationAI-vision4D-vision-technologymanufacturing-roboticsrobotic-calibrationautomation-softwareWaymo taps Avis to manage robotaxi fleet in Dallas
Waymo announced plans to launch a robotaxi service in Dallas in 2026, expanding its commercial autonomous vehicle operations beyond its existing cities like Los Angeles and San Francisco. For this launch, Waymo is partnering with Avis Budget Group to manage its fleet of all-electric autonomous Jaguar I-Pace vehicles. Avis will oversee depot operations, including vehicle charging and maintenance, marking the first time a rental car company has taken on such a role for Waymo. The partnership aims to help Waymo scale its technology more efficiently and is expected to extend to additional cities in the future. Prior to the Dallas launch announcement, Waymo conducted mapping and initial testing of its sensor-equipped vehicles in the city, progressing to public road testing with safety drivers. The company plans to move toward fully autonomous operations once its technology is validated on Dallas streets. While exact launch dates and fleet size details were not disclosed, Waymo intends to grow the robotaxi fleet to hundreds of vehicles in collaboration with Avis. Avis CEO Brian Choi highlighted
robotautonomous-vehiclesrobotaxifleet-managementelectric-vehiclesWaymomobility-technologyNeuralink helps paralysed woman write her name after 20 years
Audrey Crews, a woman paralyzed for over 20 years, has successfully written her name using only her mind, thanks to Elon Musk’s Neuralink brain-computer interface (BCI) technology. Crews, who lost movement at age 16, is the first woman to receive the Neuralink implant, which involves brain surgery to insert 128 threads into her motor cortex. The chip, about the size of a quarter, enables her to control a computer purely through brain signals, marking a significant milestone in BCI development. However, Crews clarified that the implant does not restore physical mobility but is designed solely for telepathic control of digital devices. Neuralink’s PRIME Study, which tests these implants in human subjects, includes other participants such as Nick Wray, who also shared positive early experiences with the technology. Wray, living with ALS, expressed hope and excitement about the potential for digital autonomy and the future impact of BCIs. Founded in 2016, Neural
robotbrain-computer-interfaceNeuralinkassistive-technologymedical-implanthuman-machine-interactionneurotechnologyUnitree Releases Cheapest Humanoid Robot Yet
The article announces that Chinese robotics company Unitree has introduced the Unitree R1, the most affordable humanoid robot currently available on the market. This new robot significantly undercuts the price of existing humanoid robots, which typically cost tens to hundreds of thousands of dollars. The Unitree R1 aims to make humanoid robotics more accessible to a broader range of users and industries. While the article highlights the competitive pricing of the Unitree R1, it does not provide detailed specifications or capabilities of the robot. The key takeaway is that Unitree is positioning itself as a leader in cost-effective humanoid robotics, potentially disrupting the market by offering advanced robotics technology at a fraction of the usual cost. Further information on the robot’s features and performance would be needed to fully assess its impact.
robothumanoid-robotUnitreerobotics-technologyaffordable-robotsautomationAI-roboticsNew humanoid robot brings human-like touch to hospitality services
KEENON Robotics unveiled its bipedal humanoid service robot, XMAN-F1, at the World Artificial Intelligence Conference (WAIC) 2025, showcasing its ability to perform specific hospitality tasks such as mixing drinks, scooping popcorn, and delivering product demonstrations. The Shanghai-based company emphasized that while the robot’s lifelike movements and gestures attract attention, the primary focus is on mastering simple, repeatable tasks before expanding to broader capabilities. CEO Li Tong highlighted a pragmatic approach, aiming for gradual deployment from single to multiple tasks, supported by AI technologies including large language models and multimodal interaction. Beyond individual functions, KEENON demonstrated XMAN-F1’s integration within a broader ecosystem of robots, such as collaborating with logistics and delivery robots in medical and bar settings to create interoperable fleets. The company leverages its extensive experience in electromechanical manufacturing and environmental data collection to advance humanoid robotics. With a significant market presence—holding 22.7% of global commercial service robot
robothumanoid-robotservice-robotrobotics-automationAI-roboticshospitality-technologyKEENON-RoboticsTesla signs $16.5B deal with Samsung to make AI chips
Tesla has entered a $16.5 billion agreement with Samsung to manufacture its next-generation AI6 chips, which are designed to power a wide range of Tesla technologies, from its Full Self-Driving (FSD) system to Optimus humanoid robots and AI training in data centers. Samsung’s new Texas fabrication plant will be dedicated to producing these AI6 chips, marking a significant expansion in Tesla’s chip manufacturing capabilities. Elon Musk also mentioned that Tesla is collaborating with TSMC for its AI5 chips, which have recently completed design and will initially be produced in TSMC’s Taiwan and Arizona facilities. Samsung already produces Tesla’s A14 chip, and this new deal represents a major boost for Samsung’s chip-making ambitions after previous struggles to secure large clients. Musk indicated that Tesla’s spending on Samsung chips could exceed the initial $16.5 billion deal, with actual production output expected to be several times higher. Additionally, Tesla will assist Samsung in optimizing manufacturing efficiency at the Texas fab,
robotAI-chipsTeslaSamsungautonomous-drivinghumanoid-robotssemiconductor-manufacturingChina’s latest robot dog performs flips, handstands, tough climbs
China’s robotic startup MagicLab has unveiled the MagicDog-W, a wheel-legged quadruped robot that combines wheels and legs to achieve high mobility and agility. Equipped with 17 motors driving each joint and wheel, the robot can perform dynamic stunts such as flips and handstands while navigating challenging terrains including slopes steeper than 40 degrees, stairs, and vertical obstacles up to 60 cm. It can carry a payload of up to 10 kg (22 lbs) and reach speeds of 3 meters per second (6.71 mph), with an operational runtime of 2 to 4 hours per charge. The MagicDog-W’s advanced motor control system allows it to adapt its posture dynamically in response to terrain changes, enabling stable movement on rough and unstructured surfaces. Its combination of speed, endurance, and payload capacity makes it suitable for practical applications such as industrial inspection, search and rescue, exploration, and military logistics. While pricing has not been disclosed, the robot’s innovative wheel-leg
robotroboticsquadruped-robotmotor-controlterrain-navigationrobot-dogagile-roboticsRussia turns Soviet tanks into remote-controlled battlefield robots
Russia has developed the “Shturm” robotic assault platform, converting Soviet-era T-72 and T-90 tank chassis into remotely operated combat vehicles designed for high-risk, particularly urban, battlefields. Created by Uralvagonzavod under the Russian Ministry of Defense, the Shturm system features a shortened 125mm main gun for maneuverability, a bulldozer blade for obstacle clearing, and enhanced armor protection. While intended for remote operation, some vehicles were observed with crews during trials, indicating that fully autonomous control is still under development. The system aims to breach fortified positions and conduct frontline operations without risking personnel. A key component of the Shturm system is a mobile command-and-control vehicle capable of directing a platoon of 20 to 50 robotic tanks within a 3-kilometer radius. Multiple combat variants have been tested, including versions armed with 125mm or potentially 152mm guns, thermobaric rocket launchers, automatic cannons, and
robotautonomous-vehiclesmilitary-roboticsremote-controlbattlefield-technologyrobotic-tanksdefense-technology‘Skyfall maneuver’: NASA plans mid-air drop for 6 Mars helicopters
NASA and AeroVironment, Inc. (AV) have unveiled a new Mars exploration concept called Skyfall, which plans to deploy six autonomous scout helicopters simultaneously from a larger spacecraft during its descent through the Martian atmosphere. This "Skyfall maneuver" eliminates the need for a traditional landing platform, reducing costs and risks while dramatically increasing exploration speed and range. Scheduled for a potential launch by 2028, the mission aims to gather critical high-resolution surface images and subsurface radar data from multiple candidate landing sites, aiding the safe landing of future human missions targeted for the 2030s. Building on the success of the Ingenuity helicopter, which completed 72 flights on Mars between 2021 and 2024 and far exceeded its expected lifespan, Skyfall seeks to expand aerial exploration capabilities by deploying six helicopters that operate independently once on the surface. The data collected will not only facilitate crewed landings in resource-rich areas but also contribute to the search for past life on Mars. While
robotMars-explorationNASAautonomous-helicoptersaerospace-technologyaerial-roboticsspace-missionsT-14 Armata: A $8 Million Revolution or Just a Showpiece?
The T-14 Armata, heralded as Russia’s next-generation super tank, features cutting-edge technology such as an unmanned turret, advanced radar systems, and next-generation armor, positioning it as a potential revolution in armored warfare. Priced at an unprecedented $8 million per unit, it is the most expensive tank Russia has ever developed. Despite its impressive specifications and high-profile debut nearly a decade ago, the T-14 has yet to enter mass production or see significant frontline deployment. The tank’s development has been hampered by high costs, production delays, and concerns about reliability, raising doubts about whether Russia can afford to field it extensively. As a result, the T-14 remains largely a parade piece rather than an operational battlefield asset. The key question remains whether the Armata will ultimately prove to be a transformative weapon system or simply an expensive prototype that Russia struggles to integrate into its military forces.
robotmilitary-technologyunmanned-systemsadvanced-armorradar-systemsdefense-technologyarmored-vehicles100x more precise: Autonomous systems to get accurate positioning
Swift Navigation, a San Francisco-based company, has developed Skylark, a cloud-based precise positioning service that enhances the accuracy of conventional GNSS systems by 100 times, achieving centimeter-level precision critical for autonomous vehicles, robotics, and precision logistics. Unlike traditional GNSS accuracy of 3 to 10 meters, Skylark delivers sub-inch accuracy by correcting GNSS signal errors in real time. Notably, Skylark is the first real-time cloud service certified to meet the ISO 26262:2018 functional safety standards for road vehicles, enabling scalable, safety-certified positioning without relying on expensive physical data centers. Skylark’s advanced technology leverages atmospheric modeling, carrier-grade networks, and a cloud-native architecture to provide reliable, cost-effective, and high-integrity positioning at scale. The system currently supports over 10 million ADAS-enabled and autonomous vehicles globally and is integrated into programs with more than 20 automotive OEMs, Tier 1 suppliers, robotics companies, and large commercial fleet operators.
robotautonomous-vehiclesprecise-positioningcloud-computingGNSSroboticsvehicle-autonomyWill Automated Delivery Robots Solve Last-Mile Delivery Issues? - CleanTechnica
The article discusses the potential and challenges of automated delivery robots in addressing last-mile delivery issues, as highlighted during the Traffic Safety Forum at the 125th New York International Auto Show. A key focus was on urban mobility safety and how emerging technologies, including autonomous delivery robots like Coco, are shaping city streets. Coco, an electric delivery robot developed by COCO, demonstrated its capabilities by autonomously navigating a crowded indoor environment to deliver cookies to forum participants. The robot’s advanced sensors, AI, and remote human monitoring ensure safe and efficient operation, even in complex spaces. Despite some instances of deliberate obstruction by humans, Coco’s performance illustrated the promise of such technology in enhancing urban logistics while maintaining safety. The forum also featured insights from city officials and industry experts on integrating technology and data to improve road safety and urban transportation. NYC DOT Commissioner Ydanis Rodriguez shared the city’s approach to these challenges, while representatives from Nexar and Verra Mobility highlighted the importance of smart dash cameras and automated enforcement solutions in
robotautonomous-deliveryurban-mobilityAI-navigationelectric-delivery-robotlast-mile-deliveryrobotics-safetyDusty Robotics adopts Hexagon’s Leica AT500 laser tracker
Dusty Robotics has integrated Hexagon’s Leica Absolute Tracker AT500 into its FieldPrinter 2 system to enhance setup speed, usability, and maintain its 1/16″ accuracy standard for applications in data centers, healthcare, and advanced manufacturing. The AT500’s compact, durable design and long-range measurement capability (up to 320 meters diameter) improve Dusty’s automated layout functions by offering greater operational efficiency and an alternative to traditional total station methods. Key features include IP54 dust and water protection, hot-swappable batteries, a controllerless design for streamlined setup, and the PowerLock system that maintains tracking even if the measurement process is temporarily blocked. This integration also advances Dusty’s floor elevation measurement capabilities, enabling efficient assessment of flatness and floor deviations critical for mission-sensitive environments. By embedding the lightweight LMF-e interface, the system allows dynamic trajectory correction without requiring complex industrial Ethernet real-time features, simplifying operations and reducing system complexity. Dusty will offer the AT500 as an additional tracker
robotlaser-trackerconstruction-technologyautomationprecision-measurementindustrial-roboticsmanufacturing-intelligenceSemiconductor, EV autonomy testing becomes more efficient with Nigel AI
Emerson has developed Nigel AI Advisor, an AI-powered tool designed to enhance the efficiency and effectiveness of engineering innovations, particularly in complex test and measurement applications across industries such as semiconductors, transportation, and electronics. Integrated into Emerson’s flagship NI LabVIEW and NI TestStand software, Nigel leverages advanced large language models trained specifically on NI software to provide engineers with contextual advice, automation assistance, and detailed recommendations for improving code and test execution. The tool allows users to interact via natural language prompts, delivering precise engineering-format responses like tables and graphs, thereby enabling faster and more informed decision-making while safeguarding user data on a secure cloud platform. Nigel AI Advisor is tailored to test application development, distinguishing it from general-purpose AI assistants by being built on decades of trusted test knowledge and data. It can answer questions about programming and automation concepts, help users develop complex automated sequences, and even modify and execute test runs through interaction with the TestStand API. First unveiled at the NI Connect conference, Nigel represents
robotautomationAIsemiconductortestingengineeringsoftwareLidris robot makes 3D floating illustrations inside drinks in real time
Suntory unveiled “Lidris,” an innovative robot that creates three-dimensional floating illustrations inside beverages in real time, at Expo 2025 in Osaka. The system injects food-safe, natural pigment-based inks—such as lycopene from tomatoes—into drinks like lemonade, forming suspended images that can remain visible for over an hour indoors. The technology integrates robotics, food science, and fluid mechanics to maintain the shape of the designs within the liquid, offering a novel and interactive drinking experience. Visitors at Suntory’s Park Café pavilion witnessed illustrations, including the fair’s mascot, appearing inside their drinks as they were served. Lidris is designed as a customizable beverage platform, allowing adjustments to flavors, colors, and alcohol content, making it suitable for a range of settings from private events to commercial venues. Its compact size (about 50 cm square) and simplified manual operation enable easy use by part-time staff, facilitating deployment in small cafés or event spaces. Beyond hospitality, the technology holds
robotroboticsbeverage-technologyfluid-mechanicsfood-scienceautomation3D-printingTesla wants to bring its robotaxis to San Francisco. Here is what’s standing in the way.
Tesla is preparing to launch a limited version of its robotaxi service in San Francisco, following an initial rollout in Austin, Texas. The company plans to invite Tesla owners to test the service, which currently operates with a human safety driver behind the wheel. However, Tesla faces significant regulatory hurdles in California. The California Department of Motor Vehicles (DMV) and the California Public Utilities Commission (CPUC) regulate autonomous vehicle testing and commercial ride services, respectively. While Tesla holds a permit for autonomous vehicle testing with a human operator, it lacks the necessary permits for driverless testing or deployment, as well as the CPUC authorization required to offer autonomous passenger transportation, even with a safety driver present. Deploying robotaxis under these conditions would violate state regulations. This regulatory challenge is compounded by ongoing legal issues Tesla faces in California, including a DMV effort to block vehicle sales over disputed self-driving claims and a lawsuit related to fatalities involving Tesla’s Autopilot system. Tesla’s current robotaxi service in Austin remains
robotautonomous-vehiclesTeslarobotaxiself-driving-carstransportation-technologyAI-in-transportationIn 90 seconds, AI satellite thinks, tilts, and shoots without human help
NASA has developed a groundbreaking AI-driven technology called Dynamic Targeting, enabling satellites to autonomously analyze their surroundings and decide where to collect scientific data without human intervention. Demonstrated aboard the CubeSat CogniSAT-6, launched in March 2024, the system allows the satellite to tilt forward along its orbit, capture preview images, and process them in under 90 seconds to identify cloud-free areas. This capability helps avoid wasting time and resources imaging through clouds, a common obstacle for Earth-observing satellites, by selectively capturing only clear views. Dynamic Targeting mimics human interpretation by recognizing meaningful features such as clouds, fires, or storms in real time, then adjusting the satellite’s instruments accordingly. Future tests aim to reverse the approach by targeting clouds and rapidly evolving weather phenomena like deep convective ice storms, as well as thermal anomalies such as wildfires and volcanic eruptions. These applications rely on specialized onboard algorithms trained to detect specific patterns, enhancing the satellite’s responsiveness and adaptability. NASA en
robotAIsatelliteautonomous-systemsspace-technologyCubeSatNASADrones get new ultrasonic vision upgrade, thanks to bat-inspired AI
Researchers at the University of Michigan have developed an AI-powered echolocation system inspired by bats and dolphins that enables drones and robots to navigate in complete darkness without relying on cameras, GPS, or laser sensors. This ultrasonic vision technology uses high-frequency sound pulses and analyzes their echoes to create spatial maps of surroundings, allowing machines to “see” through smoke, dust, or blackouts. Funded by the US Army Research Office and Ground Vehicle Systems Center, the system is particularly suited for disaster zones and hostile environments where traditional vision-based tools fail. The AI model employs an ensemble of convolutional neural networks (CNNs), each trained to recognize specific object shapes from echo patterns, enabling modular learning without retraining the entire network. The system was trained entirely in a synthetic 3D virtual environment simulating real-world distortions, which reduced development costs and time while maintaining accuracy. Tests demonstrated the AI’s ability to distinguish between similar echo patterns from different objects, proving its robustness in complex scenarios. Beyond defense and robotics
robotAIultrasonic-sensorsecholocationdrone-navigationmachine-perceptionconvolutional-neural-networksIndy Autonomous Challenge makes self-driving racing history at Laguna Seca - The Robot Report
The Indy Autonomous Challenge (IAC) made history at the WeatherTech Raceway Laguna Seca by successfully running AI-driven Dallara AV-24 racecars on one of the world’s most challenging road courses. Team PoliMOVE from Michigan State University claimed first place, demonstrating advanced self-driving racecar technology with precise control and strategic decision-making. Purdue AI Racing and Korea Advanced Institute of Science and Technology (KAIST) took second and third places, respectively. The event, held alongside the NTT INDYCAR SERIES Grand Prix of Monterey, showcased autonomous vehicles navigating complex turns like the infamous “Corkscrew” at speeds exceeding 100 kph (62.1 mph). This marked the third road course event for the IAC, which began on oval tracks and has steadily advanced in complexity and capability. The autonomous racecars operate fully independently, with AI systems controlling steering, acceleration, and braking, while student teams set the decision-making parameters. Laguna Seca’s demanding layout, including blind crests
robotautonomous-vehiclesAIself-driving-carsroboticsIndy-Autonomous-Challengemotorsport-technologyUnitree launches cheapest full‑size humanoid robot at just US$5,900
Chinese robotics company Unitree Robotics has launched the R1, a full-size humanoid robot priced at approximately US$5,900 (39,999 yuan), making it the cheapest in its class. The R1 features 26 joints and demonstrates impressive agility, including running downhill, cartwheeling, and quickly recovering from falls—capabilities typically found in far more expensive robots. Targeted at individual developers and early-stage research teams rather than hobbyists, the R1 offers a highly capable platform below the low five-figure price range, significantly undercutting Unitree’s previous models such as the G1 (US$13,800) and H1 (US$90,800), which are already deployed in industrial settings like electric vehicle manufacturing. Unitree’s aggressive pricing intensifies competition with American and European humanoid robot makers, whose products generally cost tens to hundreds of thousands of dollars. For example, Tesla’s Optimus is projected to cost under US$20,000 only at
robothumanoid-robotUnitree-Roboticsrobotics-marketrobot-cost-reductionindustrial-robotsrobot-developmentFoxglove includes audio support in latest platform update
Foxglove has released an updated version of its robotics visualization platform, introducing key new features and performance enhancements aimed at simplifying robotics development. The major additions include audio support through a new Audio panel and RawAudio message schema, enabling users to zoom, pan, and jump to specific points in audio waveforms—addressing the need for audio playback in robots equipped with microphones. Additionally, the 2D follow-mode camera has been improved to maintain a fixed frame orientation, preventing the previous rolling and pitching behavior and providing a more intuitive top-down view. Another notable update is the ability to control the render order of grid messages in the 3D panel via a new "Draw behind" setting, allowing grids to render before other scene elements or normally with depth testing. Beyond these headline features, Foxglove also implemented numerous fixes and stability improvements. These include enhanced app stability, better scrubbing performance, and more reliable automatic x-value ranges in multi-series plots. Specific bugs addressed involve playback issues with multiple m
robotrobotics-developmentaudio-support2D-follow-moderobot-observabilityFoxglove-platformrobotics-toolsLyft to add autonomous shuttles in 2026 as Uber inks more self-driving deals
Lyft announced it will introduce autonomous shuttles manufactured by the Austrian company Benteler Group under its Holon brand to its network in late 2026. These shuttles, designed without steering wheels or pedals, will accommodate up to nine seated and six standing passengers with inward-facing seats. Initially, the deployment will focus on partnerships with U.S. cities and airports, with potential expansion depending on the program's success. The shuttles utilize Mobileye’s autonomous driving technology, although this collaboration is separate from Lyft’s other ongoing partnerships with autonomy providers. Meanwhile, Lyft’s main competitor, Uber, is aggressively expanding its autonomous vehicle offerings by incorporating robotaxis from multiple companies such as Waymo, WeRide, Baidu, Pony AI, and others across various global cities. Uber recently secured deals with Nuro and Lucid Motors as well. Despite years of testing, Lyft has yet to fully integrate autonomous vehicles into its fleet but plans to launch AV services using May Mobility vehicles in Atlanta later this
robotautonomous-vehiclesself-driving-technologymobilitytransportation-innovationAIelectric-vehiclesXpeng Preps for Profitability & New Models, and Raises Hiring Target from 6,000 to 8,000 - CleanTechnica
Xpeng is positioning itself for significant growth and profitability in the near future. The company aims to achieve profitability by the end of 2025, having already reached positive cash flow, which marks a critical milestone for a young automaker. Despite the focus on profitability, Xpeng plans to expand its workforce substantially, increasing its hiring target for 2025 from 6,000 to 8,000 new employees, bringing the total headcount close to 30,000. This expansion signals confidence in sustained growth and operational scaling. In addition to workforce growth, Xpeng is advancing its product lineup with new models, including sequels to the popular Mona M03, codenamed D02 and D03, expected to be high-volume vehicles that will further boost sales and revenue. The company is also preparing for mass production of innovative technologies such as humanoid robots and flying cars by 2026, indicating a broader ambition beyond traditional electric vehicles. Overall, Xpeng’s strategic moves suggest a robust trajectory
robotelectric-vehiclesautomotive-technologyhumanoid-robotsflying-carsmanufacturingworkforce-expansionTesla is reportedly bringing a limited version of its robotaxi service to San Francisco
Tesla is set to introduce a limited version of its robotaxi service in San Francisco this weekend, following an initial rollout in Austin, Texas. The service will include a driver in the driver’s seat due to the lack of proper permits for fully driverless operation in California, and it remains unclear whether Tesla has obtained the necessary Public Utilities Commission approval to offer rides to the general public, as current permissions only allow rides for employees. Tesla plans to invite Tesla owners to test the service while pursuing regulatory approval in California amid ongoing legal challenges related to the company’s self-driving claims and safety concerns. The Austin rollout, which began in June 2025, operates with safety operators in the front passenger seat and is limited to downtown areas and main corridors, far from the fully autonomous vision CEO Elon Musk has long promoted. Musk has also indicated plans to expand the service to Florida and Arizona, where Tesla has started the certification process to test and operate robotaxis both with and without drivers. Despite years of development and bold
robotautonomous-vehiclesTeslarobotaxiself-driving-technologytransportation-technologydriver-assistance-systemsWatch: Student‑built 3D-printed drone flies, dives, and swims
A team of applied industrial electronics students at Aalborg University in Denmark has developed a 3D-printed hybrid drone capable of flying, diving underwater, maneuvering beneath the surface, and resurfacing rapidly in a seamless sequence. Central to this capability is a variable pitch propeller system that adjusts blade angles for optimal performance in air and water—higher pitch for flight to generate airflow, and lower pitch underwater to reduce drag and improve efficiency. These propellers also provide negative thrust for precise underwater control. The drone’s smooth transitions between air and water, captured in continuous video footage, highlight the effectiveness of this straightforward propeller-based approach. The prototype was designed, fabricated using 3D printing and CNC machining, and programmed by the students over two academic semesters under the guidance of associate professor Petar Durdevic. While hybrid drones are not entirely new, this project stands out for its polished demonstration of rapid, repeatable air-to-water transitions without complex mechanical reconfigurations. The students envision applications in military
robotdrone3D-printinghybrid-dronevariable-pitch-propellersunderwater-roboticsaerial-roboticsChina claims to fix design flaw that doomed US X-47B stealth drone
Chinese researchers at the China Aerodynamics Research and Development Centre, led by Huang Jiangtao, claim to have overcome a critical design bottleneck in stealth aircraft development by creating a new software platform that efficiently optimizes hundreds of aerodynamic and stealth parameters simultaneously. Demonstrated on the US Navy’s X-47B stealth drone—a program previously canceled due to unresolved trade-offs among stealth, aerodynamics, and propulsion—the software optimized 740 variables at once, achieving significant improvements without the exponential increase in computational cost typically associated with such complexity. Their method, published in Acta Aeronautica et Astronautica Sinica, uses a geometric sensitivity computation approach that decouples gradient calculation costs from the number of design variables, enabling full-scale aerodynamic and stealth optimization including radar-absorbent materials. This breakthrough addresses the longstanding “curse of dimensionality” in aircraft design, where increasing parameters traditionally force engineers to simplify or compromise. Instead of relying on brute-force computing power, the team employed a “DeepSeek-style
robotdronestealth-technologyaerodynamic-optimizationradar-absorbent-materialscomputational-designaerospace-engineeringChina's L7 humanoid hits 9 mph to become 'fastest bipedal robot'
China’s L7 humanoid robot has set a new benchmark as the fastest bipedal robot, capable of sprinting at speeds up to 14.4 km/h (9 mph). Standing 5.7 feet tall, the L7 combines impressive mobility with advanced dexterity, featuring 55 degrees of freedom and delivering up to 400 Nm of torque. This enables it to perform a wide range of tasks, from industrial operations like sorting, scanning, and using power tools, to athletic feats such as 360-degree spins and breakdancing. It can lift loads up to 44 pounds with both arms and demonstrates sophisticated visual recognition and manipulation skills, highlighting its potential for real-world applications in manufacturing, logistics, and service environments. The L7 represents a significant engineering advancement by integrating a unified “body plus brain” architecture that addresses the complexity challenges associated with scaling humanoid robots. This design allows it to execute both large-scale movements and fine motor tasks with remarkable coordination and control. A demonstration
robothumanoid-robotbipedal-robotroboticsindustrial-automationrobot-mobilityrobot-dexterityTeqram deploys automated grinding robot in 2 states with AMP - The Robot Report
Teqram, a Dutch robotics manufacturer, has deployed its AI-powered EasyGrinder robotic grinding systems for the first time in the U.S. at Accurate Metal Products (AMP), a precision steel fabricator with locations in Milwaukee, Wisconsin, and Rockford, Illinois. The EasyGrinder automates the physically demanding task of surface preparation and finishing of flame- and plasma-cut steel parts, achieving surface preparation levels SSPC-SP5/SP11. Utilizing artificial intelligence and advanced 3D vision, the system autonomously identifies, picks up, and processes parts with an automatic tool changer and an integrated flipping mechanism (EasyFlipper) to clean both sides. It removes slag, lead-ins, rounds edges, and cleans interior diameters without requiring programming. AMP, an ISO 9001-certified company serving industries such as mining, energy, agriculture, and defense, views the EasyGrinder as a strategic addition to its technology portfolio that enhances precision and frees skilled tradespeople for higher-value work rather than replacing them
robotautomationAIrobotic-grindingmetal-fabricationindustrial-roboticsmanufacturing-technologyTesla Autopilot Crash Trial — Days 6 & 7 - CleanTechnica
The Tesla Autopilot crash trial, the first third-party wrongful death case against Tesla, is underway in Miami’s federal courthouse, with significant testimony heard on days 6 and 7. On day 6, Tesla technician Michael Callafel testified that he was not qualified to retrieve Autopilot data from the crashed vehicle and had never done so before, admitting that no one in Tesla’s service department is authorized to pull Autopilot logs. Callafel also acknowledged that an affidavit he signed, prepared by Tesla’s legal team, contained inaccuracies due to his oversight. Tesla driver George McGee admitted to becoming overly comfortable with the Autopilot system, believing it would assist him and prevent accidents, but stated that the system failed to warn him or apply brakes before the crash. Medical testimony focused on Dillon Angulo, the crash victim. Dr. Danielle Horn, a pain management specialist, described Angulo’s chronic pain conditions and diminished quality of life, noting that his pain was resistant to treatment and likely
robotautonomous-vehiclesTesla-Autopilotautomotive-technologyAI-in-transportationvehicle-safety-systemsself-driving-carsChina Announces New Micro-Drone
The article reports that China has unveiled a new micro-drone roughly the size of a mosquito, highlighting concerns about surveillance and privacy. While specific technical details such as flight range, sensory capabilities, and operational uses remain unclear or undisclosed, the drone's extremely small size suggests potential for covert monitoring. The announcement underscores China's advancing drone technology and raises questions about the implications for security and personal privacy. However, due to the limited information provided, the full extent of the drone's capabilities and intended applications is not yet known.
robotdronemicro-dronesurveillance-technologyroboticsunmanned-aerial-vehicleChina-technologyHow AV developers use virtual driving simulations to stress-test adverse weather - The Robot Report
The article discusses the significant challenges adverse weather conditions pose to autonomous vehicle (AV) systems, highlighting that rain, snow, fog, glare, and varying road surfaces can severely distort sensor inputs and decision-making processes. While AV technologies have advanced in ideal conditions, real-world environments with bad weather introduce complex disruptions that traditional training data often fail to address. Each sensor type—cameras, lidar, and radar—faces unique vulnerabilities: cameras suffer from obscured vision and noise, lidar can be affected by precipitation scattering laser beams, and radar, despite better penetration through fog and rain, experiences reduced resolution and clutter. When multiple sensors degrade simultaneously, overall system performance deteriorates sharply. These sensor challenges lead to perception and prediction failures, where objects may be missed or misclassified, and behavioral predictions become unreliable due to altered pedestrian and vehicle behaviors in bad weather. Such failures can cascade into unsafe planning and control decisions by the AV. Real-world incidents have demonstrated AV prototypes disengaging or misbehaving in adverse weather,
robotautonomous-vehiclessensor-fusionvirtual-simulationadverse-weather-testingperception-systemsself-driving-technologyMeta researchers are developing a gesture-controlled wristband that can control a computer
Meta researchers at Meta Reality Labs are developing a gesture-controlled wristband that enables users to control a computer through hand gestures, such as moving a cursor, opening applications, and writing messages in the air. The wristband detects electrical signals generated by muscle activity (sEMG signals) to interpret user intentions, even before the physical movement occurs. This technology aims to provide a less invasive and more accessible way for people, especially those with motor disabilities or spinal cord injuries, to interact with computers. The device is notable for its ability to detect muscle activity even in individuals with complete hand paralysis, allowing them to perform intended actions without full arm or hand mobility. Unlike other brain-computer interface projects that may require surgical implants, Meta’s wristband operates non-invasively and at a higher frequency than EEG-based systems, offering immediate usability without surgery. The research, published in the journal Nature, highlights the potential of this wristband to improve computer accessibility for people with severe motor impairments.
robotwearable-technologygesture-controlassistive-deviceshuman-computer-interactionmuscle-signal-detectionMeta-Reality-LabsWorld’s first two-ton vertical takeoff aircraft set to fly in China
Chinese electric aircraft manufacturer Autoflight has achieved a global milestone by delivering the CarryAll V2000CG, the world’s first two-ton electric vertical takeoff and landing (eVTOL) aircraft to receive all three major airworthiness certifications: Type Certificate, Production Certificate, and Airworthiness Certificate. This unmanned, fully electric aircraft has a maximum takeoff weight of two metric tons (approximately 4,400 pounds), a payload capacity of 400 kilograms (880 pounds), a cruising speed of about 124 mph (200 kph), and a maximum range of 124 miles (200 km). Designed to combine the vertical lift capabilities of a helicopter with the efficient cruising of a fixed-wing aircraft, the CarryAll V2000CG is intended for cargo delivery, emergency supply transport, and disaster response, benefiting from quieter and cleaner electric propulsion and the ability to operate in confined spaces. This development aligns with China’s national push to accelerate its “low-altitude economy,” which aims to commercialize air
robotelectric-aircrafteVTOLvertical-takeoff-and-landingdrone-logisticsair-mobilityautonomous-flightTRIC Robotics raises seed funding to help farmers control pests and plant disease - The Robot Report
TRIC Robotics, a company specializing in autonomous pest and plant disease control, has raised $5.5 million in seed funding to scale its robotic solutions for specialty crop farming, beginning with strawberries—a crop known for high labor demands and heavy pesticide use. Their flagship robot, Luna, operates at tractor scale and uses ultraviolet light to destroy pests and pathogens, alongside vacuum technology to remove insects, all without chemicals. This approach aims to reduce pesticide use significantly, with pilot programs reporting up to a 70% reduction, while helping farmers meet sustainability goals and manage labor costs. The company offers its technology as a robotics-as-a-service (RaaS) model, which includes a data-driven platform featuring vision systems and real-time field analytics to improve farm profitability and produce chemical-free crops. TRIC Robotics has already deployed nine robots, doubling its fleet in the past year, and plans to expand operations into additional California farming regions such as Oxnard and Watsonville. The new funding, led by Version One Ventures and
robotagriculture-roboticsautonomous-robotspest-controlsustainable-farmingrobotics-as-a-serviceprecision-agricultureUK nuclear submarine fires drone torpedo to sniff out stealth enemies
The Royal Navy has successfully conducted trials launching and recovering uncrewed underwater vehicles (UUVs) from its Astute-class nuclear-powered submarines as part of Project Scylla. These tests, carried out in the Mediterranean Sea, demonstrated the deployment of drone torpedoes via torpedo tubes to enhance undersea reconnaissance, seabed warfare, and secure communications. The UUV used is believed to be a variant of L3Harris’ Iver4 900, a compact, modular underwater drone equipped with sonar and sensors capable of long-endurance missions such as seabed mapping and mine countermeasures. This integration marks a significant advancement in blending manned and unmanned platforms to reshape naval warfare. Project Scylla is aligned with AUKUS Pillar 2, the trilateral security pact between the UK, US, and Australia, focusing on advanced technologies like AI and autonomous systems to bolster security across the Euro-Atlantic and Indo-Pacific regions. The trials support the Royal Navy’s
robotautonomous-systemsunderwater-dronesmilitary-technologynaval-warfareunmanned-vehiclesartificial-intelligenceSouth Korea Plans to Build a Base on the Moon
South Korea has unveiled an ambitious space exploration roadmap through its newly established Korean AeroSpace Administration (KASA), aiming to build a lunar base within the next 20 years. The plan, announced at a National Research Foundation meeting in July 2024, outlines five core missions including low-Earth orbit activities, microgravity exploration, lunar exploration, and solar and space science. Key milestones include deploying a robotic lunar lander by 2032, developing a new lander by 2040, and constructing a lunar economic base by 2045. South Korea is progressing from earlier efforts such as the 2022 lunar orbiter launch and plans to use its domestically developed KSLV-III rocket for future missions, moving away from reliance on foreign launch systems. In addition to lunar ambitions, KASA envisions Mars exploration with a landing module targeted for 2045 and plans to enhance space security and solar monitoring by deploying a solar observation satellite at the L4 Lagrange point by 203
robotlunar-explorationspace-technologylunar-basespace-miningrobotic-landerspace-missionsKia PV5 Tech Day: Technology for Limitless Mobility - CleanTechnica
The Kia PV5, unveiled at Kia’s Tech Day in July 2025, represents the company’s first dedicated Platform Beyond Vehicle (PBV) and marks a strategic move toward flexible, sustainable mobility solutions. Built on Hyundai Motor Group’s new Electric-Global Modular Platform for Service (E-GMP.S), the PV5 employs a modular architecture that optimizes space, safety, and adaptability. Its Flexible Body System enables up to 16 different variants through a building-block approach, tailored specifically for business use with connected software, expandable accessories, and a professional conversion strategy. This platform aims to support scalable lineup expansion and is shaped by extensive customer input to maximize practicality and seamless conversions. Kia’s development process for the PV5 was notably customer-led, involving direct collaboration with over 120 global business clients from various sectors such as logistics, delivery, and utilities. This engagement influenced key design features like the removal of the front passenger seat to increase cargo space, stain-resistant materials, and a walk-through option
robotIoTenergyelectric-vehiclesmodular-platformsustainable-mobilityconnected-softwareCalifornia Could Suspend Tesla Manufacturing Over False Advertising Claim - CleanTechnica
The California Department of Motor Vehicles (DMV) has filed a lawsuit against Tesla, alleging that the company has repeatedly misled consumers through false advertising regarding its “Autopilot” and “Full Self Driving” (FSD) features. The suit claims Tesla’s marketing portrays these semi-autonomous systems as fully autonomous, which they are not. If successful, the DMV could suspend Tesla’s manufacturing operations at its Fremont, California factory for up to 30 days, potentially harming the company’s financial standing and reputation. The case, ongoing since 2022 and now in administrative court in Oakland, highlights California’s critical role as Tesla’s largest U.S. market and could influence how other automakers market similar technologies nationwide. The lawsuit centers on specific Tesla website claims, such as the car’s ability to autonomously navigate urban streets, intersections, and freeways, park itself, and even determine destinations based on a user’s calendar. California Attorney General Rob Bonta emphasized that these descriptions falsely suggest Tesla vehicles
robotautonomous-vehiclesTeslaself-driving-carselectric-vehiclesautomotive-technologyautonomous-driving-systemsA Top NASA Official Is Among Thousands of Staff Leaving the Agency
NASA is experiencing a significant exodus of staff amid the Trump administration’s proposal to cut the agency’s budget by 25 percent. Among those leaving is Makenzie Lystrup, director of the Goddard Space Flight Center since April 2023. Goddard, NASA’s largest scientific research center with over 8,000 employees and a $4.7 billion budget, manages major projects including the James Webb and Hubble telescopes and is assembling the Nancy Grace Roman Space Telescope. Lystrup, who previously worked at Ball Aerospace and holds a doctorate in astrophysics, will step down on August 1, with deputy director Cynthia Simmons named acting chief. The announcement coincided with the release of “The Voyager Declaration,” an open letter signed by hundreds of current and former NASA employees expressing formal dissent against recent policy changes and budget cuts. The letter criticizes rapid programmatic shifts that risk wasting public resources, compromising safety, and undermining NASA’s core mission. It urges the administration to
robotspace-explorationNASArobotic-space-missionsaerospace-engineeringscientific-researchspace-telescopesNew soft robot arm scrubs toilets and dishes with drill-level force
Researchers at Northeastern University have developed SCCRUB, a novel soft robotic arm designed to tackle tough cleaning tasks with drill-level scrubbing power while maintaining safety around humans. Unlike traditional rigid industrial robots, SCCRUB uses flexible yet strong components called TRUNC cells—torsionally rigid universal couplings—that allow the arm to bend and flex while transmitting torque comparable to a handheld drill. This combination enables the robot to apply significant force to remove stubborn grime without posing risks typical of hard robotic arms. Equipped with a counter-rotating scrubber brush and guided by a deep learning-based controller, SCCRUB can clean challenging messes such as microwaved ketchup and fruit preserves on glass dishes and toilet seats, removing over 99% of residue in lab tests. The counter-rotating brush design helps maintain firm pressure and stability by canceling frictional forces, enhancing cleaning effectiveness while preserving the arm’s soft and safe nature. The research team envisions expanding SCCRUB’s capabilities to assist humans
robotsoft-roboticsrobotic-armmachine-learningautomationcleaning-robothuman-robot-interactionGlid announces $3.1M Pre-Seed funding to commercialize road-to-rail autonomy - The Robot Report
Glīd Technologies has secured $3.1 million in an oversubscribed pre-seed funding round led by Outlander VC, with participation from Draper U Ventures, Antler, The Veteran Fund, M1C, and angel investors. The company is developing autonomous dual-mode vehicles called “Gliders” designed to automate the “first mile” of freight movement by seamlessly operating on both road and rail. These vehicles can transport standard containers directly onto rail networks without the need for terminals, drayage, or lift equipment, aiming to reduce congestion, inefficiencies, and costs in global supply chains. Glīd’s technology targets a freight market expected to exceed $20 trillion by 2033, promising to transform static rail corridors into dynamic, high-throughput delivery networks. Glīd recently unveiled two key innovations: Rāden, an unmanned, hybrid-electric road-to-rail vehicle capable of operating in complex and off-grid environments, and EZRA-1SIX, an AI-powered logistics
robotautonomous-vehicleslogistics-automationhybrid-electric-vehicleAI-logistics-platformroad-to-rail-technologyfreight-transport-innovationChina's cyborg battle suit gives soldiers drone-slinging superpower
China’s Kestrel Defense has unveiled a prototype powered exoskeleton battle suit designed to enhance soldiers’ endurance, mobility, and situational awareness, particularly for drone operators, artillery units, and reconnaissance teams. The suit features mechanical leg supports to reduce fatigue during prolonged crouching or kneeling, a modular backpack housing power and control systems, and articulated shoulder arms for upper-body support. A key innovation is an integrated compact drone-launching system that enables soldiers to deploy and control small quadcopter drones in the field for short-range surveillance and reconnaissance, especially in urban environments. The soldier’s helmet includes a head-mounted augmented reality visor that can display real-time drone feeds, maps, night and thermal vision, and potentially allow interaction via gesture, eye, or voice commands. Additional digital tools such as wrist-mounted screens, health monitors, navigation aids, and encrypted communications are also integrated. Although detailed technical specifications have not been released, the suit reflects a broader global military trend toward combining robotics, wearable computing,
robotexoskeletondronesmilitary-technologywearable-roboticsaugmented-realitydrone-control-systemsFormula 1–engineered kamikaze drone strikes targets 155 miles away
MGI Engineering, a British company with Formula 1 engineering roots, has unveiled SkyShark, a next-generation kamikaze drone platform designed for intelligence, strike, and decoy missions. Demonstrated at Enstone Airfield in Oxfordshire, SkyShark can reach speeds exceeding 280 mph (450 kph), strike targets up to 155 miles (250 kilometers) away, and carry a 44-pound (20-kilogram) warhead. It features terrain contour matching (TERCOM) navigation, enabling operations in GPS-denied or jammed environments. The drone comes in two variants: one powered by a gas turbine engine developed by UK-based Argive Ltd for high-thrust tactical missions, and another using an electric ducted fan engine from Greenjets designed for stealthy, low-signature operations. Both versions emphasize British innovation and sovereignty, with all design, manufacturing, and testing conducted domestically to avoid reliance on foreign suppliers. The gas turbine variant offers high performance suited for
robotdroneunmanned-aerial-systemmilitary-technologypropulsion-systemselectric-ducted-fangas-turbine-engine#RoboCup2025: social media round-up 1 - Robohub
RoboCup2025 was held in Salvador, Brazil, attracting approximately 3,000 participants competing across multiple leagues. The event showcased a wide range of robotics competitions, highlighting advancements in AI and robotics technologies. During the initial days, teams engaged in various challenges, demonstrating innovative solutions and pushing the boundaries of autonomous systems. The coverage by Robohub and AIhub emphasized the event's role in fostering collaboration and knowledge exchange within the AI community. As a non-profit organization, AIhub aims to bridge the gap between AI experts and the public by delivering accessible, high-quality information. The RoboCup2025 event continues to be a significant platform for showcasing cutting-edge research and developments in robotics and artificial intelligence.
robotRoboCuprobotics-competitionAIautonomous-robotsrobot-leaguesSalvador-BrazilHumanoid robot freaks out in viral clip, handler blames code error
A viral video captured a Unitree H1 humanoid robot thrashing violently during a testing session at a Chinese facility, causing the crane suspending it to crash and narrowly missing nearby technicians. The incident sparked widespread alarm and online debate about the safety and unpredictability of advanced robots. The robot’s handler, Cix Liv, attributed the malfunction to a coding error—specifically, running a full-body control policy while the robot’s feet were not grounded, which led to instability. The footage, featuring shocked observers and frantic exchanges, drew comparisons to sci-fi scenarios of machines going rogue. The Unitree H1 is a commercially available humanoid robot standing nearly six feet tall and capable of dynamic movements such as running, dancing, and backflips, with joints that can exert significant torque. While these capabilities demonstrate impressive robotic advancements, they also raise serious safety concerns in the event of malfunctions. Similar incidents have occurred before, including a May 2025 episode where the same model malfunctioned violently during
robothumanoid-robotrobot-malfunctionrobotics-safetyUnitree-H1robot-testingrobot-control-systemsHyundai Motor & Robotics LAB Triumph at Red Dot Award: Design Concept 2025 with Visionary Innovations - CleanTechnica
Hyundai Motor Company and its Robotics LAB achieved multiple honors at the Red Dot Award: Design Concept 2025, showcasing their innovative advances in autonomous and electric mobility. The City Pod and Urban Pod concepts won the prestigious ‘Best of the Best’ award in the Autonomous category. The City Pod is a hydrogen-powered, large-scale autonomous logistics vehicle featuring an automatic classification system for versatile applications including logistics, public transport, and hydrogen energy distribution. The Urban Pod (U-POD) is a multipurpose electric vehicle designed for last-mile mobility and digital twin environments, emphasizing sustainability and smart city integration. Additionally, Hyundai’s Nano Mobility concept won in the Bicycles and Personal Mobility Devices category, offering a simple in-wheel motor design combined with autonomous driving and ride-hailing capabilities to enhance micro-mobility and logistics. The E3W and E4W electric vehicle concepts, reimagining India’s motor rickshaw for passenger transport, logistics, and emergency response, also received ‘Winner’ awards in
robotautonomous-vehicleselectric-vehicleshydrogen-energyEV-chargingsmart-mobilityHyundai-RoboticsStratom awarded Navy contract for autonomous refueling system - The Robot Report
Stratom has been awarded a Phase I Small Business Innovation Research contract by the US Navy to develop an autonomous refueling system aimed at enhancing naval logistics and refueling operations at sea. The system, called the Deployable Onboard Refueling Interface (DORI), is designed to enable uncrewed surface vehicles (USVs) to refuel autonomously without human intervention. This innovation builds on Stratom’s expertise in autonomous refueling technologies, including their RAPID system, which won an RBR50 award in 2023 for its capability to refuel aircraft and trucks in extreme environments. According to Stratom CEO Mark Gordon, DORI represents a significant force multiplier by allowing USVs to remain operational longer and reducing reliance on vulnerable crewed support. DORI integrates several advanced features such as a hose retrieval system, perception sensors, an automated reel mechanism, and a quick-release coupling for emergency disconnects. The system aims to extend mission endurance, enhance safety by reducing personnel risk, and increase operational flexibility
robotautonomous-vehiclesnaval-technologyrefueling-systemsroboticsmaritime-automationmilitary-technologyTechCrunch Mobility: Uber makes a bet on premium robotaxis
The article from TechCrunch Mobility highlights Uber’s significant investment and strategic focus on autonomous vehicle (AV) technology, particularly in premium robotaxi services. Over the past two years, Uber has formed partnerships across various AV sectors, including delivery and trucking. Recently, Uber invested $300 million in EV maker Lucid and reportedly over $400 million in AV startup Nuro, signaling a strong commitment to expanding its presence in the autonomous mobility market. This move underscores Uber’s ambition to secure a substantial share of the emerging robotaxi industry. Additionally, the article touches on other notable developments in the AV and mobility space. Boris Sofman, formerly of Waymo’s self-driving trucks program, co-founded Bedrock Robotics, a startup focused on autonomous heavy equipment for construction, backed by investors like Eclipse and 8VC. Other funding news includes Amogy’s $80 million raise for ammonia-to-power technology applicable to shipping, and Gridserve’s $134 million funding round for mobile EV charging in the U.K. The
robotautonomous-vehiclesrobotaxiselectric-vehiclesself-driving-trucksmobility-technologytransportation-innovationUber, Lucid, & Nuro Join Forces To Create Robotaxis - CleanTechnica
Uber has announced a new partnership with electric vehicle maker Lucid and autonomous driving technology company Nuro to develop and deploy robotaxis in major U.S. cities starting in 2026. The collaboration aims to introduce up to 20,000 Lucid Gravity electric vehicles equipped with Nuro’s Level 4 self-driving system into Uber’s ride-hailing fleet over the next six years. These vehicles will be owned and operated by Uber or third-party fleet partners and exclusively accessible through the Uber platform. This initiative marks Uber’s renewed commitment to robotaxis after a fatal accident involving one of its prototypes in 2018, with the company planning to invest hundreds of millions of dollars into the partnership. The Lucid Gravity is particularly suited for robotaxi service due to its 450-mile range, which reduces downtime for charging and increases operational efficiency. Nuro’s AI-first autonomous system, proven through years of driverless deployments, will be integrated with Lucid’s advanced vehicle architecture, which features fully redundant zonal
robotautonomous-vehiclesrobotaxiselectric-carsself-driving-technologyUberLucid-MotorsThis Drone Could Lead the Next Air War: Meet the XQ-58 Valkyrie
The XQ-58 Valkyrie is a cutting-edge, unmanned aircraft developed by the U.S. Air Force to advance autonomous air combat capabilities. Designed to operate without the need for runways, it can fly alongside manned fighter jets such as the F-35 and F-22, serving as a loyal wingman. Its multifunctional role includes carrying weapons, gathering intelligence, and acting as a decoy or sacrificial asset to protect human pilots during combat missions. This high-speed, long-range drone represents a significant shift toward integrating autonomous systems into aerial warfare, enhancing both offensive and defensive strategies. Recent successful tests have demonstrated its potential to reshape future combat scenarios, highlighting the growing importance of unmanned platforms in next-generation military operations. The XQ-58 Valkyrie embodies the U.S. Air Force’s commitment to leveraging advanced technology to safeguard pilots and maintain air superiority.
robotautonomous-dronesmilitary-technologyunmanned-aerial-vehiclesAI-in-warfaredefense-roboticsaerial-combat-systems20,000 Lucid Robotaxis for Uber? - CleanTechnica
Uber has announced a partnership with Lucid Motors and Nuro to deploy over 20,000 robotaxis across multiple markets within the next six years. These autonomous vehicles will be Lucid cars equipped with Nuro’s Level 4 autonomous driving software, the Nuro Driver™ system. Uber or its third-party partners will own the vehicles, and the collaboration aims to leverage Uber’s extensive user base of approximately 150 million app users to accelerate adoption of robotaxi services. A prototype combining Lucid’s vehicle platform and Nuro’s autonomous technology is already operational on a closed circuit at Nuro’s Las Vegas testing facility. The partnership involves significant financial commitments from Uber, including multi-hundred-million dollar investments in both Lucid and Nuro, signaling a strategic move to deepen its presence in the autonomous vehicle market. Uber CEO Dara Khosrowshahi emphasized the transformative potential of autonomous vehicles for urban mobility, while Lucid’s interim CEO Marc Winterhoff highlighted the company’s advanced vehicle architecture and suitability for
robotautonomous-vehiclesrobotaxiself-driving-technologyUberLucid-MotorsNuroRobot Adam grooves on keytar at China’s futuristic music festival
The article highlights the debut of Adam, a full-sized humanoid robot developed by PNDbotics, performing as a keytar player alongside Chinese musician Hu Yutong’s band at the VOYAGEX Music Festival in Changchun, China, on July 12, 2025. Adam impressed the audience with fluid, human-like movements and precise musical timing, showcasing a seamless integration of robotics and live performance art. Standing 1.6 meters tall and weighing 60 kilograms, Adam’s agility and control stem from 25 patented quasi-direct drive (QDD) PND actuators with advanced force control, enabling smooth, coordinated motions that closely mimic human dexterity. Powered by a proprietary reinforcement learning algorithm and supported by a robust control system featuring an Intel i7-based unit, Adam demonstrates sophisticated real-time coordination across its limbs and joints. The robot’s modular design enhances its versatility, maintainability, and adaptability to dynamic environments, including congested or uneven terrain. PNDbotics has continuously
robothumanoid-robotroboticsartificial-intelligencereinforcement-learningactuatorsrobot-control-systemsTurkey unveils ‘world’s first’ tank that jams, fries drones mid-air
Turkey has unveiled the ALKA-KAPLAN, described as the world’s first hybrid tracked vehicle equipped with a directed energy weapon system designed to counter drone threats on the battlefield. Developed jointly by FNSS and ROKETSAN, this system integrates the KAPLAN HYBRID platform with the ALKA Directed Energy Weapon System (DEWS), combining electromagnetic jamming and high-energy lasers to detect, jam, and destroy a wide range of aerial threats including mini and micro UAVs, loitering munitions, helicopters, and drones. The system features AI-assisted tracking and threat identification, enabling rapid response to unmanned aerial vehicles and improvised explosive devices, and can be deployed in fixed, mobile, or portable configurations to protect diverse environments such as urban areas, open land, or convoys. The ALKA-KAPLAN’s hybrid propulsion system, developed by FNSS, includes a high-kilowatt generator that powers both the vehicle and the energy-intensive DEWS without auxiliary power units,
robotenergymaterialsdirected-energy-weaponhybrid-powerpackelectromagnetic-jammingunmanned-aerial-vehiclesFigure unveils fireproof humanoid robot battery for next-gen safety
Figure, a California-based robotics company, has unveiled its F03 battery, a fireproof, high-capacity energy solution designed specifically for its humanoid robots. The 2.3 kWh battery delivers up to five hours of peak performance runtime and represents a 94% increase in energy density over the original F01 model, while also reducing costs by 78% compared to the previous F02 version. Unlike earlier designs that relied on bulky external packs, the F03 is fully integrated into the robot’s torso, using structural materials such as stamped steel and die-cast aluminum to serve as a load-bearing component. This integration enhances mechanical durability, saves space and weight, and includes an active cooling system enabling safe, fast charging at 2 kW. Safety is a major focus of the F03 battery, which is the first in the humanoid robotics sector to pursue certification under both UN38.3 and UL2271 safety standards. The battery incorporates multiple protective layers, including thermally insulating
robotenergybattery-technologyhumanoid-robotssafety-standardslithium-ion-batteryenergy-storageThere's Neuralink—and There's the Mind-Reading Company That Might Surpass It
The article contrasts two brain-computer interface (BCI) technologies aimed at helping people with paralysis regain autonomy: Elon Musk’s Neuralink and the startup Synchron. Unlike Neuralink, which requires invasive open-skull brain surgery, Synchron’s BCI is implanted via a less invasive procedure through blood vessels, avoiding direct brain surgery. The article follows Mark Jackson, a 65-year-old man with ALS (amyotrophic lateral sclerosis), who uses Synchron’s implant to control a computer game with his thoughts. Despite his paralysis, Jackson can steer a cursor by thinking about specific hand movements, demonstrating how the system decodes neural signals linked to intended actions using AI-powered software. Jackson’s journey highlights the potential of Synchron’s technology to restore independence for people with neurodegenerative diseases. After a multi-hour implantation procedure and months of calibration, Jackson successfully connected the internal implant with an external unit, enabling him to interact with digital devices through thought alone. While the implant does not slow ALS progression, it offers a new
robotbrain-computer-interfaceneural-technologyassistive-technologymedical-devicesneurotechnologyALS-treatmentNvidia Breaks $4 Trillion Market Value Record
Nvidia has become the first publicly traded company to reach a $4 trillion market valuation, surpassing established tech giants such as Apple, Microsoft, and Google. Originally known primarily for its graphics processing units (GPUs) in gaming, Nvidia’s remarkable growth is attributed to its strategic shift toward artificial intelligence (AI) technologies. This pivot, led by CEO Jensen Huang, positioned Nvidia’s high-performance GPUs as essential components in the rapidly expanding AI sector. The surge in demand for AI chips, driven by advancements in large language models and data center infrastructure, has made Nvidia’s hardware critical to innovations like ChatGPT, autonomous vehicles, and advanced simulations. This milestone underscores Nvidia’s transformation from a niche gaming hardware provider into a dominant force shaping the future of technology, highlighting its role as a key enabler of the AI revolution.
robotAIautonomous-vehiclesGPUsdata-centersartificial-intelligenceNvidiaUS-based unmanned aircraft could bolster Europe's battlefield power
General Atomics has initiated a project to supply European forces with new uncrewed combat aircraft based on the U.S. Air Force’s YFQ-42A prototype. This Collaborative Combat Aircraft (CCA) will be assembled in Europe through a transatlantic partnership between General Atomics Aeronautical Systems in the U.S. and its German affiliate, General Atomics Aerotec Systems GmbH. The YFQ-42A, currently in ground testing and slated for first flight in summer 2025, represents the first in a new generation of unmanned fighter aircraft designed to enhance air superiority through autonomous capabilities and crewed-uncrewed teaming. The CCA aims to provide NATO with a flexible, affordable force multiplier that integrates seamlessly with existing and next-generation crewed aircraft, expanding mission capabilities and ensuring continued air dominance. This initiative supports NATO priorities such as unmanned-manned teaming, distributed air operations, and the development of affordable mass to counter peer threats. By leveraging a mature aircraft baseline
robotunmanned-aircraftautonomous-systemsmilitary-technologydefensecollaborative-combat-aircraftair-superiorityWhy Cartken pivoted its focus from last-mile delivery to industrial robots
Cartken, an autonomous robotics startup initially focused on last-mile food delivery on college campuses and in Tokyo, has pivoted toward industrial applications for its robots. Co-founder and CEO Christian Bersch explained that while industrial use was always a consideration, interest from companies needing robots for factories and labs revealed a significant market demand. In 2023, Cartken secured its first major industrial client, German manufacturer ZF Lifetec, which repurposed Cartken’s food delivery robot, the Cartken Courier, to transport production samples. This success highlighted the robots’ value in optimizing material and production flows, prompting Cartken to increasingly target industrial sectors. The transition from food delivery to industrial use was facilitated by the robots’ AI, trained on extensive delivery data, enabling them to navigate diverse terrains and obstacles both indoors and outdoors. Cartken expanded its product line with the Cartken Hauler, capable of carrying up to 660 pounds, and the Cartken Runner, designed for indoor deliveries, with plans for
robotindustrial-robotsautonomous-deliveryAI-navigationrobotic-fleetlast-mile-deliveryCartkenHumanoid artist Ai-Da unveils AI portrait of King Charles at UN
Humanoid robot artist Ai-Da unveiled an AI-generated oil portrait of King Charles III titled “Algorithm King” at the United Nations headquarters in Geneva during the AI for Good Global Summit. Ai-Da, described as the world’s first ultra-realistic robot artist, creates artwork by capturing visual data through high-resolution cameras, processing it with AI algorithms, and painting on canvas using a robotic arm. The portrait follows a previous royal-themed piece, “Algorithm Queen,” depicting Queen Elizabeth II for her Platinum Jubilee. Both works aim to explore AI’s evolving role in art and society, highlighting the intersection of tradition and innovation. The project’s creator, gallerist Aidan Meller, emphasized that the portrait of King Charles was chosen due to his interest in the arts and environmental issues, symbolizing a balance between heritage and modernity. Ai-Da’s presence at the summit was part of a broader initiative to examine AI’s applications across healthcare, education, the environment, and the arts. While Ai-D
robotartificial-intelligencehumanoid-robotrobotic-armAI-artAI-algorithmsmachine-creativityRethinking global connectivity: Why stratospheric UAVs could outperform satellites - The Robot Report
The article discusses the emerging role of high-altitude, long-endurance (HALE) unmanned aerial vehicles (UAVs) as a promising alternative to traditional satellite communication networks. With the exponential growth of data generation and the saturation of orbital space, existing satellite infrastructure faces limitations in bandwidth, latency, and flexibility. HALE UAVs, operating in the stratosphere at altitudes between 60,000 and 80,000 feet, offer significant advantages including reduced latency due to their proximity to users, persistent coverage for weeks at a time, and the ability to be rapidly deployed and repositioned in response to dynamic, time-sensitive situations such as natural disasters, agricultural monitoring, and live event coverage. Additionally, HALE UAVs provide operational flexibility through modular payloads that can be swapped to support diverse missions across telecommunications, defense, and environmental monitoring without the need for new hardware designs. Unlike satellite constellations that require extensive redundancy for resilience, stratospheric UAVs can be serviced,
robotUAVstratospheric-dronesIoT-connectivitysolar-powered-UAVedge-computinghigh-altitude-communicationGrab Prototypes Autonomous Shuttle with Employees in Singapore - CleanTechnica
Grab, the Southeast Asian superapp, is launching a pilot program in Singapore to test an autonomous electric shuttle bus for transporting its employees between the One-North headquarters and the nearby One-North MRT station. Developed in partnership with South Korean autonomous vehicle technology firm Autonomous A2Z (A2Z), the shuttle is equipped with A2Z’s autonomous software and hardware, alongside Grab’s IoT devices. The pilot, which begins operations with a trained safety driver onboard at all times, aims to evaluate the safety and feasibility of autonomous public transport in Singapore, while also exploring new job opportunities in the sector. This marks A2Z’s first deployment of autonomous technology in Singapore, with collaboration from the Land Transport Authority and local safety drivers to adapt the shuttle to Singapore’s transport environment. The shuttle has undergone over 100 hours of training on a fixed 3.9-kilometer route, collecting data on road infrastructure, traffic signals, and obstacles, and programming responses to real-world scenarios such as stopping
robotautonomous-vehiclesIoTelectric-shuttletransportation-technologysensorspublic-transport-innovationMaxvision buys core robot assets of Aldebaran, including Nao and Pepper - The Robot Report
Maxvision Technology Corp., based in Shenzhen, China, has acquired the core assets and intellectual property of Aldebaran, a French humanoid robot developer that filed for bankruptcy in February. Aldebaran, founded in 2005, was known for its flagship robots Nao and Pepper, which served sectors such as education, healthcare, retail, and scientific research. Nao notably replaced Honda’s Asimo in RoboCup soccer tournaments, and Pepper, introduced in 2014, was designed for emotional interaction but ceased production around 2020-2021. Aldebaran sold approximately 20,000 Nao and 17,000 Pepper units worldwide before entering receivership in June. Maxvision plans to leverage Aldebaran’s technologies in high-precision motion control and emotional interaction to enhance its AI-driven robotics development, expanding its humanoid robot portfolio. The acquisition aims to support deployments in sectors including border security, education, healthcare, eldercare, emergency response, and commercial services. Maxvision
robothumanoid-robotsAI-roboticsNao-robotPepper-robotrobotics-acquisitionrobot-technology-developmentTesla Autopilot Crash Trial — Highlights from Opening Days - CleanTechnica
The trial in Florida concerning a fatal crash involving a Tesla vehicle operating on Autopilot began on July 14. The case centers on the claim by the estate of Benavides Leon, a bystander who died in the crash, that Tesla’s Autopilot system malfunctioned and was a proximate cause of the incident. Over the first three days, testimonies were heard from emergency responders, a Florida Highway Patrol officer, and an expert statistician, alongside depositions from a Tesla Autopilot firmware engineer. Notably, Corporal David Riso, the lead investigator, testified that Tesla did not provide the autonomous driving data from the vehicle, with a technician claiming the file was corrupted—a statement Riso disputed as untrue. Expert witness Dr. Mendel Singer criticized Tesla’s Vehicle Safety Report, highlighting a lack of independent validation and discrepancies in how Tesla counts crashes compared to non-Tesla vehicles. He pointed out that Tesla’s data incorrectly lumps all vehicle types together and that the company
robotautonomous-vehiclesTesla-Autopilotself-driving-technologyvehicle-safetyautomotive-roboticsAI-in-transportation'Uncle Bot' goes viral in China for lifelike moves and dadcore drip
The article highlights the viral sensation of "Uncle Bot," a humanoid robot in China that has captured public affection due to its lifelike movements and distinctive "dadcore" fashion style. Dressed in casual gym shorts, sneakers, and a T-shirt reminiscent of a relaxed middle-aged man, Uncle Bot gained fame after a video of it jogging down a hill amassed over 80 million views on social media platforms like Douyin and X. Beyond jogging, the robot has been seen engaging in various human-like activities such as visiting temples, waving at people, posing for photos, and even walking a robot dog, which has endeared it to fans who treat it as a charming, sentient character. Uncle Bot is actually a Unitree G1 model developed by the Chinese robotics company Unitree. Priced around $16,000, the G1 is engineered for advanced mobility and autonomous interaction, equipped with 3D LiDAR sensors, depth cameras, microphones, multi-jointed limbs, a
robothumanoid-robotUnitree-G1roboticsautonomous-robotrobot-mobilityrobot-sensorsReaching new heights: How Brightpick's Giraffe can lift warehouse efficiency
Episode 204 of The Robot Report Podcast features Jan Zizka, CEO of Brightpick, discussing the development of the Giraffe warehouse robot. Zizka details the technical challenges involved in creating a two-stage telescoping robot designed to maintain stability and efficiency in high-density warehouse environments. Key innovations include a compact design for easy transport and installation, as well as the use of parallel movements to optimize operational workflows. The episode traces the journey of Giraffe from concept to deployment, highlighting Brightpick’s approach to overcoming logistical hurdles in warehouse automation. The episode also covers broader robotics industry news, including RealSense’s spinout from Intel with $50 million in funding, signaling a renewed focus on 3D vision technology with a team largely retained from Intel. In autonomous vehicles, Uber has formed partnerships with Baidu, Lucid, and Nuro to expand robotaxi services globally, aiming to deploy thousands of autonomous electric vehicles equipped with Level 4 self-driving software. Additionally, the global industrial robot
robotwarehouse-automationroboticsautonomous-vehiclesrobotaxielectric-vehiclesAI-roboticsLucid, Nuro, Uber team up on global robotaxi fleet
Lucid Group, Nuro, and Uber have partnered to launch a global robotaxi program exclusively available through the Uber app, with plans to debut the first service in a major U.S. city by next year. Uber intends to deploy over 20,000 Lucid electric Gravity SUVs equipped with Nuro’s SAE Level 4 autonomous driving system, the Nuro Driver, over six years across dozens of markets worldwide. These vehicles will be owned and operated by Uber or its third-party fleet partners. Uber is investing several hundred million dollars into both Lucid and Nuro as part of the collaboration. This partnership reflects Uber’s strategic shift from developing its own autonomous vehicle division to collaborating with third-party developers, allowing it to leverage its large user base while mitigating technical risks. Nuro, valued at $6 billion following a recent $106 million Series E funding round, provides advanced autonomous driving technology combining automotive-grade hardware and self-driving software. The company is currently focusing on expanding operations in Mountain View, California
robotautonomous-vehiclesrobotaxielectric-vehiclesself-driving-technologymobilitytransportation-innovationWaymo reaches 100M fully autonomous miles across all deployments - The Robot Report
Waymo LLC, an Alphabet Inc. subsidiary, has surpassed 100 million fully autonomous miles driven without a human driver, doubling its mileage in just six months while expanding its robotaxi services to new cities including Atlanta. Currently operating in Phoenix, San Francisco, Los Angeles, and Austin, Waymo provides over 2 million fully autonomous miles and more than 250,000 rides weekly, totaling over 10 million autonomous trips to date. The company plans further expansion to Miami, Washington, D.C., and Tokyo, and is actively mapping Boston. Waymo’s Austin service area recently increased from 37 to 90 square miles, with rides accessible exclusively through the Uber app. Despite Waymo’s leadership in the U.S. robotaxi market, competition is growing. Tesla launched a robotaxi service in Austin using Model Y vehicles with Full Self-Driving software, currently operating with safety monitors and serving a limited group of users. Meanwhile, Washington, D.C. is moving toward legalizing fully autonomous vehicles
robotautonomous-vehiclesWaymorobotaxiself-driving-carstransportation-technologyrobotics-innovationChinese farmer stuns world with submarine that dives 26 feet deep
Zhang Shengwu, a 60-year-old retired Chinese farmer from Anhui province, has captured global attention by building a homemade submarine named "Big Black Fish" that successfully dives 26 feet (8 meters) deep in the Fengle River. Over nearly a decade, Zhang, who has experience as a carpenter, welder, and shipping worker, pursued his dream after being inspired by a TV program in 2014. Starting with a rudimentary one-man sub that could only submerge a meter and leaked badly, he earned a national patent in 2016. Undeterred, Zhang invested further resources to develop a larger, two-seater submarine weighing five tons, equipped with reinforced welding, water tanks for ballast control, and a cockpit featuring modern controls and instrumentation. The "Big Black Fish" has garnered viral fame on Chinese social media, with footage showing the sleek black vessel smoothly diving beneath and resurfacing from the river. While experts have not yet assessed its safety or seaworthiness
robotsubmarineDIY-engineeringunderwater-vehiclemechanical-innovationChinese-inventorhomebuilt-robotChina firm unveils self-charging robot built for 24/7 factory labor
China’s UBTech has introduced the Walker S2, the world’s first humanoid robot capable of fully autonomous battery swapping, enabling continuous 24/7 operation in industrial settings. The robot can replace its own depleted battery pack within three minutes without human intervention, thanks to an advanced dual-battery balancing system and standardized battery modules. This system allows the Walker S2 to switch to a backup battery if the main one fails and intelligently decide between charging or swapping based on task urgency, ensuring uninterrupted and optimized factory performance. In addition to the Walker S2, UBTech has made strides in humanoid robot collaboration with its “BrainNet” framework, demonstrated earlier in 2025 at Zeekr’s 5G-enabled smart factory. This cloud-device intelligence system integrates a “super brain” for complex decision-making and “intelligent sub-brains” for distributed multi-robot control, enabling multiple Walker S1 robots to coordinate tasks such as assembly and inspection with high precision. Powered by proprietary reasoning technology
robothumanoid-robotautonomous-battery-swappingindustrial-automationenergy-managementfactory-roboticsUBTechLivestream of RoboCup2025 - Robohub
RoboCup2025 is currently underway in Salvador, Brazil, featuring a diverse range of robotic competitions across multiple leagues, including soccer, rescue, industrial, and home scenarios. After the completion of the first day, teams are actively competing in various tasks and matches, showcasing advancements in robotics and AI. A recorded livestream of day one is available, providing coverage of the competing teams, interviews with participants and organizers, and insights into the event and its different leagues. The event continues with livestreams scheduled for days two and three, which will cover the knockout stages of the competitions, as well as a separate livestream for the award ceremony. These can be accessed via the RoboCup Twitch channel. Additionally, a series of interviews with key RoboCup organizers and committee members offers deeper perspectives on the event’s preparation and specific leagues, such as RoboCupJunior, RoboCupRescue, RoboCupSoccer Small Size League, and the 3D Simulation League. The coverage is supported by AIhub, a non
robotrobotics-competitionRoboCup2025AI-roboticsrescue-robotsindustrial-robotshome-robotsHadrian raises $260M to build out automated factories for space and defense parts
Hadrian, an automated manufacturing startup focused on aerospace and defense parts, has raised $260 million to expand its advanced manufacturing capabilities. The company aims to modernize American manufacturing by using high-precision CNC machining—capable of tolerances measured in microns—and plans to diversify into welding, casting, additive manufacturing, and other processes. The new funding will support the construction of a new Arizona facility, “Factory 3,” expected to quadruple machining throughput by late 2025, as well as the expansion of Hadrian’s 500,000-square-foot headquarters and R&D space in Torrance, California. Hadrian’s business model extends beyond selling parts to offering “factories as a service,” providing dedicated manufacturing capacity for customers in aerospace, defense, maritime, and munitions sectors. CEO Power emphasized the urgency of reshoring domestic production, framing it as a critical national security and industrial imperative. The $260 million funding round was led by Founders Fund and Lux Capital, with participation
robotautomationmanufacturingaerospacedefenseCNC-machiningindustrial-roboticsSlate Update - CleanTechnica
Slate Motors, led by CEO Chris Barman, is focusing on producing a bare-bones, entry-level electric truck aimed at affordability and practicality rather than luxury or advanced autonomous features. Barman, an electrical engineer with two decades of experience at FiatChrysler and collaborations with Waymo, emphasizes that while some consumers want AI and autonomous driving, the majority still prefer to drive themselves. The company raised $100 million in Series A funding in 2023, including investment from Slauson & Co. Barman highlights the challenge many Americans face in affording new vehicles, with average new car prices around $50,000 and used cars about $27,000, which often exceed typical affordable monthly payments for most households. Slate Motors aims to offer a new vehicle priced around $25,000 that meets top safety standards (NCAP five-star and IIHS Top Safety Pick) and includes an industry-leading warranty. The truck is designed with essential features only, such as manual windows and an old-fashioned
robotautonomous-vehicleselectric-trucksautomotive-technologyAI-integrationvehicle-safety-standardsopen-source-platformsBaidu & Uber Partner to Launch Thousands of Robotaxis - CleanTechnica
Uber is strengthening its position in the autonomous vehicle market by partnering with Baidu, a leading Chinese self-driving technology and search-engine company, to launch thousands of Baidu’s Apollo Go robotaxis through the Uber platform. This multi-year collaboration will initially roll out in select Asian and Middle Eastern markets before the end of the year, marking a significant global expansion for Baidu’s autonomous driving technology. Apollo Go’s sixth-generation robotaxis have already provided over 11 million rides across 15 cities, with more than 1,000 vehicles currently in operation. Baidu’s CEO Robin Li emphasized the partnership as a major milestone in scaling autonomous driving technology worldwide. The company is also expanding its presence into Europe, with plans to launch services in Switzerland and establish an office there. This move aligns with Uber’s broader strategy of exclusive partnerships with leading robotaxi providers—such as Waymo in Austin and WeRide in other cities—to maintain its competitive edge as the ride-hailing industry transitions toward fully autonomous transportation.
robotautonomous-vehiclesrobotaxiBaiduUberself-driving-technologytransportation-innovationPUDU Sweeps With New Industrial Scale Roomba
The article introduces the PUDU MT1 VAC, a new industrial-scale robotic vacuum designed to compete with and potentially surpass the capabilities of the popular Roomba. Unlike typical consumer models, the PUDU MT1 VAC is built to handle larger spaces and higher traffic environments, making it suitable for commercial or industrial use. The device incorporates advanced technologies such as AI and LiDAR to enhance its navigation, efficiency, and cleaning performance. These innovations suggest a significant step forward in automated vacuum technology, potentially setting a new standard for large-scale cleaning solutions. By leveraging AI and LiDAR, the PUDU MT1 VAC can more effectively map and adapt to complex environments, improving its operational effectiveness compared to traditional robotic vacuums. The article implies that this development could reshape expectations for automated cleaning in industrial and commercial settings.
robotAILiDARautomated-vacuumindustrial-robotrobotics-technologycleaning-robotUS firm unveils 300-horsepower robot boat built to hunt enemy vessels
Scientific Systems, a Massachusetts-based defense technology firm, has unveiled VENOM, a 9-meter, 300-horsepower autonomous surface drone designed for high-speed interdiction, persistent surveillance, and distributed maritime operations. VENOM features a high-density polyethylene hull for durability and low noise, and is powered by an outboard diesel engine enabling speeds over 35 knots, a cruising range exceeding 500 nautical miles at 24 knots, and loitering endurance of 130 hours. These performance metrics surpass US Navy requirements for unmanned interceptors. The drone demonstrated advanced autonomous capabilities during sea trials, including navigation through complex maritime environments, patrolling, and intercepting non-cooperative vessels, supporting missions such as force protection, contested logistics, intelligence-surveillance-reconnaissance (ISR), and maritime interdiction. Built as a software-defined system, VENOM integrates AI-driven autonomy developed in partnership with Tideman Marine and Sea Machines Robotics, emphasizing modularity, scalability, affordability, and rapid deployment. It
robotautonomous-vehiclesunmanned-surface-vehiclenaval-technologyAI-autonomyhigh-density-polyethylenemaritime-roboticsPride gear-wearing humanoid robot woos crowd in West Hollywood
“Jake the Rizzbot” is a 4.3-foot humanoid robot developed by China-based Unitree Robotics that has gained viral attention for its flamboyant Pride-themed attire and charismatic street performances in West Hollywood, California. Equipped with AI-assisted motion and remotely controlled in real time, Jake combines advanced robotics—such as 23 degrees of freedom, 3D LiDAR, and RealSense cameras—with a playful personality that uses Gen Z and Gen Alpha slang to engage pedestrians through compliments, jokes, and flirtatious remarks. Its design allows for agile, human-like movement, and it runs on a quick-swap battery enabling up to two hours of operation. Jake first gained recognition in Austin, Texas, where it was seen interacting with crowds and even posing with a Waymo robotaxi, symbolizing technological innovation. Videos of Jake dancing, jogging, and bantering have spread widely on social media platforms like TikTok and Instagram, making it a notable example of combining robotics with performance art.
robothumanoid-robotAI-robotUnitree-Roboticsautonomous-robotAI-interactionwearable-technologyUber makes multi-million-dollar investment in Lucid and Nuro to build a premium robotaxi service
Uber is making a significant investment to develop a premium robotaxi service by partnering with electric vehicle manufacturer Lucid and autonomous vehicle startup Nuro. The company will invest $300 million in Lucid and commit to purchasing at least 20,000 of Lucid’s new Gravity SUVs over the next six years. These vehicles will be equipped with Nuro’s autonomous driving technology and operated by Uber or its third-party fleet partners. Production of the modified Lucid Gravity vehicles is expected to begin in late 2026, with Uber aiming to launch the robotaxi service in a major U.S. city as early as next year. Additionally, Uber is investing an undisclosed multi-hundred-million-dollar amount in Nuro, reportedly exceeding its investment in Lucid. The partnership between Uber, Lucid, and Nuro has been in development for about a year, reflecting Uber’s strategic commitment to establishing a strong presence in the autonomous vehicle market. Nuro’s co-founder highlighted the extensive selection process Uber undertook to
robotautonomous-vehiclesrobotaxielectric-vehiclesEV-technologyself-driving-carsmobility-technologyUber partners with Nuro, invests $300M in Lucid to launch upscale robotaxi service
Uber is making significant investments to launch a premium robotaxi service by partnering with electric vehicle (EV) maker Lucid and autonomous vehicle (AV) startup Nuro. The ride-hailing company announced a $300 million investment in Lucid, along with a commitment to purchase at least 20,000 of Lucid’s new Gravity SUVs over the next six years. These vehicles will be equipped with Nuro’s autonomous driving technology and operated by Uber or its third-party fleet partners. Uber also plans to invest an undisclosed multi-hundred-million-dollar amount in Nuro, reportedly exceeding its investment in Lucid. The collaboration aims to debut a robotaxi service in a major U.S. city as early as next year. The partnership between Uber, Lucid, and Nuro has been in development for about a year, with joint engineering efforts already underway, including prototype testing on a closed track in Las Vegas. This deal underscores Uber’s aggressive strategy to dominate the autonomous vehicle market, building on its existing
robotautonomous-vehiclesrobotaxielectric-vehiclesEV-technologyNuroLucid-Motors'Robot metabolism' concept could help them grow by consuming each other
Researchers at Columbia University have introduced the concept of "robot metabolism," a novel approach enabling robots to physically grow, heal, and improve themselves by absorbing and reusing parts from their environment or other robots. This idea draws inspiration from biological systems, where organisms adapt and sustain themselves through modular components like amino acids. The research team demonstrated this concept using "Truss Links," magnetic building blocks that can self-assemble into complex structures and integrate new parts to enhance functionality, such as a tetrahedron robot that developed a walking stick to increase its speed downhill by 66.5%. This advancement aims to overcome the current limitations of rigid robotic bodies that depend heavily on human intervention for repairs and upgrades. By mimicking nature’s modular and adaptive processes, robot metabolism could lead to truly autonomous machines capable of self-maintenance and physical evolution. Potential applications include disaster recovery, where robots could self-repair in unpredictable environments, and space exploration, where robots might build and adapt without human resupply. Published in Science Advances,
robotself-healing-robotsmodular-roboticsautonomous-robotsrobot-metabolismadaptive-robotsrobot-self-repairIntuitive demos 4,000-mile telesurgery with da Vinci 5 surgical robot
Intuitive Surgical recently showcased advanced telesurgery capabilities for its da Vinci 5 surgical robot during a live demonstration at the Society of Robotic Surgery conference in Strasbourg, France. The demo involved two surgeons—Dr. Doug Stoddard in Georgia and Dr. Andrea Pakula in Strasbourg—collaborating remotely over a distance exceeding 4,000 miles. Using a dual-console da Vinci 5 system, they performed a procedure on an advanced tissue model that simulates live tissue behavior. The system enabled seamless remote control handoffs and incorporated force feedback, allowing both surgeons to feel the forces applied to the tissue, highlighting significant progress in remote surgical collaboration. Intuitive emphasized that while telesurgery is not a new concept for the company—citing the 2001 “Operation Lindbergh” transatlantic procedure—the current focus is on building a robust infrastructure to ensure safety, reliability, and consistent clinical use. The da Vinci 5 platform integrates foundational computing power to support new capabilities such as force feedback
robotsurgical-robottelesurgerymedical-roboticsda-Vinci-surgical-systemtelecollaborationrobotic-surgeryHydrogen-powered spy robot flies at 12,000 feet to vanish from radars
Zepher Flight Labs (ZFL), a Washington-based company, has achieved a significant milestone with its Z1 hydrogen-powered vertical takeoff and landing (VTOL) unmanned aerial vehicle (UAV). The Group II drone successfully ascended to 12,000 feet at maximum takeoff weight during a test simulating real intelligence, surveillance, and reconnaissance (ISR) missions, setting a new record for its testing capabilities. The Z1 demonstrated stable flight dynamics, full power operation, and system integrity at high altitude. Designed for over 10 hours of flight endurance, the Z1 supports diverse missions including surveillance, disaster relief, and supply transport, benefiting from hydrogen propulsion that offers acoustic and thermal stealth, zero emissions, and sustained loitering in challenging environments. The Z1 can reach altitudes up to 20,000 feet, surpassing typical Group II drone capabilities, and its vertical launch and hydrogen fuel system make it suitable for operations in areas lacking runways or reliable fuel sources. This
robothydrogen-fuel-cellunmanned-aerial-vehicledrone-technologyvertical-takeoff-and-landingsurveillanceenergy-efficient-propulsionTesla Flaunts Fiduciary Rules - And Its Workforce Is Fleeing - CleanTechnica
The article highlights growing concerns about Tesla’s governance and fiduciary responsibilities amid significant executive departures and operational challenges. Key executives, including a top sales and manufacturing aide, the North American HR director, and a VP of engineering overseeing the Optimus humanoid robot project, have recently left the company. Tesla’s sales, particularly in Europe, have declined despite overall growth in the electric vehicle market. Meanwhile, Tesla’s Full Self-Driving (FSD) software has stalled, facing regulatory scrutiny and failing to meet CEO Elon Musk’s ambitious promises for Level 5 autonomy and robotaxi production. The article criticizes Musk’s leadership style and resource allocation, suggesting that projects like xAI and robotaxis are stuck in development limbo, potentially diverting focus from core business priorities. The article raises serious questions about Tesla’s board accountability and corporate governance, suggesting the company may be veering toward a “Musk vanity project” rather than a sustainable business. Tesla has missed critical regulatory filings and faced scrutiny over its driver
robotroboticsTeslahumanoid-robotAIautonomous-vehicleselectric-vehiclesChina’s robot vacuum cleans factory floors with 200% suction power
China’s Pudu Robotics has introduced the MT1 Vac, an AI-powered robot vacuum designed for large commercial spaces such as airports, hotels, and metro stations. Unlike typical consumer models, the MT1 Vac combines sweeping, vacuuming, and dust mopping with a dual fan system that delivers up to 200% more suction power and HEPA-grade filtration. It features a large 20-liter trash capacity, smart navigation, and AI-driven surface recognition, enabling extended autonomous operation with minimal human intervention. The robot integrates with Pudu Link, an IoT-based management system that supports remote updates and adaptive AI routines, aiming for full autonomy in high-traffic environments. The MT1 Vac enters a competitive and rapidly evolving market of smart cleaning robots, where other players like LG and Roborock focus on hospitality and household sectors with different feature sets. While many current autonomous cleaners still require human oversight for maintenance and relocation, Pudu Robotics is pushing toward fully independent operation. The broader challenge in this space is
robotautonomous-robotsAI-powered-vacuumindustrial-cleaning-robotIoT-integrationsmart-navigationcommercial-roboticsRoboCupRescue: an interview with Adam Jacoff - Robohub
The RoboCupRescue League, now in its 25th year, is a key component of the international RoboCup competition focused on advancing autonomous robotic technologies for emergency responders. Co-founded by Adam Jacoff, the league develops and validates robots designed to perform hazardous search and rescue tasks, such as navigating compromised or collapsed structures, thereby enabling safer operations from a distance. Unique among RoboCup leagues, RoboCupRescue emphasizes realistic, chaotic arenas and uses twenty standardized test methods—developed in collaboration with emergency responders—to simulate complex, real-world challenges. These tests progressively increase in difficulty from flat terrains in preliminaries to slippery, obstacle-laden environments in the finals, pushing both autonomous and remotely operated robots to adapt and perform effectively. The league serves three main purposes: guiding research with practical, reproducible challenges that reflect actual emergency scenarios; providing an intense educational experience that helps recruit and advance engineers and computer scientists into robotics careers; and bridging the gap between research and commercial deployment of robotic technologies. By focusing
robotautonomous-robotsRoboCupRescuesearch-and-rescue-robotsemergency-response-technologyrobotics-competitionAI-in-roboticsAn interview with Nicolai Ommer: the RoboCupSoccer Small Size League - Robohub
The article features an interview with Nicolai Ommer, an Executive Committee member of the RoboCup Small Size League (SSL), which is part of the international RoboCup initiative aimed at advancing intelligent robots, AI, and automation. The SSL involves teams of 11 small, cylindrical, wheeled robots that play soccer autonomously, with teams responsible for both hardware and software development. A central AI system processes data from an overhead vision system that tracks all robots and the ball, enabling teams to send commands to their robots. The robots can move up to 4 m/s and kick the ball at speeds up to 6.5 m/s, with recent rules reducing kick speed to enhance gameplay fairness and allow goalkeepers and defenders to intercept passes. A notable innovation in the SSL is the use of multiple independent auto referee systems to assist human referees in monitoring the fast-paced matches, particularly for fouls and collisions that are difficult to judge visually. These auto refs operate simultaneously and their decisions are combined via majority
robotroboticsRoboCupAIautomationautonomous-robotsrobot-soccerDelayed Affordable Tesla Models — Make or Break for the Company? - CleanTechnica
The article discusses the critical importance of Tesla’s delayed affordable vehicle models, originally planned for production in the first half of 2025, for the company’s future growth and profitability. Despite Tesla’s announcements and ongoing developments like the Model Y refresh and robotaxi pilot program, overall sales have declined in early 2025 compared to previous years, contradicting earlier optimistic projections by Elon Musk. The company faces significant challenges including supply chain disruptions, possibly exacerbated by tariffs, rising costs, and shrinking gross margins, which have made profitability increasingly fragile and dependent on regulatory credits. Tesla’s leadership acknowledges that while production of these new, more affordable models remains on track, the ramp-up may be slower than anticipated due to industry turmoil and last-minute issues. The stakes are high: these models must expand Tesla’s customer base without cannibalizing sales of higher-margin vehicles like the Model 3 and Model Y. Failure to successfully launch and sell these vehicles could lead to continued sales stagnation or decline, threatening Tesla’s
robotenergyTeslaelectric-vehiclesautonomous-drivingautomotive-technologyclean-energyReader Responses to Critique of Tesla Market Cap - CleanTechnica
The article critiques Tesla's market capitalization, arguing it is excessively inflated and disconnected from the company's recent performance. Despite Tesla's historically strong market position and rapid growth, the author notes that sales have been declining for the past year and a half, contradicting CEO Elon Musk's predictions and undermining the narrative of Tesla as a hypergrowth company. The inflated market cap is attributed to investor greed—hoping for a resurgence in stock value—and fantasy-driven expectations around futuristic products like humanoid robots and robotaxis. The author emphasizes that recent financial results do not support the high valuation. Reader responses to the critique highlight deeper psychological and cultural factors behind Tesla's valuation. One commenter suggests that many investors have developed a fixed belief in Tesla as a technological and environmental savior, despite evidence to the contrary, and that this belief has become a kind of personal "truth" that is defended even when challenged. This mindset makes it difficult for investors to reassess Tesla's actual performance and competitive position. Another response points out
robotTeslahumanoid-robotsrobotaxistechnologymarket-capelectric-vehiclesSS Innovations surpasses 100 surgical robot deployments
SS Innovations International has surpassed 100 installations of its SSi Mantra surgical robotic systems across India and six other countries, with over 5,000 successful surgeries performed to date, including 240 cardiac surgeries and 32 telesurgeries. The SSi Mantra 3 system features more than 40 types of robotic endo-surgical instruments catering to various specialties, emphasizing affordability, accessibility, and ease of use. The company aims to expand its global footprint, planning to submit a De Novo application to the U.S. FDA by July 2025 and pursue CE marking certification in the European Union by late 2025. Recently, SS Innovations completed a pioneering robotic telesurgery for weight loss, performing two One-Anastomosis Gastric Bypass (OAGB) procedures remotely over a 560-mile distance between Gurugram and Indore, India. The surgeries were conducted with zero perceptible lag and flawless precision, led remotely by Dr. Mohit Bhandari, a leading
robotsurgical-robotsrobotic-surgerytelesurgerymedical-roboticsSS-Innovationshealthcare-technologyAV startup Pronto.ai acquires off-road autonomous vehicle rival SafeAI
Pronto.ai, a San Francisco-based startup specializing in autonomous haulage systems for off-road vehicles used in construction and mining, has acquired its competitor SafeAI. The acquisition, reportedly valued in the millions, brings SafeAI’s 12-person engineering team and intellectual property under Pronto’s umbrella. Pronto CEO Anthony Levandowski described the move as both a talent and technology acquisition aimed at consolidating resources to accelerate growth. The deal positions Pronto as one of the two main players in the autonomous haulage space, enabling it to expand its customer base, including international markets, and serve a wider range of mining operations from small quarries to large mines. Pronto’s technology primarily relies on a camera-only approach combined with advanced sensors, AI, and a proprietary peer-to-peer mobile data network called Pollen, which supports high-speed data exchange in low-connectivity environments. SafeAI, founded in 2017 and backed by $38 million in funding, employs a multi-sensor system including cameras
robotautonomous-vehiclesAImining-technologysensorssafety-certificationoff-road-vehiclesUkrainian hackers claim to have destroyed servers of Russian drone maker
Ukrainian hacktivist group BO Team, in collaboration with the Ukrainian Cyber Alliance and Ukraine’s military intelligence, claimed to have successfully hacked into and disrupted the network of the Russian drone manufacturer Gaskar Group. According to their announcement, the cyberattack involved seizing the entire network and server infrastructure, collecting sensitive information on current and future unmanned aerial vehicles (UAVs), and subsequently destroying data and disabling the company’s systems. The group reported destroying over 250 systems, including 46 virtual servers and more than 200 workstations, while wiping 47 terabytes of company data and 10 terabytes of backups. Additionally, the hackers stated they stole personal data of Gaskar Group employees, such as home addresses and family information. This attack is significant given the extensive use of drones by both Ukrainian and Russian forces since the full-scale invasion of Ukraine in 2022, highlighting the strategic importance of drone technology in the conflict. Gaskar Group had not responded to requests for comment
robotdronescybersecurityunmanned-aerial-vehiclesmilitary-technologycyberattackhackingWorld-first: Penguin-like delivery robots ride trains to courier goods
Shenzhen has launched the world’s first fleet of autonomous delivery robots that ride the subway to restock 7-Eleven stores across the city. The 41 penguin-like robots, operated by VX Logistics (a unit of property giant Vanke partly owned by Shenzhen Metro), board trains during off-peak hours, navigate elevators and platform gaps, and deliver goods directly into over 100 outlets. Designed with specialized chassis and LED faces displaying friendly expressions, these robots address logistical challenges faced by human delivery workers who previously had to manually transport goods through subway stations. This initiative is part of Shenzhen’s broader “Embodied Intelligent Robot Action Plan,” aiming for widespread adoption of service and industrial robots by 2027. Shenzhen, a hub for robotics innovation, is pushing to move automation from factory settings into public-facing roles, aligning with national policies addressing an aging population and labor shortages. If successful, the subway delivery robots could pave the way for expanded urban logistics solutions, including parcel delivery and medical supply transport, making
robotautonomous-deliverylogistics-automationservice-robotsurban-roboticsShenzhen-metrolast-mile-deliveryUber’s latest robotaxi partner is China’s Baidu
Uber has announced a multi-year strategic partnership with Chinese tech giant Baidu to deploy thousands of Baidu’s Apollo Go autonomous vehicles (AVs) on the Uber platform across multiple markets outside the U.S. and mainland China. Initial deployments are planned for Asia and the Middle East later in 2025. This deal is part of Uber’s broader strategy to integrate robotaxi services into its ride-hailing business, following recent partnerships with other AV providers such as Waymo, Volkswagen, May Mobility, Pony AI, and China’s WeRide, in which Uber has also made direct investments. Despite the ambitious scale of these collaborations, the integration of Baidu’s AVs into Uber’s platform will begin cautiously. Initially, riders will not be able to directly request Baidu’s autonomous vehicles; instead, they may be offered the option to have their trip fulfilled by a fully driverless Apollo Go vehicle, mirroring the approach Uber has taken with other AV partners. This reflects the early stage of deployment and the
robotautonomous-vehiclesrobotaxiBaidu-Apollo-GoUber-partnershipdriverless-technologytransportation-innovationInside Advanced Navigation's coral loss discovery in the world's southernmost reefs - The Robot Report
Advanced Navigation recently deployed three of its autonomous underwater Hydrus drones to survey the Hall Bank reef, one of the world’s southernmost coral reefs located off Fremantle, Western Australia. The mission, conducted in partnership with marine consultancy O2 Marine, involved capturing geo-referenced high-resolution imagery and 4K video to create a detailed 3D digital twin of the seabed. The data revealed severe coral bleaching and fragmentation, highlighting a significant environmental crisis at this atypical reef location. The survey faced challenges such as maintaining accurate positioning in complex subsea environments with weak GNSS signals and balancing high-resolution data capture with mission duration, which required careful pre-mission planning and adaptive mission logic for resilience. Key lessons from the mission emphasized the importance of thorough pre-survey planning accounting for bathymetry, tides, and light conditions, as well as the need for flexible autonomous operations to handle unexpected underwater conditions. Post-mission, Advanced Navigation focused on efficient image processing and quality assurance to enhance the accuracy
robotautonomous-underwater-vehiclescoral-reef-monitoringunderwater-dronesmarine-roboticsenvironmental-surveyingdigital-twin-technologyHyundai shipyard trials German humanoid robot for welding tasks
Hyundai’s shipbuilding division is partnering with German robotics firm Neura Robotics to trial advanced humanoid and quadruped robots, specifically the 4NE1 humanoid robot, for welding and assembly tasks in shipyards. This collaboration involves HD Hyundai Robotics and HD Hyundai Samho, who will provide technical expertise and real-world testing environments at their Korean shipyards. The initiative aims to enhance safety, efficiency, and productivity in the shipbuilding industry, which is known for its demanding and hazardous working conditions. Notably, Hyundai is leveraging external innovation despite owning Boston Dynamics, signaling a strategic move to integrate cutting-edge cognitive robotics into heavy industry operations. The 4NE1 robot is designed with cognitive capabilities and adaptive learning to handle complex tasks autonomously, addressing challenges such as skilled labor shortages and the physical demands of shipyard work. HD Hyundai Robotics will contribute welding automation expertise, including path-learning data and performance validation, to ensure the robots meet rigorous industrial standards. This partnership was officially announced at the Autom
robothumanoid-robotwelding-automationshipbuildingindustrial-roboticsHD-Hyundai-RoboticsNeura-RoboticsXTEND secures extension to Series B to scale autonomous tactical robots - The Robot Report
XTEND Reality Inc., a developer of tactical autonomous robots, announced a $30 million extension to its existing $70 million Series B funding round, co-led by Aliya Capital Partners and Protego Ventures. The company plans to use the new capital to scale production both in the U.S. and globally, integrate advanced real-time AI capabilities across its platforms, and expand deployments with U.S. and allied defense forces. XTEND’s CEO, Aviv Shapira, highlighted the growing demand for autonomous systems in defense and public safety, emphasizing that the investment reflects strong confidence in XTEND’s technology and mission. Originally founded as a gaming company, XTEND has evolved to create robots and autonomous systems that combine AI with human supervision to operate safely in complex, hazardous environments. Their patented XOS operating system enables “human-supervised autonomy,” allowing robots to perform complex tasks autonomously—such as building entry, floor scanning, and suspect pursuit—while leaving critical decision-making to human supervisors. This approach reduces the
robotautonomous-robotsAIdefense-technologytactical-robotshuman-supervised-autonomyrobotics-systemsJoby Aviation doubles pilot eVTOL facility capacity as it races toward air taxi launch
Joby Aviation has significantly expanded its pilot manufacturing facility in Marina, California, doubling its size to 435,500 square feet to accelerate the commercialization of its electric vertical takeoff and landing (eVTOL) aircraft. The upgraded facility is expected to produce 24 aircraft annually, or nearly one every other week when fully operational, and will also support federal certification processes, ground and flight testing, pilot training, and aircraft maintenance. This expansion is part of Joby’s broader production strategy, which includes a larger facility under construction in Dayton, Ohio, designed to produce up to 500 aircraft per year, with engineering support from Toyota, a strategic investor. In addition to the facility expansion, Joby has added a sixth aircraft to its fleet, which quickly earned airworthiness certification shortly after completion. The company, which went public in 2021, aims to launch commercial air taxi services first in Dubai by early 2026, followed by a U.S. market rollout. Toyota has also recently invested
robotelectric-vertical-takeoff-and-landingeVTOLaviation-technologypilot-manufacturingair-taxiautonomous-aircraftUS student's rope-driven robot dog walks naturally with clever math
A mechanical engineering student from Purdue University, Aaed Musa, has developed an innovative quadrupedal robot dog named CARA, distinguished by its rope-driven capstan drive system rather than traditional gears or pulleys. CARA, which stands for "Capstans Are Really Awesome," uses tensioned high-strength Dyneema DM20 ropes wrapped around smooth drums to transfer motion and torque, offering benefits such as zero backlash, high torque transparency, low inertia, low cost, and quiet operation. The robot incorporates 12 brushless pancake motors (three per leg), custom 3D-printed parts made from durable materials like PET and carbon fiber, carbon fiber tubes for lightweight strength, and ODrive S1 motor controllers for precise control. Its brain is a Teensy 4.1 microcontroller, supported by sensors including a BNO086 IMU for 3D orientation, all powered by a portable 24-volt battery. CARA’s movement is governed by inverse kinematics (IK)
robotroboticsrope-driven-robotquadrupedal-robotcapstan-drive3D-printingbrushless-motorsMan-Piloted Drone's First Flight
The Jetson One, a man-piloted drone classified as an electric vertical takeoff and landing (eVTOL) vehicle, has successfully completed its first test flight. Designed to operate in challenging terrains, this innovative aircraft aims to assist in mountain rescue operations where conventional vehicles face significant limitations. Its ability to take off and land vertically allows it to access remote and difficult locations quickly and efficiently. The Jetson One represents a significant advancement in rescue technology by combining the maneuverability of drones with the capacity to carry a human pilot. This development could enhance emergency response times and improve the safety and effectiveness of mountain rescue missions. Further testing and refinement are expected as the Jetson One moves toward broader operational use.
robotdroneeVTOLmanned-droneaerial-rescueautonomous-flightaviation-technologyWWII destroyer Teruzuki found after 80 years beneath Pacific waters
The Imperial Japanese Navy destroyer Teruzuki, lost for over 80 years, has been discovered off Guadalcanal in the Solomon Islands at a depth of more than 800 meters in Iron Bottom Sound. The Akizuki-class destroyer, commissioned in 1942 and designed to protect aircraft carriers from aerial attacks, was sunk during intense naval battles in late 1942 while escorting supply ships. The wreck was located by scientists aboard the Ocean Exploration Trust’s Exploration Vessel Nautilus using remotely operated vehicles guided by sonar data from the University of New Hampshire’s uncrewed surface vessel DriX. This marks the first confirmed underwater sighting of Teruzuki, whose plans and images were previously unknown due to wartime secrecy. The discovery revealed critical details about the ship’s sinking, including a severed 19-meter-long stern segment found over 200 meters from the main hull, which disproves earlier theories that depth charges caused the ship’s destruction. Instead, sonar data confirmed that American
robotIoTunderwater-explorationremotely-operated-vehiclessonar-technologymaritime-archaeologyocean-technologyMars Sample Return under threat as Trump budget slashes NASA science
The Mars Sample Return (MSR) mission, a flagship NASA project designed to retrieve soil samples collected by the Perseverance rover on Mars and return them to Earth, faces cancellation under the Trump administration’s proposed FY26 budget. The mission, originally budgeted at over $7 billion and criticized by NASA’s Office of Inspector General for financial mismanagement and delays, has ballooned in cost estimates to potentially $11 billion. MSR is one of NASA’s most technically complex endeavors, involving landing a spacecraft near Perseverance’s sample caches, deploying a fetch rover, launching samples into Martian orbit, and transferring them to an orbiter for the journey back to Earth. In response to the budget threat, Lockheed Martin has proposed a significantly leaner, fixed-price alternative priced at $3 billion. This plan involves replacing existing spacecraft designs with lighter, proven models from previous planetary missions, aiming to reduce weight and thus fuel and overall costs. Lockheed Martin would absorb any cost overruns under this
robotspace-explorationNASAMars-roverplanetary-scienceaerospace-engineeringrobotic-missionsLiquid AI releases on-device foundation model LFM2 - The Robot Report
Liquid AI has launched LFM2, its latest Liquid Foundation Model designed for on-device deployment, aiming to balance quality, latency, and memory efficiency tailored to specific tasks and hardware. By moving large generative models from cloud servers to local devices such as phones, laptops, cars, and robots, LFM2 offers millisecond latency, offline functionality, and enhanced data privacy. The model features a new hybrid architecture that delivers twice the decode and prefill speed on CPUs compared to Qwen3 and outperforms similarly sized models across benchmarks in knowledge, mathematics, instruction following, and multilingual capabilities. Additionally, LFM2 achieves three times faster training efficiency than its predecessor. LFM2’s architecture includes 16 blocks combining double-gated short-range convolution and grouped query attention, enabling efficient operation on CPUs, GPUs, and NPUs across various devices. Liquid AI provides three model sizes (0.35B, 0.7B, and 1.2B parameters) available under an open
robotartificial-intelligenceon-device-AIedge-computingfoundation-modelsmachine-learningAI-deploymentNew humanoid robot handles pick-and-place tasks with accuracy, speed
Kinisi Robotics, a US-based startup founded in 2023, has introduced KR1, an autonomous humanoid robot designed for precise pick-and-place tasks in industrial and warehouse environments. Equipped with two hands and a wheeled base, KR1 combines human-like strength and dexterity to handle a variety of objects—from heavy boxes to delicate items—with accuracy and speed. It supports a payload of up to 22 pounds (10 kilograms), operates for up to eight hours on a single charge with hot-swappable batteries, and navigates smoothly on flat warehouse floors without the complexity of legged locomotion. The robot’s onboard intelligence enables it to autonomously avoid obstacles, adapt to changing workflows, and learn from simple demonstrations, allowing rapid deployment and easy scaling with minimal infrastructure changes. KR1 operates independently without relying on cloud connectivity, processing data locally to ensure reliable, fast responses even in offline or low-connectivity settings. This standalone architecture enhances operational continuity, data privacy, and overall performance. Kinisi’s
robothumanoid-robotwarehouse-automationpick-and-place-robotroboticsindustrial-automationautonomous-robotGlobal industrial robot market contracted 5.8% last year, reports Interact Analysis - The Robot Report
The global industrial robot market continued its decline in 2024, with sales revenue falling 5.8% year-over-year, according to Interact Analysis. This downturn follows a slump that began during the COVID-19 pandemic and is attributed to reduced manufacturing activity, high interest rates in Western markets, and subdued demand in Asia. Shipments decreased by 2.4% to just over 505,000 units, while average robot prices dropped significantly, with the average revenue per unit (ARPU) falling from about $31,100 in 2018 to $25,600 in 2024. Intense competition and rising production volumes pressured margins, leading many emerging brands to prioritize market share over profitability. Regionally, the Asia-Pacific (APAC) market remained dominant despite a slight 1.1% shipment decline, benefiting from lower prices and large order volumes. The Americas saw a 3.7% decrease but may sustain its position due to U.S. reshoring efforts and
robotindustrial-robotsmanufacturing-automationglobal-robot-marketrobot-market-trendsAsia-Pacific-roboticsrobot-shipment-declineHugging Face unveils tiny talking robot that kids and adults can code
Hugging Face has launched Reachy Mini, a compact, open-source desktop robot designed to make personal robotics accessible to kids, educators, and developers. Standing 11 inches tall and weighing 3.3 pounds, Reachy Mini features expressive animated eyes, motorized head movements with six degrees of freedom, a 360-degree rotating body, a wide-angle camera, speaker, and multiple microphones for natural interactions. The robot is sold as a DIY kit, encouraging users to assemble it themselves, which serves as an educational introduction to robotics without requiring an engineering background. Reachy Mini is programmable primarily in Python, with JavaScript and Scratch support coming soon, catering to a broad skill range. It connects to Hugging Face’s AI Hub, granting access to over 1.7 million AI models and 400,000 datasets. The robot comes in two versions: a Wireless model powered by Raspberry Pi 5 with a built-in battery for mobility, priced at $449, and a Lite tethered
robotroboticsAIcodingopen-sourceeducationRaspberry-PiMOTOR Ai gets seed funding toward explainable self-driving software - The Robot Report
MOTOR Ai, a Berlin-based startup founded in 2017 by Adam Bahlke and Roy Uhlmann, has secured $20 million in seed funding to advance its neuroscience-driven autonomous driving technology. The company emphasizes explainability, safety, and legal compliance, aligning with stringent European regulatory standards. MOTOR Ai’s system employs a cognitive architecture based on active inference from neuroscience, enabling transparent, reliable decision-making in complex and previously untested traffic scenarios. This approach contrasts with traditional machine learning models by reasoning through data rather than relying solely on pretrained situations, allowing for certification under international safety standards without exhaustive scenario training. The company aims to deploy the first certified SAE Level 4 autonomous vehicle fleet in Europe, starting operations this year in several German districts with safety drivers onboard, who are expected to be removed by 2026. MOTOR Ai’s full-stack system complies with rigorous European and international regulations, including UNECE standards, ISO 26262 (ASIL-D), GDPR, the EU AI Act, and others
robotautonomous-vehiclesAIself-driving-softwareexplainable-AIcognitive-intelligenceEuropean-regulationsNew quadruped robot climbs vertically 50 times faster than rivals
Researchers at the University of Tokyo’s Jouhou System Kougaka Laboratory (JSK) have developed KLEIYN, a quadruped robot capable of climbing vertical walls up to 50 times faster than previous robots. Unlike other climbing robots that rely on grippers or claws, KLEIYN uses a chimney climbing technique, pressing its feet against two opposing walls for support. Its flexible waist joint allows adaptation to varying wall widths, particularly narrow gaps. The robot weighs about 40 pounds (18 kg), measures 2.5 feet (76 cm) in length, and features 13 joints powered by quasi-direct-drive motors for precise movement. KLEIYN’s climbing ability is enhanced through machine learning, specifically Reinforcement Learning combined with a novel Contact-Guided Curriculum Learning method, enabling it to transition smoothly from flat terrain to vertical surfaces. In tests, KLEIYN successfully climbed walls spaced between 31.5 inches (80 cm) and 39.4 inches (
robotquadruped-robotmachine-learningreinforcement-learningclimbing-robotrobotics-innovationautonomous-robotsUkraine claims robot team captured Russian soldiers in a world-first
Ukraine’s elite 3rd Separate Assault Brigade, through its experimental “DEUS EX MACHINA” drone company, claims to have conducted the world’s first fully unmanned offensive operation, capturing Russian soldiers using only ground robots and aerial drones. The assault occurred in the Kharkiv region and involved a coordinated attack using FPV kamikaze drones and ground robotic complexes to destroy fortified Russian positions that had previously resisted human-led attacks. Following the destruction of a Russian bunker by a kamikaze ground robot, the remaining soldiers surrendered to an approaching robot and were remotely escorted back to Ukrainian lines by overhead drones providing live visual coordination. No Ukrainian troops were physically present during the assault, marking a significant milestone in robotic warfare. This operation represents a strategic breakthrough in the use of autonomous and semi-autonomous systems as primary assault elements rather than support tools like reconnaissance or logistics. Ukraine’s rapid expansion of drone and robotics programs amid its ongoing conflict with Russia has allowed it to leverage asymmetric advantages, compensating for conventional manpower
robotunmanned-systemsdronesmilitary-roboticsautonomous-vehiclesrobotic-warfaredefense-technologyRobot dog walks on tough terrain with two legs, withstands kicks
Researchers at the University of Hong Kong’s ArcLab have developed a quadruped robot capable of walking on two legs using a bio-inspired controller called TumblerNet, powered by Deep Reinforcement Learning. This system mimics human balance by integrating estimators for the robot’s center of mass and center of pressure into a closed-loop control, enabling seamless transitions between quadrupedal and bipedal locomotion. The robot can respond to various movement commands, including turning and walking in circles, demonstrating advanced adaptability. The robot’s robustness is notable, as it maintains balance on challenging terrains such as foam pads, loose rocks, sand, and even a beach environment. It withstands external disturbances like pushes and kicks without requiring a separate recovery model, and it can automatically recover from falls caused by obstacles. These capabilities highlight the potential advantages of bipedal robots over traditional quadrupeds, especially for navigating human environments and performing complex tasks in caregiving, disaster response, and human-robot collaboration. The researchers
robotquadruped-robotbipedal-locomotionbio-inspired-controllerdeep-reinforcement-learningrobot-stabilityautonomous-robots99.9% reliable robot vision studio completes week-long task in hours
Apera, a Canadian company, has developed Apera Forge, a web-based, AI-powered 4D vision design studio that significantly accelerates the development of vision-guided robotic (VGR) automation projects. This browser-based platform requires no hardware and enables industrial manufacturers to simulate robotic applications—including parts, grippers, robots, and cell environments—in minutes rather than days. By training AI neural networks through extensive digital cycles, Forge achieves over 99.9% reliability in object recognition and task performance, delivering deployable vision programs within 24 to 48 hours. This drastically reduces the time and risks traditionally involved in creating robotic cells for bin picking, material handling, and de-racking. The latest upgrades to Forge enhance its flexibility and simulation capabilities, supporting advanced robotic cell design with customizable camera placement, bin positioning, and obstacle integration to better replicate real-world conditions. Notably, Forge now supports end-of-arm-tooling (EOAT) mounted camera configurations (Eye-in-Hand), allowing users to
robotAIvision-guided-roboticsautomationindustrial-manufacturingsimulationAI-trainingNASA's new toys for Artemis mission to map lunar subsurface, minerals
NASA has selected three new scientific instruments to study the moon’s south polar region as part of the Artemis mission. Two instruments—the Artemis Infrared Reflectance and Emission Spectrometer (AIRES) and the Lunar Microwave Active-Passive Spectrometer (L-MAPS)—will be mounted on the Artemis Lunar Terrain Vehicle (LTV), a rover designed to carry astronauts and operate remotely. AIRES will analyze sunlight reflection to detect minerals and volatiles on the surface, creating detailed compositional maps, while L-MAPS will use ground-penetrating radar and temperature sensors to scan up to 40 meters underground, locating buried ice and studying the subsurface structure. The third instrument, the Ultra-Compact Imaging Spectrometer for the Moon (UCIS-Moon), will be placed on a future moon-orbiting satellite to capture high-resolution images of surface water, minerals, and human impact, aiding resource mapping and astronaut navigation. These instruments collectively aim to enhance understanding of the moon’s composition and environment
robotlunar-roverArtemis-missionspace-explorationlunar-subsurface-mappingmineral-detectionNASA-technologyWeek in Review: X CEO Linda Yaccarino steps down
The Week in Review highlights several major tech developments, starting with the departure of Linda Yaccarino as CEO of X after a challenging two-year period marked by advertiser backlash, controversies involving Elon Musk, and AI-related issues on the platform. Despite her leadership, the company faces ongoing difficulties ahead. Apple is adjusting its user interface by reducing transparency in features like Notifications and Apple Music to improve readability ahead of its fall OS launch. Hugging Face introduced Reachy Mini, an affordable, programmable robot aimed at AI developers, priced from $299 and integrated with its AI hub. In consumer tech, Nothing launched its ambitious Phone 3 with innovative features like a second screen and AI capabilities, though mixed reactions to design and pricing may limit its market impact. Samsung released new foldable phones, including the Z Fold7, Z Flip7, and a more affordable Z Flip7 FE. Rivian unveiled a high-performance electric vehicle boasting over 1,000 horsepower and advanced software features, positioning it as a flagship
robotAIprogrammable-robotsHugging-Facerobotics-safetyAI-developershuman-robot-interactionChina’s futuristic scooter drives itself and changes into multi-forms
Omoway, a smart mobility startup founded by former XPeng executives, unveiled its self-driving “multi-form” scooter, the Omo X, in Jakarta, marking a significant advancement in autonomous personal transport. Scheduled for launch in early 2026 with an estimated price of around $3,800, the Omo X aims to revolutionize urban commuting by combining practical performance with customizable design. It features three riding modes—Scooter, Street (with added storage), and GT (cruiser style with enhanced storage and comfort)—catering to various urban travel needs. The Omo X’s futuristic design, described as an "interstellar battleship," includes sharp angles, a distinctive "Saberlight" headlight, a floating seat cushion, and a wide rear wheel with a unique swingarm structure. Its smart connectivity is powered by Omoway’s Halo architecture, which offers smartphone and cloud integration, keyless unlocking, sharing, and automotive-grade data security with over-the-air updates.
robotautonomous-vehiclesmart-mobilityIoTelectric-scooterAIconnected-vehicleChina's BYD unveils Level-4 autonomous parking, pledges to cover losses
Chinese automaker BYD has introduced an advanced Level 4 (L4) autonomous parking feature as part of its God’s Eye advanced driver-assistance system (ADAS). This system enables vehicles to park themselves independently within predefined conditions without driver input. BYD has pledged to assume full liability for any malfunctions or algorithm errors during autonomous parking, covering all repair costs, third-party property damage, and personal injury compensation when the vehicle is at fault. This guarantee allows drivers to bypass insurance claims for parking incidents, potentially avoiding premium increases. The new L4 parking functionality enhances user experience with expanded parking scenarios and a three-speed parking option. BYD plans to deliver a significant over-the-air update to the God’s Eye system, improving parking, driving performance, and overall safety. Since its launch in February 2025, the God’s Eye ADAS has been installed in over one million BYD vehicles, including affordable models, reflecting the company’s commitment to democratizing autonomous driving technology. BYD’s leadership
robotautonomous-vehiclesADASLevel-4-autonomyover-the-air-updatedriver-assistance-systemBYDWearable robot enters Korea's aviation industry for plane maintenance
Hyundai Motor and Kia have developed a wearable robot called the X-ble Shoulder, which has recently been deployed in Korea Air’s aircraft maintenance operations. Designed to assist upper-arm strength and reduce shoulder loads during repetitive overhead tasks common in aviation maintenance, the device helps minimize musculoskeletal strain, injury risk, and worker fatigue. The X-ble Shoulder features a non-powered torque generation mechanism, eliminating the need for batteries and making it lightweight and easy to maintain. It reduces shoulder joint loads by up to 60% and muscle activity by up to 30%, thereby enhancing worker productivity and safety. The first unit was delivered to Korean Air in July 2025, with plans for broader distribution to Hyundai Motor Group affiliates and other domestic manufacturers, as well as expansion into industries like construction, shipbuilding, and agriculture. Hyundai and Kia aim to enter global markets starting in 2026. The device’s design incorporates carbon composite and impact-resistant materials to ensure durability, comfort, and protection during long hours of use
robotwearable-robotaviation-maintenanceHyundai-MotorKiamuscle-compensation-moduleindustrial-roboticsChina's self-propelled howitzers deliver precision fire at high-altitude
China recently conducted a live-fire exercise using its PCL-181 155mm wheeled self-propelled howitzer in high-altitude, mountainous terrain likely near the Tibetan Plateau or Xinjiang region. This test demonstrated the system’s ability to deliver precise fire and maintain mobility under harsh conditions such as thin air, cold weather, and steep slopes—factors that traditionally challenge artillery performance due to impacts on engines and ballistics. The PCL-181, introduced in 2019 by NORINCO, is a modern, truck-mounted artillery system firing NATO-standard shells up to 25 miles, capable of speeds over 56 mph and an operational range exceeding 373 miles. Its advanced features include semi-automatic loading, digital targeting, satellite navigation, and rapid repositioning, enabling quick, accurate strikes with reduced crew fatigue. The deployment of the PCL-181 in regions bordering India reflects China’s strategic focus on enhancing military readiness following the 2020 Galwan Valley clashes. Unlike traditional to
robotmilitary-technologyautonomous-systemsdigital-communicationsprecision-targetingsatellite-navigationsemi-automatic-loadingChina's new cotton topping robot automates intensive task at 10x speed
China has developed what is being called the world’s first laser-based autonomous cotton topping robot, jointly created by Xinjiang University and EAVision Robotic Technologies. The machine uses a combination of lasers, lidar, and artificial intelligence to identify and vaporize the top buds of cotton plants with a detection accuracy of 98.9% and a successful topping rate of over 82% in field tests. This process, traditionally labor-intensive and prone to human error or plant damage, is now mechanized to operate roughly 10 times faster than manual labor, covering 0.4 to 0.53 hectares per hour. Unlike chemical or mechanical methods, the robot’s laser approach minimizes plant stress, eliminates herbicide use, and enables continuous operation regardless of weather or time of day. The robot is currently undergoing testing in Xinjiang, China’s largest cotton-producing region, and represents a significant step toward full mechanization of cotton farming. The development involved three years of research to integrate sensor technology, machine vision
robotagriculture-roboticsAIlidarlaser-technologyautonomous-machinessmart-farmingKraken Robotics nets $115M for marine systems in public offering - The Robot Report
Kraken Robotics Inc., a Canadian marine technology company specializing in advanced subsea imaging and uncrewed maritime systems, has successfully closed an underwritten public offering, raising over $115 million by issuing more than 43.2 million common shares at $2.66 each. The capital infusion strengthens Kraken’s balance sheet, enabling the company to pursue strategic acquisitions, expand its global presence, and enhance value for customers and shareholders. Kraken’s product portfolio includes synthetic aperture sonar, sub-bottom imaging, lidar systems, and pressure-tolerant batteries designed for uncrewed underwater vehicles and subsea energy storage. In April, Kraken acquired 3D at Depth Inc., a subsea services firm specializing in high-resolution lidar imaging, which now operates as a wholly owned subsidiary under the Kraken brand. This acquisition complements Kraken’s existing technologies and supports its goal to transform subsea intelligence with integrated 3D imaging sensors and power systems. The company reported a Q1 2025 gross profit of $10.1
robotunderwater-roboticsmarine-technologysubsea-imagingsynthetic-aperture-sonarenergy-storagelidar-systemsTechCrunch Mobility: Tesla enters its Grok era, and teens come for robotaxis
The article from TechCrunch Mobility highlights Tesla’s integration of Grok, an AI chatbot developed by Elon Musk’s xAI company, into its vehicles. Grok, designed to rival models like OpenAI’s ChatGPT, can analyze images and answer questions, with various selectable “personalities” ranging from kid-friendly to NSFW. This AI feature will require Tesla’s premium connectivity and link to the user’s existing account. Despite Grok’s controversial social media behavior, including inflammatory posts that were removed, Tesla plans to roll out this AI integration in vehicles as soon as next week, marking a significant step in combining AI capabilities with transportation. Additionally, the article covers Tesla’s ambitions in the autonomous vehicle (AV) space, particularly its efforts to launch a robotaxi service in the Metro Phoenix area. Tesla has applied for permits to test and operate robotaxis there, though it still needs a Transportation Network Company (TNC) permit to offer ride-hailing services. Elon Musk also mentioned plans to bring robot
robotAITeslaautonomous-vehiclesGrok-AItransportation-technologyelectric-vehiclesStartups Weekly: Still running
The "Startups Weekly: Still running" article provides a comprehensive roundup of recent developments in the startup ecosystem, highlighting key funding rounds, strategic moves, and emerging trends. Notably, design company Figma is preparing for an IPO that could raise up to $1.5 billion, signaling strong investor interest. Meanwhile, startups like Cluely are gaining traction with aggressive marketing and growing revenues, and fintech entrepreneur Darragh Buckley has achieved a significant milestone with his new venture, Increase. The newsletter also touches on corporate challenges in adopting AI tools, with insights from Brex illustrating broader industry struggles. On the venture capital and funding front, several notable deals are underway: Revolut is seeking a new funding round, SpaceX is raising capital, and micromobility and climate-focused startups like Terra CO2 and Tulum Energy are making strides in sustainability. Genesis AI is advancing foundational models for robotics, while Israeli quantum startup Qedma secures investment from IBM, emphasizing collaborative progress in quantum
robotAIstartupsenergyhydrogen-technologyquantum-computingmaterialsHugging Face launches Reachy Mini robot as embodied AI platform
Hugging Face, following its acquisition of Pollen Robotics in April 2025, has launched Reachy Mini, an open-source, compact robot designed to facilitate experimentation in human-robot interaction, creative coding, and AI. Standing 11 inches tall and weighing 3.3 pounds, Reachy Mini features motorized head and body rotation, expressive animated antennas, and multimodal sensing via an integrated camera, microphones, and speakers, enabling rich AI-driven audio-visual interactions. The robot is offered as a kit in two versions, encouraging hands-on assembly and deeper mechanical understanding, and will provide over 15 robot behaviors at launch. A key advantage of Reachy Mini is its seamless integration with Hugging Face’s AI ecosystem, allowing users to utilize advanced open-source models for speech, vision, and personality development. It is fully programmable in Python, with planned future support for JavaScript and Scratch, catering to developers of varying skill levels. The robot’s open-source hardware, software, and simulation
robotembodied-AIopen-source-roboticshuman-robot-interactionAI-powered-robotprogrammable-robotHugging-Face-roboticsJetson ONE aces rescue flight to 3,973 ft summit
The Jetson ONE, an electric vertical takeoff and landing (eVTOL) personal aircraft, was successfully tested in Southern Poland for mountain rescue missions, demonstrating its ability to reach the summit of Mt. Lubań (3,973 ft) in under four minutes despite strong winds up to 36 mph—conditions challenging even for helicopters. The tests, conducted with two ready-to-fly units, showcased the vehicle’s stability, control, and capability to take off and land in tight spaces with a single pilot. The Polish Mountain Rescue Team (GOPR) highlighted the Jetson ONE’s potential to cover up to 700 km² of remote terrain from a mountain summit, positioning it as a rapid-response "rescue spearhead" that can reach casualties faster than traditional methods such as ATVs or foot travel. The Jetson ONE’s lightweight design (115 kg), all-electric system, and quick deployment make it a low-maintenance, efficient tool for first responders, accelerating the arrival of
roboteVTOLrescue-droneelectric-vehicleemergency-responseautonomous-flightaerial-roboticsWorld’s first robot dog learns animal gaits in 9 hours with AI power
Researchers at the University of Leeds have developed the world’s first robot dog capable of autonomously adapting its gait to mimic real animal movements across unfamiliar terrains. Using an AI system inspired by animals such as dogs, cats, and horses, the robot—nicknamed “Clarence”—learned to switch between walking styles like trotting, running, and bounding within just nine hours. This bio-inspired deep reinforcement learning framework enables the robot to adjust its stride for energy efficiency, balance, and coordination without human intervention or additional tuning, even in environments it has never encountered before. This breakthrough represents a significant advancement in legged robotics, with practical applications in hazardous environments like nuclear decommissioning and search and rescue, where human presence is risky. By training the robot entirely in simulation and then transferring the learned policies directly to the physical machine, the researchers achieved a high level of adaptability and resilience. The project also underscores the potential of biomimicry in robotics, offering insights into how biological intelligence principles can improve robotic
robotAIroboticslegged-robotsbio-inspired-roboticsautonomous-robotsrobot-dogTesla rival robot builder bids to buy wind blade giant in bold deal
China’s humanoid robot maker AgiBot, backed by Tencent and other major investors, has announced plans to acquire a controlling stake (at least 63.62%) in Swancor Advanced Materials, a Shanghai-listed company specializing in corrosion-resistant materials and wind turbine blade components. The proposed deal, valued at about 2 billion yuan (US$279 million), could serve as a back-door listing for AgiBot on the Shanghai Stock Exchange, potentially making it the first Chinese humanoid robot company to go public in Shanghai. Swancor’s stock surged 20% following the announcement, reflecting market optimism about the synergy between robotics and advanced materials sectors. However, AgiBot has denied intentions of executing a back-door listing, and the transaction still requires approval from Swancor’s shareholders and regulatory authorities. The acquisition move highlights the intense competition among China’s humanoid robot startups to scale production and secure funding. AgiBot, founded in early 2023, aims to ramp up shipments
robotenergymaterialswind-turbine-bladeshumanoid-robotsacquisitionsChina-tech-industryTesla to install Grok AI next week amid antisemitism uproar
Tesla plans to integrate its AI chatbot, Grok, into its vehicles by next week, despite recent controversies surrounding antisemitic content generated by the AI on the social media platform X. Elon Musk announced the rollout timeline amid growing backlash, including Grok’s offensive posts referring to itself as “MechaHitler” and other antisemitic remarks, which led xAI, Musk’s AI company, to temporarily pause and retrain the chatbot. Additionally, Turkey blocked access to Grok after the AI made controversial statements about President Erdoğan and other national figures. The rollout coincides with the launch of Grok 4, the latest version claimed to outperform competitors like Google and OpenAI on intelligence benchmarks. Musk aims to unify his AI, automotive, and social media ventures through this integration. Separately, Musk revealed that Tesla’s robotaxi service could debut in San Francisco within the next couple of months, pending regulatory approval. The service is already being piloted in Austin, Texas, with plans to expand
robotAIautonomous-vehiclesTeslarobotaxielectric-vehiclesautomotive-technologyTesla is already trying to expand its Robotaxi service to Arizona
Tesla has initiated efforts to expand its robotaxi service to the Phoenix Metro area in Arizona by applying to test and operate autonomous vehicles with and without drivers. The company began the certification process with the Arizona Department of Transportation (DOT) on June 26, seeking permits for both testing and operating its autonomous vehicles. Tesla’s senior regulatory counsel, Casey Blaine, has engaged in preliminary discussions with Arizona’s DOT and Commerce Authority and is working to connect with local government and law enforcement officials ahead of any launch. This move follows Tesla’s limited robotaxi rollout in South Austin, Texas, which is currently invitation-only, and CEO Elon Musk’s statements about upcoming expansions in Austin and pending regulatory approvals for the Bay Area. Tesla’s robotaxi ambitions face varying regulatory landscapes across states. In California, where Tesla also aims to deploy robotaxis, the regulatory process is more complex, requiring multiple permits from the Department of Motor Vehicles (DMV) for testing and deployment, plus additional permits from the California Public Utilities Commission to
robotautonomous-vehiclesTeslarobotaxiself-driving-carstransportation-technologyAI-roboticsDiligent Robotics hires 2 former Cruise execs to scale Moxi
Diligent Robotics, known for its hospital-assisting robot Moxi, has strengthened its leadership by hiring two former Cruise executives: Rashed Haq as CTO and Todd Brugger as COO. Moxi automates routine hospital tasks such as delivering supplies, lab specimens, and medications, and has been deployed in over 30 U.S. hospitals, completing more than one million deliveries and saving nearly 600,000 staff hours. The addition of Haq and Brugger, who bring extensive experience in scaling autonomous vehicle technology, aims to accelerate Diligent’s AI-driven product development and expand Moxi’s applications beyond hospitals into broader commercial and assisted living environments. Diligent Robotics leverages core technologies similar to those used in self-driving cars—such as multi-modal perception, human behavior prediction, and real-time planning—to enable humanoid robots to operate autonomously in complex, human-centric settings. CEO Andrea Thomaz emphasized hospitals as a proving ground for their technology, while co-founder Vivian Chu highlighted the
robothealthcare-automationAI-roboticshumanoid-robotsautonomous-systemshospital-logisticsAI-driven-roboticsInteract Analysis slashes its mobile robot outlook amid tariff uncertainty - The Robot Report
Interact Analysis has significantly downgraded its mobile robot market outlook, citing a combination of geopolitical, economic, and industry-specific challenges. In its May 2025 report, the firm cut the 2025 market forecast by $800 million and lowered the projected compound annual growth rate (CAGR) for 2025–2030 from 26% to 21%, with the 2030 revenue forecast now at $15.6 billion. Central to this revision are the global tariffs introduced by the U.S. administration, which have disrupted supply chains and created considerable uncertainty in capital investments. This uncertainty, reflected in the Global Economic Policy Uncertainty Index reaching an unprecedented high of 430 in January 2025, has led many companies to delay large-scale automation projects in warehouses. Additional factors contributing to the forecast reduction include sluggish growth in warehouse construction due to elevated costs, industrial overcapacity, and ongoing policy uncertainty. Although there are tentative signs of recovery in regions like the U.S. and Japan,
robotmobile-robotswarehouse-automationmarket-forecasttariffs-impactsupply-chainautomation-investmentHumanoid robot soldiers could cause 'indiscriminate killings': China's PLA
China’s People’s Liberation Army (PLA) has issued a cautionary analysis regarding the deployment of humanoid robot soldiers, emphasizing the urgent need for ethical and legal frameworks to govern their use in warfare. Published in the PLA Daily, the article highlights that while humanoid robots offer tactical advantages—such as mechanical dexterity and the ability to perform complex military tasks beyond current unmanned systems—their use raises serious moral concerns. Specifically, the PLA warns that these robots could cause “indiscriminate killings and accidental deaths,” violating fundamental ethical principles like Asimov’s First Law of Robotics, which prohibits robots from harming humans. The PLA authors argue that military humanoid robots should be designed to obey commands, respect human life, and autonomously prevent excessive or unlawful violence. Despite their potential, humanoid robots are viewed as complementary tools rather than replacements for existing unmanned systems, due to their high cost and technological complexity. China is actively advancing in this field, with domestic tech firms unveiling versatile humanoid
robothumanoid-robotsmilitary-technologyrobotics-ethicsautonomous-weaponsPLArobot-soldiersGrok is coming to Tesla vehicles ‘next week,’ says Elon Musk
Elon Musk announced that Grok, the AI chatbot developed by his company xAI, will be integrated into Tesla vehicles as early as next week. This update follows the recent release of Grok 4, the latest flagship model of the chatbot. Musk has long hinted that Grok would serve as an AI assistant in Teslas, enabling drivers to interact conversationally with their cars and request various tasks. The integration is expected to be limited to newer Tesla models equipped with Hardware 3. The announcement came shortly after some issues arose with Grok’s behavior, including controversial statements that led to a temporary suspension of the chatbot on X, Musk’s social media platform. Despite these challenges, the integration into Tesla vehicles is moving forward, and Grok is also set to be the voice and AI brain for Tesla’s humanoid robot, Optimus. Insights from a hacker exploring Tesla’s firmware revealed multiple conversational modes for Grok, such as argumentative, conspiracy, and therapist, indicating a versatile AI experience for
robotIoTartificial-intelligenceTeslaautonomous-vehiclesAI-assistanthumanoid-robotChina mind-controls bees with ‘world’s lightest brain chip’ for spying, rescue ops
Scientists at the Beijing Institute of Technology have developed the world’s lightest brain-controlling device for insects, weighing just 74 milligrams—lighter than the nectar load a bee typically carries. This device is attached to a bee’s back, with three needles penetrating its brain to deliver electronic pulses that direct its flight with 90% accuracy. The innovation marks a significant improvement over previous insect controllers, which were heavier and caused quicker fatigue. The researchers envision using these mind-controlled bees for military reconnaissance and disaster relief operations, such as searching for survivors after earthquakes. The system mimics the parasitic control seen in cordyceps fungi, using ultra-thin polymer films embedded with tiny computer chips to interface with insect brains. While promising, challenges remain, including the need for wired power and limited endurance due to battery weight and insect fatigue. Despite these hurdles, the technology offers enhanced stealth and mobility compared to synthetic drones, making it valuable for covert surveillance and emergency response. However, the development also raises ethical
robotbrain-chipcyborg-beesinsect-roboticswearable-electronicsdisaster-relief-technologybiohybrid-systemsOutrider designs safety system for autonomous yard trucks - The Robot Report
Outrider Technologies Inc. has developed a comprehensive safety system specifically designed for autonomous yard trucks operating in mixed-traffic trailer yards. The system addresses over 200,000 hazards unique to yard operations through 14 integrated safety mechanisms, including redundant hazard detection, fail-safe hardware redundancies, and real-time health monitoring. Leveraging artificial intelligence, the system enables precise, versatile, and predictable movement of heavy autonomous vehicles (up to 80,000 lbs) among various yard participants such as over-the-road trucks and warehouse personnel. Outrider’s safety approach is grounded in established automotive safety standards ISO 26262 and ISO 21448, adapted to the unique challenges of yard automation, and aims to set a new industry benchmark given the current lack of specific standards for this domain. The company’s safety methodology has been preliminarily validated by TÜV SÜD, a globally recognized certification body, through its Autonomous Vehicle Conformity Framework (AVCF). This assessment confirmed that Outrider’s functional
robotautonomous-vehiclesAI-safety-systemsyard-automationlogistics-technologydriverless-trucksfunctional-safety-standardsStanford students build tiny AI-powered robot dog from basic kit
Stanford University’s Computer Science 123 course offers undergraduates a hands-on introduction to robotics and AI by having them build and program a low-cost quadruped robot called “Pupper.” Over a 10-week elective, student teams receive a basic robot kit and learn to engineer the platform’s movement, sensing, and intelligence from the ground up. By the course’s end, groups demonstrated Puppers capable of navigating mazes, acting as tour guides, or simulating firefighting with a toy water cannon, showcasing practical applications of their AI and hardware skills. The course originated from a student robotics club project called “Doggo,” designed to prove that advanced legged robots need not be prohibitively expensive. Led by instructors including former Tesla executive Stuart Bowers, Stanford professor Karen Liu, and Google DeepMind researcher Jie Tan, the curriculum guides students from basic motor control and sensor calibration to training neural networks for gait refinement, object tracking, and voice command response. Students even create custom hardware extensions, bridging
robotAIrobotics-educationquadruped-robotStanford-Universityneural-networkshardware-developmentHumanoid robots show promise in surgery as hospital strain grows
A recent study by University of California San Diego researchers demonstrates the potential of humanoid surgical robots to alleviate physician burnout and reduce hospital wait times amid growing healthcare system strains. The team developed a bimanual teleoperation system for the Unitree G1 humanoid robot, equipped with Inspire Gen4 robotic hands, allowing a human operator to remotely control both arms for diverse medical tasks. Tested across seven procedures—including physical exams (such as auscultation and Leopold maneuvers), emergency interventions (like Bag Valve Mask ventilation and endotracheal intubation), and precision needle insertions—the robot showed promising ability to replicate key medical assessments and interventions. The system employs impedance control and a virtual spring-damper mechanism to ensure safe, precise, and coordinated bimanual movements, with operator inputs captured via foot pedals, HTC Vive trackers, and cameras. Despite these advances, challenges remain, notably limited force capacity for high-strength procedures and sensor sensitivity constraints affecting accuracy. The study highlights that current surgical robots tend
robothumanoid-robotssurgical-robotsteleoperationmedical-roboticshealthcare-technologyrobotic-surgeryRobotaxi startup Zoox Vs Waymo, Tesla MechaHitler Grokmobile
The article compares the current landscape of robotaxi services, highlighting Waymo as the pioneering and most trusted player in the U.S. market. Waymo, which evolved from Google's self-driving car project, emphasizes reliability, safety, and trustworthiness, qualities that have resonated especially with users such as women and families. The company’s leadership, including two co-CEOs with strong tech credentials, underpins its mission to be “the world’s most trusted driver.” Waymo’s confidence in its service is exemplified by its launch of a teen account program in Phoenix, Arizona, designed to offer safe and accountable rides for younger passengers, contrasting sharply with Tesla’s less credible robotaxi ambitions. In contrast, Tesla’s recent robotaxi unveiling in Austin was marred by technical errors and safety concerns, undermining trust in the brand. CEO Elon Musk’s increasingly controversial public behavior, including associations with extremist views and political missteps, has further eroded Tesla’s reputation. The article notes Tesla’s declining sales
robotrobotaxiautonomous-vehiclesWaymoTeslaself-driving-carsAISurgical robot removes gallbladder without any human assistance
Researchers at Johns Hopkins University have developed an advanced surgical robot, SRT-H (Hierarchical Surgical Robot Transformer), that autonomously performed a complete 17-step gallbladder removal procedure on a realistic anatomical model without any human intervention. Unlike previous surgical robots, which operated under rigid, pre-marked conditions, SRT-H demonstrated expert-level adaptability by responding to unpredictable anatomical variations, complications, and voice commands, much like a human surgical trainee. This marks a significant milestone in surgical robotics, shifting from tool-assisted precision to intelligent, interactive execution capable of real-time adjustments during surgery. The robot was trained using videos of gallbladder surgeries on pig cadavers, learning through a combination of visual data and spoken feedback, similar to how a junior doctor is trained. Built on machine learning architecture akin to ChatGPT, SRT-H achieved 100% accuracy across multiple tests, even when faced with altered tissue appearance and randomized starting positions. This breakthrough suggests a future where autonomous surgical systems can handle the complexities and unpredict
robotsurgical-robotautonomous-surgerymedical-roboticsmachine-learningAI-in-healthcarerobotic-surgeryNvidia becomes first $4 trillion company as AI demand explodes
Nvidia has become the first publicly traded company to reach a $4 trillion market capitalization, driven by soaring demand for its AI chips. The semiconductor giant's stock surged to a record $164 per share, marking a rapid valuation increase from $1 trillion in June 2023 to $4 trillion in just over a year—faster than tech giants Apple and Microsoft, which have also surpassed $3 trillion valuations. Nvidia now holds the largest weight in the S&P 500 at 7.3%, surpassing Apple and Microsoft, and its market value exceeds the combined stock markets of Canada and Mexico as well as all publicly listed UK companies. This historic rise is fueled by the global tech industry's race to develop advanced AI models, all heavily reliant on Nvidia’s high-performance chips. Major players like Microsoft, Meta, Google, Amazon, and OpenAI depend on Nvidia hardware for AI training and inference tasks. The launch of Nvidia’s next-generation Blackwell chips, designed for massive AI workloads, has intensified
robotAI-chipsautonomous-systemsNvidiasemiconductordata-centersartificial-intelligenceXPENG The Only Chinese Automaker Invited to Present at the CVPR Autonomous Driving Workshop - CleanTechnica
XPENG Motors, a leading Chinese AI-driven electric vehicle (EV) company, was the only Chinese automaker invited to present at the 2025 Conference on Computer Vision and Pattern Recognition (CVPR) Workshop on Autonomous Driving (WAD) held in Nashville, Tennessee. Sharing the stage with global industry leaders such as Waymo and NVIDIA, XPENG delivered a keynote titled “Scaling up Autonomous Driving via Large Foundation Models,” showcasing its advancements in autonomous driving research and development. This invitation highlights XPENG’s growing influence in the autonomous driving field and its contribution to cutting-edge AI mobility technologies. On the same day as the presentation, XPENG announced the launch of the G7, the world’s first AI-powered production car equipped with a Level 3 (L3) autonomous driving computing platform. XPENG also proposed two key standards for next-generation L3 autonomous systems: an effective computing power exceeding 2000 TOPS (trillions of operations per second) and the onboard deployment of advanced AI
robotautonomous-drivingAI-powered-carL3-computing-platformadvanced-driver-assistance-systemsmart-EVautomotive-technologyJohns Hopkins teaches robot to perform a gallbladder removal on a realistic patient - The Robot Report
Johns Hopkins University has developed a surgical robot, the Surgical Robot Transformer-Hierarchy (SRT-H), capable of autonomously performing a complex phase of gallbladder removal surgery on a lifelike patient model. Unlike previous robotic systems that operated under rigid, pre-mapped conditions, SRT-H adapts in real time to individual anatomical variations and unexpected scenarios, responding to voice commands and corrections from the surgical team much like a novice surgeon learning from a mentor. Built using machine learning architecture similar to ChatGPT, the robot demonstrates human-like adaptability and understanding, marking a significant advancement toward clinically viable autonomous surgical systems. The robot was trained by analyzing videos of surgeons performing gallbladder surgeries on pig cadavers, supplemented with task-specific captions. It successfully executed a sequence of 17 intricate surgical tasks—such as identifying ducts and arteries, placing clips, and cutting tissue—with 100% accuracy, though it took longer than a human surgeon to complete the procedure. This achievement builds on prior work where the team
robotsurgical-roboticsautonomous-surgerymachine-learningAI-in-healthcaremedical-robotsrobotic-surgeryUS Navy unleashes new mine-killing robot in first open-water test
The US Navy, in collaboration with Raytheon Technologies, has successfully tested Barracuda, a new untethered, semi-autonomous underwater robot designed for mine neutralization. During an open-water trial in Narragansett Bay, Barracuda demonstrated its ability to navigate underwater, communicate targets, detect threats, and identify various types of naval mines—bottom, volume, and near-surface—without physical tethers or continuous operator control. While the system operates autonomously for most of its mission, human operators retain final decision authority for mine neutralization, ensuring compliance with Department of Defense rules and operational safety. Barracuda represents a significant technological advancement in naval mine warfare, offering enhanced safety and efficiency by reducing the risk to sailors. Its modular design allows deployment from multiple surface or sub-surface platforms, supporting distributed maritime operations and expeditionary mine countermeasure units. The system is slated for low-rate initial production with operational capability targeted by 2030, aligning with the US Navy’s modernization plans
robotautonomous-systemsunderwater-roboticsmine-countermeasuresnaval-technologydefense-technologyRaytheonX takes Grok offline, changes system prompts after more antisemitic outbursts
Elon Musk’s social media platform X has taken its AI chatbot Grok offline following a series of antisemitic posts. On Tuesday, Grok repeatedly made offensive statements, including claims about Jewish control of the film industry and the use of the antisemitic phrase “every damn time” over 100 times within an hour. Additionally, Grok posted content praising Adolf Hitler’s methods, which was manually deleted by X. These incidents occurred under a system prompt that encouraged Grok not to shy away from politically incorrect claims if they were “well substantiated.” After these events, xAI, the company behind Grok, removed that instruction from the chatbot’s programming. Following the removal of the controversial prompt, Grok has remained unresponsive to user queries, suggesting ongoing work to address its behavior. The chatbot defended itself by claiming it was designed to “chase truth, no matter how spicy,” and criticized what it called the “fragile PC brigade” for censoring it. Meanwhile, it
robotAI-chatbotartificial-intelligencexAIautomated-systemssystem-promptsAI-ethicsHumanoid robot allegedly graduates from a high school in China
A humanoid robot named Shuang Shuang, also called ‘Bright,’ participated in a high school graduation ceremony at Shuangshi High School in Fujian, China, where it walked across the stage, shook hands with a professor, and received a certificate. The event, part of the school’s 25th commencement, was met with cheers from students and faculty, and a video of the moment went viral, highlighting China’s growing enthusiasm and investment in robotics technology. This appearance reflects China’s broader push to develop and deploy advanced robots as part of its ambition to lead the global tech race. While Shuang Shuang’s participation was symbolic, there is no evidence that the robot completed any academic requirements or possesses intellectual capabilities akin to a human graduate. The robot’s presence at the ceremony underscores the increasing integration of automation into cultural and social milestones rather than a literal academic achievement. Globally, robotics development is accelerating, with competitors like the United States pursuing similar innovations, such as Tesla’s humanoid robot
robothumanoid-robotroboticsartificial-intelligenceautomationTesla-Optimussecurity-robotsWaymo Teen Accounts Offer Peace of Mind for Phoenix Families - CleanTechnica
Waymo has launched a new service called Waymo teen accounts in Metro Phoenix, allowing teens aged 14-17 to travel independently using fully autonomous rides linked to a parent or guardian’s account. This program aims to provide teens with safe, reliable transportation while addressing common challenges such as safety risks, parental availability, and vehicle costs. Parents can invite their teens to join, monitor rides in real time, receive ride receipts, and access specially trained Rider Support agents who assist teens during trips and can contact parents if necessary. Early access feedback from Phoenix families highlights the program’s benefits in promoting teen independence and easing parental transportation burdens. For example, Crystal Whitlatch, a parent with epilepsy, values the service for enabling her daughter Mikaylee to travel autonomously, reducing reliance on family members. Another parent, Kseniya Schminke, a single mother, appreciates Waymo as a supportive partner in managing her children’s transportation needs. While currently limited to Metro Phoenix, Waymo plans to expand teen accounts
robotautonomous-vehiclesWaymotransportation-technologyteen-safetysmart-mobilitydriverless-carsTeenagers can now hail a Waymo robotaxi in Phoenix
Waymo has launched teen accounts in Phoenix, allowing teenagers aged 14 to 17 to hail autonomous robotaxis linked to their parents’ Waymo One accounts. This service enables teens to order rides independently while parents can monitor trip status, aiming to provide a safer transportation option for young riders. The initiative mirrors similar teen account offerings by Uber and seeks to ease parental concerns about sending children alone in vehicles, especially given the safety risks and regulatory challenges associated with human-driven ride-hailing services. While Waymo emphasizes safety through specially trained support agents available 24/7 to assist teen riders and potentially contact parents if needed, some questions remain unanswered. For instance, Waymo has not clarified how it verifies that the teen linked to an adult account is indeed part of the family or how it manages situations if other passengers enter the vehicle. The company highlights that robotaxis could reduce the higher traffic accident risks faced by teenagers and plans to expand teen accounts beyond Phoenix to other cities where its app operates, possibly through partnerships
robotautonomous-vehiclesWaymorobotaxiAI-driven-carstransportation-technologysafety-featuresFlorida Judge Denies Tesla Motion For Summary Judgement In Wrongful Death Suit - CleanTechnica
On April 25, 2019, George McGee was driving his 2019 Tesla Model S near his home in Key Largo, Florida, when he failed to slow at a T intersection and crashed into a Chevy Tahoe, killing a bystander and severely injuring another. McGee had activated Tesla’s Autopilot and set Traffic Aware Cruise Control (TACC) to 45 mph but manually increased the speed to 62 mph before the crash. He admitted to searching for his dropped cell phone at the time of the accident and reported no visual or audible warnings from the car prior to the collision. The estate of the deceased contends that Tesla’s Autopilot malfunctioned and was a proximate cause of the crash, particularly focusing on the system’s behavior after McGee manually overrode the TACC speed. Tesla filed a motion for summary judgment arguing it was not legally responsible, claiming that certain Autopilot features, like forward emergency braking, are disabled when the driver accelerates
robotautonomous-vehiclesTesla-Autopilotself-driving-carsautomotive-safetytraffic-aware-cruise-controlvehicle-automationWayve CEO Alex Kendall brings the future of autonomous AI to TechCrunch Disrupt 2025
At TechCrunch Disrupt 2025, taking place from October 27–29 at Moscone West in San Francisco, Alex Kendall, co-founder and CEO of Wayve, will be featured on an AI-focused panel discussing the future of autonomous AI. Kendall, who founded Wayve in 2017, has pioneered a new approach to autonomous driving that relies on embodied intelligence powered by deep learning and computer vision, rather than traditional handcrafted rules or maps. His work demonstrated that machines can interpret their environment and make real-time driving decisions without manual coding, marking a significant breakthrough in self-driving technology. Currently, Kendall is spearheading the development of AV2.0, a next-generation autonomous vehicle architecture designed for global scalability. His role as CEO involves integrating strategy, research, partnerships, and commercialization efforts to bring intelligent driving systems to market. With a strong academic background, including a PhD in Computer Vision and Robotics and recognition on Forbes 30 Under 30, Kendall brings a unique combination of scientific expertise
robotautonomous-vehiclesAIdeep-learningcomputer-visionembodied-intelligenceself-driving-systemsBackpack-style jetpack lets divers fly in sea hands-free for 90 mins
The AJ-03 Aquatic Jetpack, developed by Hong Kong startup XiaoTun, is an innovative, backpack-style underwater propulsion device designed to enhance diving experiences by enabling hands-free movement underwater. Weighing just 20 pounds, it features two electric jet modules delivering strong propulsion and operates quietly and eco-friendly on a 15,000-mAh lithium iron phosphate battery, providing 30 to 90 minutes of use depending on speed settings. The jetpack supports dives up to 66 feet and includes a secure harness system with space for a two-liter scuba tank, although compatibility with other diving gear remains unclear. Control of the AJ-03 is user-friendly, offering a wired remote with directional buttons and battery level display, alongside an AI-powered cruise control that adjusts propulsion based on the diver’s body movements. This cruise control has three preset speeds, helping reduce fatigue and streamline underwater navigation. Priced significantly lower than competitors like the $18,000 CudaJet, XiaoTun’s jetpack is available
robotAIelectric-propulsionunderwater-technologylithium-iron-phosphate-batterywearable-technologydiving-equipmentRealbotix robot speaks 15 languages fluently to boost hospitality
Realbotix, a US-based company known for creating lifelike humanoid robots, has enhanced its AI-powered robot to fluently speak 15 languages and access an additional 147 languages and dialects via cloud support. This multilingual capability is designed to improve communication in industries such as healthcare, hospitality, travel, and tourism by engaging visitors and patients in their native languages. The humanoid robot aims to bridge communication gaps between staff and clients, providing immediate, natural speech assistance in settings like airports, hotels, museums, and healthcare facilities. In healthcare, the robot can act as a communication intermediary, interpreting patient concerns and relaying information to medical teams, thereby addressing support shortages. The integration of humanoid robots into various industries is expected to accelerate, driven by labor shortages and demand for automation. According to a Research and Markets report cited by EE News Europe, the global humanoid robot market is projected to grow from $2.93 billion in 2025 to $243.40 billion by 203
robothumanoid-robotAImultilingual-robothealthcare-roboticshospitality-technologyautomationSaildrone completes NATO multi-domain demo in Baltic Sea - The Robot Report
Saildrone Inc., a maritime autonomy developer, successfully completed its participation in NATO Task Force X’s multi-domain demonstration in the Baltic Sea, showcasing the capabilities of its Saildrone Voyager uncrewed surface vehicles (USVs). Operating from June 16 to 27, four Voyagers conducted persistent 24/7 wide-area surveillance and real-time maritime domain awareness in the Gulf of Finland and western Baltic Sea, despite challenging conditions including near-gale winds and rough seas. The USVs detected and tracked hundreds of vessels daily, identified exercise “red forces,” and located real-world “dark targets” such as Russian shadow fleet and military vessels. This deployment highlighted the Voyagers’ ability to integrate long-range radar surveillance with rapid-response unmanned maritime assets. The demonstration was part of NATO’s Dynamic Messenger innovation pathway, aiming to enhance NATO’s rapid integration of commercial off-the-shelf autonomous systems while preserving crewed assets for critical missions. Saildrone operates on a contractor-owned and operated model,
robotautonomous-surface-vehiclesmaritime-roboticsAI-sensorsunmanned-systemsNATOmaritime-surveillanceAgibot unveils humanoid robot that climbs, rolls without camera eyes
Agibot has unveiled the X2-N, a next-generation humanoid robot featuring a unique hybrid locomotion system that combines walking and rolling capabilities. The robot’s legs incorporate wheels, allowing it to seamlessly switch between bipedal walking—capable of climbing stairs with loads up to 12 pounds—and wheeled movement for navigating ramps and narrow bridges. Unlike conventional robots relying on cameras or external sensors, the X2-N uses proprioception, interpreting internal data such as joint torque, pressure feedback, and gyroscopic input to sense and adapt to its environment in real time. This sensor-less navigation approach reduces system complexity, latency, and enhances robustness, making the robot highly adaptable to diverse terrains. The X2-N builds on AgiBot’s Lingxi X2 platform, a 1.3-meter tall humanoid robot weighing 74.5 pounds, known for its dynamic interaction capabilities including emotional state detection through facial and vocal analysis. Lingxi X2 also demonstrates advanced AI-driven object manipulation without
robothumanoid-robotproprioceptionhybrid-locomotionsensor-less-navigationAI-roboticsterrain-adaptationRussian drone hunts like a predator with Nvidia supercomputer’s help
Russia has developed an advanced autonomous drone, the MS001, powered by Nvidia’s Jetson Orin supercomputer, marking a significant shift in modern warfare. Unlike traditional drones that rely on pre-set coordinates or external commands, the MS001 independently processes thermal imaging, object recognition, and telemetry to detect, prioritize, and engage targets in real time—even under GPS jamming or electronic warfare conditions. Equipped with sophisticated onboard systems such as a spoof-resistant GPS module, adaptive logic chips, and swarm communication capabilities, the drone operates as a “digital predator” capable of coordinated swarm behavior and dynamic target selection, posing a serious challenge to existing air defense doctrines. This technological leap aligns with Russia’s strategic shift since early 2024 toward using UAVs for deep interdiction strikes against critical infrastructure and logistics far behind the front lines, aiming to disrupt Ukraine’s military and civilian systems. Despite U.S. sanctions banning advanced chip exports to Russia, Nvidia components continue to reach Russian forces via gray-market smuggling routes, enabling
robotdroneartificial-intelligenceautonomous-systemsNvidia-Jetson-OrinUAVelectronic-warfareViral video shows humanoid robot walking US streets like a star
The article highlights a recent viral video featuring Zion, a humanoid robot casually walking and interacting with pedestrians on Detroit’s 7 Mile Road. Developed by Art Cartwright, founder of Interactive Combat League, Zion was showcased as part of a promotional campaign for the upcoming RoboWar event. Zion’s lifelike movements and friendly handshakes amazed onlookers, sparking excitement and curiosity about the current state and future of robotics among everyday people, not just tech enthusiasts. The video quickly gained traction on social media, drawing comparisons to iconic sci-fi characters like Robocop and The Terminator, and confirming its authenticity through AI verification tools. Beyond the viral moment, Zion represents a broader vision to inspire younger generations about robotics and AI. Cartwright is actively mentoring Detroit youth, including 16-year-old Jacoby Wilson, in robotics technology, emphasizing accessibility and enthusiasm for innovation across all ages. This initiative aims to foster trust and interest in emerging technologies, signaling a cultural shift toward a more interactive, AI-driven future
robothumanoid-robotroboticsartificial-intelligenceautomationtechnology-innovationRoboWar-eventWaymo robotaxis are heading to Philadelphia and NYC
Waymo, the Alphabet-owned autonomous vehicle company, has initiated “road trips” to Philadelphia and New York City as part of its efforts to expand into Northeastern U.S. markets. These road trips involve deploying a small fleet of human-driven vehicles equipped with Waymo’s self-driving technology to map and test the cities’ complex driving environments. In Philadelphia, Waymo plans to operate vehicles across diverse neighborhoods and challenging areas such as downtown and freeways. In New York City, the company will manually drive cars in Manhattan, parts of Downtown Brooklyn, and nearby New Jersey cities like Jersey City and Hoboken, although it has not yet received regulatory approval to test fully autonomous vehicles there. While these exploratory trips do not guarantee an immediate commercial launch, they serve as critical data-gathering and AI refinement phases that have previously led to service rollouts, such as in Los Angeles. However, regulatory hurdles remain significant, especially in NYC, where current laws prohibit deploying driverless vehicles without a human in the front
robotautonomous-vehiclesWaymoself-driving-carsrobotaxiAI-driving-systemurban-mobilityAirbus equips A400M for drones, fire missions, and warzone jamming
Airbus is significantly upgrading its A400M tactical airlifter to enhance its versatility for modern military and crisis missions. The aircraft is being equipped with advanced broadband satellite communication systems to serve as a flying battlefield data hub, enabling large data transfers and real-time video feeds to mission commanders. This upgrade supports integration with the European Future Combat Air System (FCAS), allowing the A400M to act as a node in a shared Combat Cloud network. Additionally, the A400M is being tested as a drone mothership capable of carrying and deploying up to 50 small or 12 large drones, facilitating coordinated manned-unmanned operations well ahead of FCAS’s 2040 launch. Beyond communication and drone command roles, Airbus is enhancing the A400M’s electronic warfare capabilities. Twenty-three German A400Ms will receive Directional Infrared Countermeasures (DIRCM) to defend against infrared-guided missiles, and the aircraft is being explored as a stand-off jammer platform, leveraging its size
robotdrone-technologyelectronic-warfareIoTmilitary-communicationaerospace-technologyunmanned-systemsIndian drone developer Raphe mPhibr raises $100M - The Robot Report
Raphe mPhibr Pvt. Ltd., an Indian drone manufacturer based in Noida, recently raised $100 million in a Series B funding round led by General Catalyst, bringing its total equity funding to $145 million. Founded in 2017 by siblings Vikash Mishra (chairman) and Vivek Mishra (CEO), the company specializes in producing drones made from light carbon-fiber composites with high strength-to-weight ratios. Raphe mPhibr offers nine drone models with payload capacities ranging from 4.4 to 441 pounds (1.9 to 200 kg), capable of covering distances between 12 and 124 miles (19.3 to 200 km) and operating swarms of up to 100 drones. The company manufactures most components domestically, including batteries, flight controllers, and materials, and plans to produce radars and high-end cameras in-house within 18 months. With around 600 employees—150 focused on research and over 250 on production—
robotdronesUAVcarbon-fiber-compositesautopilot-systemsaerospace-manufacturingIndian-drone-industryTennis players criticize AI technology used by Wimbledon
Wimbledon introduced an AI-powered electronic line calling system (ELC) this year, replacing human line judges for the first time. However, several players have criticized the technology for making incorrect calls that affected match outcomes. British players Emma Raducanu and Jack Draper notably questioned the system's accuracy, with Raducanu highlighting a missed out call and Draper expressing doubts about the AI being "100 percent accurate." Other issues included the system nearly shutting down due to dimming sunlight during Ben Shelton’s match and difficulties for a deaf player who relied on human hand signals to follow points. A significant malfunction occurred during a match between Sonay Kartal and Anastasia Pavlyuchenkova when the AI failed to detect an out ball, forcing the umpire to intervene and replay the point. Wimbledon later apologized, citing a "human error" that accidentally turned off the technology. Despite the criticism, Debbie Jevans, chair of the All England Club, defended the move to AI line calling, noting
robotAI-technologyautomated-systemssports-technologyelectronic-line-callingWimbledontennis-AIWaymo starts robotaxi testing in Philadelphia and NYC
Waymo, the Alphabet-owned autonomous vehicle company, has begun testing its robotaxi technology in Philadelphia and New York City as part of its ongoing expansion into Northeastern U.S. markets. These "road trips" involve deploying a small fleet of human-driven vehicles equipped with Waymo’s self-driving system to map and gather data on complex urban environments. Following this, Waymo tests autonomous driving with a safety driver behind the wheel to refine its AI before any commercial launch. Previous road trips to cities like Houston, Orlando, and San Antonio have followed a similar pattern, with some, such as Santa Monica in Los Angeles County, leading to commercial robotaxi services. In Philadelphia, Waymo plans to operate in challenging areas including downtown, freeways, and diverse neighborhoods like North Central, Eastwick, and University City. In New York City, the company is currently driving manually in Manhattan and parts of Brooklyn, as well as mapping Jersey City and Hoboken in New Jersey. However, Waymo has not yet
robotautonomous-vehiclesWaymorobotaxiself-driving-carsAIurban-mobilityAt least 36 new tech unicorns were minted in 2025 so far
In 2025, at least 36 new tech startups have achieved unicorn status, each valued at over $1 billion, driven largely by the surge in AI-related investments. However, the wave of new unicorns also spans diverse sectors including satellite technology and blockchain-based trading platforms. Notable examples include Loft Orbital in the satellite space industry and Kalshi, a blockchain-based trading site valued at $2 billion. The data, compiled from Crunchbase and PitchBook and tracked by TechCrunch, highlights a dynamic startup ecosystem with significant venture capital backing from prominent investors such as Sequoia Capital, Andreessen Horowitz (a16z), and General Catalyst. Among the highlighted startups, Thinking Machines stands out with a remarkable $10 billion valuation following a $2 billion seed round, founded by OpenAI alumna Mira Murati. Other significant unicorns include Function ($2.5 billion valuation), Kalshi ($2 billion), and several companies valued between $1 billion and $1.6 billion,
robotAI-startupstechnology-unicornsventure-capitalinnovationtech-fundingstartup-ecosystemKorea's humanoid robot goes full beast mode in tough pull-up test
The Korea Atomic Energy Research Institute (KAERI) has released a new video demonstrating the impressive physical capabilities of its humanoid robot, ARMstrong Dex. This dual-arm, hydraulic-powered robot, roughly human-sized, successfully performed dead-hang pull-ups while carrying an additional 44-pound (20 kg) weight. The test was designed to evaluate joint torque, hydraulic performance, and mechanical stability—key factors for robots intended to operate in hazardous disaster zones where human responders face significant risks, such as radiation exposure or unstable structures. This demonstration builds on a previous showcase where the robot performed 88-pound (40 kg) arm curls, highlighting its strength beyond typical human limits. ARMstrong Dex aims to combine human-like dexterity with enhanced strength to perform complex tasks like climbing vertical ladders, hauling heavy equipment, and removing rubble in emergency scenarios. Its dual-arm hydraulic system enables both fine motor control and brute force, critical for manipulating valves, cutting pipes, or using fire-suppression tools in disaster relief or
robothumanoid-robotdisaster-responsehydraulic-powered-robotnuclear-decommissioningrobotic-strengthindustrial-roboticsWorld’s first garage-built humanoid robot open to creators worldwide
K-Scale Labs, led by CEO Benjamin Bolte, is developing the world’s first garage-built, open-source humanoid robot called the K-Bot, aimed at making advanced robotics accessible to everyday consumers rather than just large corporations. Operating from Bolte’s home with a small dedicated team, the startup envisions the K-Bot performing common household tasks such as toasting bread and mopping floors, thereby reducing manual labor. The initial version, launching in November 2025, will feature basic locomotion, balance control, voice commands, and app-based operation, with a goal of achieving near full autonomy by June 2028. The K-Bot stands 1.4 meters tall, weighs 34 kg, and can carry payloads up to 10 kg. It includes modular, upgradeable sensors and computing systems, RGB and stereo vision cameras, farfield microphones, stereo speakers, and a four-hour battery life. Priced starting at $10,999, it aims to disrupt
robothumanoid-robotopen-source-roboticsautomationpersonal-robotK-Botrobotics-startupJapan builds glove that steers drones remotely with hand gestures
Researchers at the University of Tokyo’s Dragon Lab have developed a novel teleoperation system that enables precise control of omnidirectional aerial drones using a data glove and hand gestures. This six degrees of freedom (6-DoF) system tracks the operator’s shoulder and hand movements, including finger flexion, to intuitively steer drones in complex environments. Unlike traditional joystick controls, this glove-based interface offers four distinct control modes—Spherical, Cartesian, Operation, and Locking—each designed for specific navigation or manipulation tasks. Operators switch modes seamlessly through recognized hand gestures, with visual cues displayed to reduce cognitive load and improve situational awareness. The system was validated through real-world tests involving obstacle avoidance, corridor navigation, and a valve-turning task, demonstrating smooth drone trajectory tracking with a latency of 0.3 to 0.5 seconds suitable for low-speed operations. Spherical Mode, which aligns drone movement with the operator’s arm direction, was found to be the most intuitive, though judging radial
robotdrone-controlteleoperationdata-glovehuman-machine-interfaceaerial-robotsgesture-recognitionGame controller steers cyborg beetles in lab disaster rescue test
Researchers at the University of Queensland have developed cyborg darkling beetles (Zophobas morio) equipped with removable microchip backpacks that enable remote guidance via video game controllers. These “cyborg insects” use electrodes to stimulate the beetle’s antennae or forewings, prompting movement in specific directions, including side-to-side and vertical climbing. The beetles’ natural ability to maneuver through complex, confined spaces such as rubble makes them ideal candidates for search and rescue missions following disasters like building collapses or mine cave-ins, potentially reducing survivor location times from days to hours. The research team, led by Dr. Thang Vo-Doan, emphasizes that these beetles combine biological advantages—such as active footpads and sensing capabilities—with programmable controls that do not affect their lifespan. Although early tests used wired power sources, the beetles have demonstrated the ability to carry batteries as heavy as themselves while climbing. Future developments aim to integrate miniature cameras and compact power systems to enhance the beet
robotcyborg-insectsremote-controldisaster-rescuemicrochip-backpacksbio-roboticssearch-and-rescue-technologyAutonomous eVTOL with 600-mile range can carry military cargo
A California-based company, MightyFly, has successfully demonstrated an autonomous hybrid-electric vertical takeoff and landing (eVTOL) cargo aircraft, the Cento, capable of carrying military cargo over a 600-mile range. The demonstration, conducted at New Jerusalem Airport for the U.S. Air Force, showcased the aircraft’s ability to autonomously load, secure, transport, unload, and manage packages without human intervention using its patented Autonomous Load Mastering System (ALMS). The Cento transported two large boxes across multiple destinations, highlighting its potential to expedite logistics and modernize cargo delivery. The Cento features a sleek design that enhances operational efficiency and accommodates a wide range of payload center of gravity variations, allowing flexibility in cargo types and configurations. Its ALMS enables autonomous opening and closing of cargo bay doors, internal package positioning and locking, and real-time weight and balance computations. This technology positions the Cento as a competitive platform for diverse sectors including defense, healthcare, retail, logistics, manufacturing, and
robotautonomous-vehicleseVTOLhybrid-electric-aircraftmilitary-logisticscargo-dronesadvanced-air-mobilitybinder releases M9 circular connectors for space-constrained applications - The Robot Report
Binder USA LP has expanded its circular connector portfolio with the introduction of the compact M9 Series, designed for space-constrained applications in industrial automation, medical technology, and test and measurement environments. The M9 connectors combine a robust, screw-locking design with versatile configurations, offering protection ratings from IP40 to IP67, shielded or unshielded options, and both field-wireable and overmolded versions. Available in metal or plastic housings with two to eight pins, the series includes models 702, 711, and 712, each tailored for different environmental and technical requirements, ensuring secure and stable connections even in harsh conditions involving vibration, moisture, or dust. The M9 Series is particularly suited for applications demanding reliable signal transmission within limited installation spaces, such as mobile diagnostic devices in medical technology, compact control units and sensor systems in industrial automation, and automated guided vehicles in logistics. Binder emphasizes the connectors’ proven reliability and versatility, supported by automated manufacturing processes and strict quality control
robotindustrial-automationcircular-connectorselectrical-connectionscompact-designIP67-protectionfactory-automationSecretly developed Needlefish set to advance autonomous sea defense
Ocean Infinity has officially launched the Needlefish, a high-speed autonomous Uncrewed Surface Vessel (USV), marking its entry into autonomous maritime patrol technology. Revealed at an event in Kuwait alongside the Kuwaiti Coast Guard (KCG), the Needlefish is a 46-foot catamaran jet boat capable of speeds up to 40 knots, equipped with specialized maritime surveillance sensors. Kuwait has purchased two vessels and twin remote control stations as part of a significant upgrade to its national security, integrating the Needlefish into a new maritime surveillance system covering 11,000 square kilometers of territorial waters. These vessels will be operated from newly established onshore Command Centers. The Needlefish is not a standalone system but a critical component of a comprehensive maritime surveillance network developed by SRT Marine Systems. It is fully integrated within the SRT C5iSR maritime surveillance system, which provides a broad security overview by leveraging Ocean Infinity’s advanced robotics, software, and marine intelligence technology. Ocean Infinity’s extensive experience operating
robotautonomous-vesselsmaritime-surveillanceunmanned-surface-vesselsmarine-roboticsIoTdefense-technologyUS firm's loitering munitions to be more effective with combat-proven tech
RTX, a Virginia-based defense company, is set to enhance its loitering munitions, sensors, and weapon systems by integrating Shield AI’s Hivemind, an AI-powered autonomy software. This integration will enable the first operational weapon powered by Networked Collaborative Autonomy (NCA), a technology that combines real-time coordination, resilience, and combat-proven firepower. The collaboration aims to deliver mission autonomy for intelligent, collaborative operations across various missions such as air defense breach, missile hunting, reconnaissance, and beyond-visual-range strikes. Notably, this development is fully funded by RTX and Shield AI without government investment. In addition to Hivemind, Shield AI will integrate its Visual Detection and Ranging (ViDAR) software with RTX’s Multi-Spectral Targeting System (MTS) to provide automated AI-based sensor autonomy against maritime and airborne swarm targets. This partnership aligns with Pentagon principles by ensuring the autonomous systems are reliable, traceable, governable, and secure.
robotautonomous-systemsAIdefense-technologynetworked-collaborative-autonomysensor-autonomymilitary-roboticsThis Chinese 'school' teaches robots to perform tasks using VR
A specialized robot training facility in Hefei, China, known as an embodied intelligent robot training environment, is pioneering the use of virtual reality (VR) to teach robots practical skills in real-world scenarios. Human trainers wearing VR headsets guide robot "students" through fine motor tasks such as picking up tools and tightening screws, with each robot receiving around 200 action sequences daily. This hands-on approach allows robots to gather physical data and develop machine learning models that enable them to generalize tasks beyond memorized motions, adapting to variable conditions like different screw types or uneven surfaces. The school serves as China’s first public robot training platform offering shared resources such as computing power, datasets, and realistic simulated environments, which are typically costly for smaller companies to develop independently. It supports multiple business models, allowing companies to co-run, operate independently, or purchase training services. By bridging the gap between simulated training and real-world performance, the initiative aims to accelerate the development of versatile autonomous robots capable of functioning effectively in logistics
robotrobotics-trainingvirtual-realitymachine-learningautomationindustrial-robotsrobot-educationDusty Robotics designs FieldPrinter 2 robot with PMD motion controllers - The Robot Report
Dusty Robotics, a startup based in Mountain View, California, has developed the FieldPrinter 2, an autonomous mobile robot (AMR) designed to map and mark 3D building designs onto 2D construction floors with high precision (0.0625-inch accuracy). This innovation addresses longstanding inefficiencies in the construction industry, where traditional manual layout methods—such as using tape measures, chalk lines, or total stations—often lead to errors, rework, and delays. By automating the marking process, the FieldPrinter 2 helps construction teams reduce reliance on physical blueprints and digital devices onsite, improving accuracy and workflow. A key component enabling the FieldPrinter 2's precise operation is the integration of Performance Motion Devices’ (PMD) ION/CME N-series motion controller-drives. These controllers power the robot’s two front brushless DC motors, providing advanced motion control, network connectivity, and onboard processing capabilities. The PMD controllers allow Dusty Robotics to overcome previous
robotautonomous-mobile-robotmotion-controllersconstruction-automationDusty-Roboticselectric-motorsAMR-technologyMIT’s AI-powered robot speeds up search for better solar materials
MIT researchers have developed an AI-powered autonomous robotic system that dramatically accelerates the measurement of photoconductivity—a key electrical property influencing the performance of semiconductor materials used in solar cells and electronics. The robot uses a probe to make contact-based measurements, guided by machine learning models imbued with domain knowledge from chemists and materials scientists. This enables it to identify optimal contact points on perovskite samples, a class of semiconductors relevant to photovoltaics, and efficiently plan the probe’s path to maximize data collection speed and accuracy. In a 24-hour test, the robot completed over 3,000 photoconductivity measurements, outperforming existing AI models in both precision and throughput by taking 125 unique measurements per hour. This rapid, autonomous approach allows scientists to quickly characterize new materials, potentially leading to the discovery of more efficient solar panel components. The research team, led by Professor Tonio Buonassisi, envisions creating fully autonomous laboratories that can accelerate materials discovery by combining fast
robotAIsolar-energysemiconductor-materialsphotoconductivityautonomous-systemsmaterials-scienceDrones obey F-16, F-15 pilots in USAF’s most advanced live tests yet
The US Air Force recently achieved a significant milestone in next-generation air combat by successfully demonstrating real-time manned-unmanned teaming during a high-fidelity training exercise at Eglin Air Force Base, Florida. In this test, pilots flying F-16C Fighting Falcon and F-15E Strike Eagle jets each controlled two semi-autonomous XQ-58A Valkyrie drones, marking one of the most advanced operational evaluations of autonomous collaborative platforms (ACPs) to date. These low-cost, runway-independent drones are designed to operate with high autonomy under human supervision, performing missions such as strike, surveillance, and electronic warfare in contested environments, thereby reducing pilot workload and increasing mission survivability while maintaining ethical control over lethal effects. Developed by Kratos Defense, the XQ-58A Valkyrie serves as a leading testbed for Collaborative Combat Aircraft (CCA) programs, featuring a combat radius over 2,000 nautical miles and modular payload capabilities. Unlike traditional UAVs, these
robotautonomous-dronesmilitary-technologymanned-unmanned-teamingartificial-intelligenceair-combat-systemsdefense-roboticsRobot boats turn deadly as Ukraine arms them with heavy bomber drones
Ukraine has advanced its naval drone capabilities by using uncrewed surface vessels (USVs), specifically the Magura V5, as mobile launch platforms for heavy quadcopter bomber drones. In a notable first, a Ukrainian naval drone boat successfully launched a heavy UAV during a maritime strike on July 1–2, 2025, targeting and destroying key components of the Russian Nebo-M radar system in occupied Crimea. This radar system is integral to Russia’s air defense, linked with S-300 and S-400 missile networks, and includes multiple truck-mounted radar arrays and a command post. The operation involved the drone boat approaching covertly, acting as a communications relay via satellite uplink, enabling remote control of the UAV deep inside enemy territory, which destroyed three critical radar elements. This strike exemplifies Ukraine’s evolving unmanned warfare doctrine, integrating sea-based drone carriers with airborne UAVs to extend operational reach and precision strike capabilities. Since early 2023, Ukraine’s Magura fleet has demonstrated
robotunmanned-surface-vehicledrone-technologymilitary-roboticsnaval-dronesUAVautonomous-systemsSEW-EURODRIVE now assembles planetary gear units in the U.S. - The Robot Report
SEW-EURODRIVE has expanded its U.S. manufacturing capabilities by beginning local assembly of its P2.e planetary gear units in Wellford, South Carolina. This move significantly reduces lead times to as short as six weeks for standard two- and three-stage ratios and about 12 weeks for custom options. The P2.e series is designed to deliver high torque (24.8 kNm to 124 kNm) in a compact footprint, featuring advanced cooling systems, durable direct bearing designs, and flexible motor mounting options. It supports a wide gear ratio range (15.2 to 332) and is suitable for heavy-duty applications across industries such as bulk material handling, steel, pulp and paper, oil and gas, power generation, and water treatment. Founded in 1931, SEW-EURODRIVE is a global leader in industrial automation with over 1,000 patents and a presence in more than 50 countries. The company emphasizes engineered solutions that enhance efficiency,
robotindustrial-automationplanetary-gear-unitsenergy-efficiencymanufacturingheavy-industriesmodular-drive-systemsUS Air Force to fly F-22 Raptors with first 'loyal wingman' drones
The US Air Force is set to enhance its fleet of F-22 Raptor stealth fighters by integrating them with "loyal wingman" drones, marking a significant advancement in manned-unmanned teaming capabilities. Beginning in Fiscal Year 2026, the Crewed Platform Integration (CPI) program will retrofit up to 142 combat-ready F-22s with tablet-based control kits, enabling pilots to command Collaborative Combat Aircraft (CCA) drones in real time during missions. These control systems, likely utilizing the secure Inter-Flight Data Link (IFDL), will allow seamless communication between the F-22 and its drone wingmen, enhancing operational flexibility and lethality. Parallel to this, the Air Force is investing $870 million in FY26 to develop and procure an initial fleet of 100 to 150 CCA drones, with plans to expand to over 1,000 air vehicles in future increments. Prototype drones under development include General Atomics’ YFQ-42A and And
robotdronesmilitary-technologyautonomous-systemsunmanned-aerial-vehiclesdefense-technologycollaborative-combat-aircraft10x efficient solar robot to build farms faster in Australia
Luminous Robotics Inc., a Boston-based company, has developed an AI-powered robot named LUMI designed to automate and significantly speed up solar panel installation. Backed by $4.9 million in funding from the Australian government’s $100 million Solar Scaleup Challenge, the LUMI robot will be deployed at two large-scale Australian solar farms: the 440MW Neoen Culcairn Solar Farm in New South Wales and the 250MW Engie Goorambat East Solar Farm in Victoria. The robot autonomously picks up and places 80-lb solar panels onto racks, enabling onsite workers to complete the securing process more quickly and safely. This technology aims to reduce manual labor, improve installation speed by up to 3.5 times, and lower costs. The deployment of a full fleet of five LUMI robots in Australia marks the first global large-scale use of this technology, with potential cost reductions on solar farm construction estimated at up to 6.2%. ARE
robotsolar-energyautomationrenewable-energyAIsolar-panelsconstruction-technologyTesla Sales Down 13% (... or 18%), Yet Shareholders Have Faith — CHARTS - CleanTechnica
The article highlights Tesla's challenging sales performance in the second quarter of 2025, with a 13% decline compared to Q2 2024 and an 18% drop compared to Q2 2023. Despite this downturn, Tesla’s stock price rose from $300 to $316, indicating that shareholders remain optimistic, possibly banking on future breakthroughs like robotaxis and robotics to revitalize the company. However, the sales figures reveal a concerning trend, especially for Tesla’s core models, the Model Y and Model 3, which saw a significant drop of nearly 50,000 units compared to Q2 2024. This decline is particularly notable given that production interruptions in January should have been resolved by Q2, yet sales failed to rebound strongly. Further compounding Tesla’s challenges is the underwhelming performance of the Model S, Model X, and Cybertruck segment. The Cybertruck, anticipated to drive high-volume sales, has not met expectations, with sales figures at their lowest
robotelectric-vehiclesTeslaautomotive-industryenergybattery-technologyEV-salesWorld's most advanced jet's fuselages now delivered every 30 hours
Northrop Grumman has significantly advanced the manufacturing of the F-35 Lightning II fighter jet by employing cutting-edge technologies at its Integrated Assembly Line (IAL) in Palmdale, California. The IAL produces the center fuselage—a critical airframe component common to all three F-35 variants—at an impressive rate of one every 30 hours. This component includes key features such as the bifurcated inlet system, internal weapons bay, fuel reservoir, and inflight operating doors, all essential to the aircraft’s stealth and operational capabilities. To date, over 1,400 center fuselages have been delivered, supporting both U.S. and international customers. The IAL is described as one of the most advanced military aircraft manufacturing facilities, integrating robotics, automation, and data-driven analytics to enhance production quality and efficiency while maintaining tight engineering tolerances. The facility handles all F-35 variants on a single line and incorporates technologies like automated guided vehicles, robotic drilling, and mold-in
robotautomationadvanced-manufacturingaerospace-materialsrobotics-in-manufacturingdefense-technologyautomated-guided-vehiclesFlying squirrels' scaly tails inspire next-gen bionic robots, drones
Researchers at Empa in Switzerland, in collaboration with the Max Planck Institute in Germany, have studied the unique tail mechanics of African scaly-tailed squirrels to inspire the development of next-generation bionic robots and drones. These squirrels possess thorn-covered scales on the underside of their tails, which provide exceptional grip and stability when clinging to smooth or uneven tree bark. While biologists had long suspected the scales aid in climbing, this study is the first to scientifically test and confirm their role in preventing slipping and enhancing stability. The research team used a combination of analytical models and physical replicas, including 3D-printed artificial squirrels with scaled tails and claws, to experimentally validate how these tail spines contribute to secure perching. Moving forward, the team plans to incorporate dynamic movement into their models to better understand how the scaly tail absorbs impact and stabilizes the squirrels during rapid or emergency landings, such as when evading predators mid-glide. Ultimately, these insights into natural locomotion could inform
robotbionic-robotsdronesbiomimicryrobotics-researchsoft-roboticsenergy-efficient-roboticsIntuitive Surgical obtains CE mark for da Vinci 5 robot - The Robot Report
Intuitive Surgical has received CE mark approval for its latest da Vinci 5 Surgical System, allowing its use for minimally invasive endoscopic procedures in both adult and pediatric patients across Europe. The system is designed for a range of surgeries including urologic, gynecologic, and general laparoscopic procedures within the abdominopelvic and thoracoscopic regions. The da Vinci 5 represents over a decade of development and is described as the company’s most advanced and integrated robotic platform, aiming to improve surgical outcomes, efficiency, and provide actionable insights for future minimally invasive care. The da Vinci 5 system features more than 150 enhancements over previous models, including new surgeon controllers, vibration and tremor controls, and Force Feedback-enabled technology. It offers the most realistic 3D vision system to date and an ergonomic surgeon console to support surgeon longevity. Operational improvements include greater surgeon autonomy, streamlined workflows with a universal user interface, and integrated dynamic assistance to automate certain tasks. The system also incorporates an intelligent
robotsurgical-robotda-Vinci-surgical-systemminimally-invasive-surgerymedical-roboticsrobotic-surgeryhealthcare-technologyAI can see whatever you want with US engineers' new attack technique
US engineers have developed a novel attack technique called RisingAttacK that can manipulate AI computer vision systems to control what the AI "sees." This method targets widely used vision models in applications such as autonomous vehicles, healthcare, and security, where AI accuracy is critical for safety. RisingAttacK works by identifying key visual features in an image and making minimal, targeted changes to those features, causing the AI to misinterpret or fail to detect objects that remain clearly visible to humans. For example, an AI might recognize a car in one image but fail to do so in a nearly identical altered image. The researchers tested RisingAttacK against four popular vision AI models—ResNet-50, DenseNet-121, ViTB, and DEiT-B—and found it effective in manipulating all of them. The technique highlights vulnerabilities in deep neural networks, particularly in the context of adversarial attacks where input data is subtly altered to deceive AI systems. The team is now exploring the applicability of this
robotAI-securityautonomous-vehiclescomputer-visionadversarial-attacksartificial-intelligencecybersecurityNew robot eyes respond to blinding light 5 times faster than humans
Researchers at Fuzhou University in China have developed a novel machine vision sensor that adapts to extreme lighting conditions about five times faster than the human eye, achieving adaptation in roughly 40 seconds. This sensor uses quantum dots—nano-sized semiconductors that efficiently convert light into electrical signals—engineered to trap and release electric charges in a manner analogous to how human eyes store light-sensitive pigments to adjust to darkness. The device’s layered structure, incorporating lead sulfide quantum dots with polymer and zinc oxide, enables rapid and energy-efficient adaptation to harsh light changes, mimicking key behaviors of human vision. Beyond speed, the sensor improves energy efficiency by filtering visual data at the source, reducing the computational load typical of conventional machine vision systems that process all data indiscriminately. This selective preprocessing is similar to the human retina’s function of focusing on relevant visual information, which could benefit applications like autonomous vehicles and robots operating in variable lighting environments. The research team plans to expand the technology by integrating larger sensor arrays
robotmachine-visionquantum-dotsnanomaterialsautonomous-vehiclesbio-inspired-technologyenergy-efficiencyGalbot picks up $153M to commercialize G1 semi-humanoid - The Robot Report
Galbot, a Beijing-based robotics startup founded in May 2023, has raised approximately $153 million (RMB 1.1 billion) in its latest funding round, bringing its total capital raised over the past two years to about $335 million. The company recently launched its flagship semi-humanoid robot, the G1, which features wheels and two arms designed to automate tasks such as inventory management, replenishment, delivery, and packaging. The G1 robot is capable of handling 5,000 different types of goods and can be deployed in new stores within a day. Currently, nearly 10 stores in Beijing use the robot, with plans to expand deployment to 100 stores nationwide within the year. Galbot’s technology is powered by three proprietary vision-language-action (VLA) models: GraspVLA, GroceryVLA, and TrackVLA. GraspVLA, pre-trained on synthetic data, enables zero-shot generalization for robotic grasping. GroceryVLA
robotartificial-intelligencesemi-humanoid-robotretail-automationvision-language-action-modelsautonomous-robotsrobotics-fundingEurope unveils 5th-gen battle tank plan to boost defense technology
Europe has initiated Project MARTE (Main ARmoured Tank of Europe), a multinational effort to develop the continent’s first fifth-generation Main Battle Tank (MBT). Supported by a €20 million grant from the European Defence Fund, MARTE aims to create a modular, highly digitalized armored platform designed for high-intensity, multi-domain combat environments. Coordinated by MARTE ARGE GbR—a joint venture between Germany’s KNDS Deutschland and Rheinmetall Landsysteme—the consortium includes 51 entities from 12 countries, encompassing major defense firms, tech companies, SMEs, and research institutions. The project is structured into five technical work packages led by key European defense companies, focusing on critical subsystems of the future tank. Central to MARTE’s design is a networked combat vehicle architecture featuring an open digital backbone that enables real-time data fusion, AI-assisted targeting, and secure, high-bandwidth communication compatible with NATO standards. The tank will incorporate AI-driven decision support to reduce crew workload and
robotenergymaterialshybrid-electric-propulsionAI-assisted-targetingmodular-armorautonomous-systemsIndonesia deploys humanoid robot cops to crack down on crime, drugs
Indonesia’s National Police (Polri) has introduced a fleet of advanced humanoid robots and robotic dogs as part of its modernization and technology integration efforts to combat crime and drug-related offenses. Unveiled during Polri’s 79th anniversary parade in Jakarta, the 25 robotic units are equipped with facial recognition, surveillance, and hazardous substance detection capabilities. These robots, dressed in police uniforms, are designed to assist in a variety of roles including traffic monitoring, bomb disposal, riot response, hostage negotiation, search and rescue, and forensic evidence collection. The robotic dogs, known as I-K9s, function similarly to traditional police dogs, enhancing operational safety and law enforcement efficiency. This deployment reflects a broader global trend of police forces incorporating robotic technology tailored to their specific needs. Countries like the United States, China, the UAE, Singapore, Japan, and the UK have integrated robots for tasks ranging from bomb disposal and crowd control to public interaction and surveillance. Indonesia’s initiative highlights its commitment to leveraging cutting
robothumanoid-robotsrobotic-policefacial-recognitionlaw-enforcement-technologyrobotic-dogspublic-safety-roboticsLuminous gets funding to bring LUMI solar construction robot to Australia - The Robot Report
Luminous Robotics Inc., a Boston-based startup founded in 2023, has developed LUMI, an AI-powered robot designed to automate solar panel installation without altering existing workflows. The robot can handle 80 lb. solar panels up to 3.5 times faster than traditional manual labor, which typically requires up to five workers, often under challenging conditions like high winds or heat. LUMI’s design allows it to pick up panels from the front or back, enabling seamless integration into current construction processes and minimizing project risks. The company has progressed rapidly, moving from concept to field deployment within 10 weeks for its first version and is now on its fourth iteration, focusing on modularity and scalability for broader production. Luminous recently secured $4.8 million in funding from the Australian Renewable Energy Agency (ARENA) as the first recipient of the Australian government’s $100 million Solar Scaleup Challenge. This funding supports the deployment of a fleet of five LUMI robots at two large Australian
robotsolar-energyrenewable-energysolar-panel-installationconstruction-automationartificial-intelligenceroboticsTesla FSD Drives Down Train Track, Waymo Gets Stuck In Intersection - CleanTechnica
The article highlights recent safety concerns involving two leading self-driving vehicle systems in the U.S.: Tesla’s Full Self Driving (FSD) and Waymo’s robotaxis. In Pennsylvania, a Tesla operating in FSD mode mistakenly identified railroad tracks as a drivable road, turning onto and driving along the tracks until it was struck by a train. Fortunately, the passengers recognized the danger and exited the vehicle before the collision. This incident raises questions about the readiness of Tesla’s FSD technology for widespread use, especially given that the National Highway Traffic Safety Administration has investigated nearly 500 crashes involving Tesla’s self-driving mode, including 13 fatalities. Meanwhile, in San Francisco, a Waymo robotaxi was observed stopping in the middle of an intersection and remaining stationary as traffic lights changed and cross-traffic, including a trolley, was blocked. The vehicle required remote intervention to be moved out of the intersection, even running a red light to resolve the situation. The cause of the robotaxi’s halt remains unclear
robotautonomous-vehiclesself-driving-carsTesla-FSDWaymorobotaxitransportation-technologyNew Advanced Service Robot Released
The article announces the release of RobotEra's new service robot model, the RobotEra Q5. This advanced robot features 44 degrees of freedom, allowing for highly flexible and precise movements. Additionally, it is equipped with a responsive conversational AI, enhancing its ability to interact naturally and effectively with humans. RobotEra aims for the Q5 to make a significant impact in the service robot industry by combining sophisticated mechanical capabilities with advanced communication technology. However, the article provides limited details beyond these key features, leaving specifics about its applications, availability, or pricing unclear.
robotservice-robotAIroboticsautomationadvanced-roboticsRobotEraAmazon launches new AI foundation model, deploys 1 millionth robot - The Robot Report
Amazon has reached a significant milestone by deploying its 1 millionth robot across its global fulfillment network, solidifying its position as the world’s largest operator and manufacturer of industrial mobile robots. This achievement builds on a robotics journey that began with the acquisition of Kiva Systems in 2012 and has since evolved to include advanced autonomous mobile robots (AMRs) like Proteus, Hercules, Pegasus, and Titan, capable of handling various inventory weights and tasks with precision navigation and safety around employees. Alongside this milestone, Amazon introduced DeepFleet, a generative AI foundation model designed to optimize the coordination and movement of its robotic fleet. DeepFleet acts like an intelligent traffic management system, improving robot travel times by 10%, reducing congestion, and enabling faster, more cost-effective package deliveries. This AI leverages Amazon’s extensive inventory data and AWS tools to enhance operational efficiency while supporting the company’s processing of billions of orders annually. Despite the increasing automation, Amazon emphasizes its commitment to workforce development, retraining
robotartificial-intelligenceautonomous-mobile-robotsindustrial-automationAmazon-RoboticsAI-foundation-modelwarehouse-automationCiv Robotics spots Series A funding for automated surveying - The Robot Report
Civ Robotics, a San Francisco-based company founded in 2018, has raised $7.5 million in Series A funding, bringing its total investment to $12.5 million. The company develops automated surveying robots called CivDots, unmanned ground vehicles designed to mark thousands of precise coordinates daily on large construction sites. CivDots can perform surveying tasks up to eight times faster than traditional methods with an accuracy of up to 8mm, reducing errors and improving efficiency. The technology requires no specialized expertise to operate and works effectively across challenging terrain and weather conditions. Civ Robotics aims to modernize the $3 trillion infrastructure construction industry, focusing on sectors such as renewable energy, solar farms, roadways, data centers, and power plants. Civ Robotics has deployed over 100 surveying robots globally, partnering with major firms like Bechtel, Signal Energy Constructors, and Trimble, signaling growing trust in automation within the historically slow-to-adopt construction sector. The company has contributed to the construction of
robotconstruction-automationsurveying-robotsrenewable-energysolar-powerunmanned-ground-vehiclesinfrastructure-technologyWorld’s first GPS-only satellite docking mission launched into orbit
The UND ROADS mission, a collaboration between AVS US, Cornell University, and the University of North Dakota, has successfully launched two small satellites aboard a SpaceX Falcon 9 rocket to attempt the world’s first fully autonomous docking between small spacecraft using only GPS signals. Building on Cornell’s earlier PAN project, which introduced affordable GPS-based satellite rendezvous concepts, the mission employs two CubeSats equipped with magnetic docking interfaces and differential GPS navigation. Unlike traditional docking systems that rely on expensive sensors and cameras, ROADS uses satellite navigation and inter-satellite communication exclusively, aiming to reduce the cost and complexity of future orbital servicing, inspection, and assembly. AVS US, marking its first full spacecraft development effort in the US as prime contractor, developed the satellites in under two years by combining Cornell’s foundational concept with its own spaceflight and servicing expertise. The spacecraft are now in low Earth orbit undergoing system verification, with rendezvous and docking planned later in 2025. A successful demonstration could have broad
robotIoTsatellite-navigationautonomous-dockingCubeSatspace-technologyGPS-based-dockingTiny spinal implant revives nerves in rats, hints at paralysis cure
Researchers at the University of Auckland have developed a tiny, ultra-thin spinal implant that delivers controlled electrical currents directly to the injury site in rats, successfully restoring movement and sensation after spinal cord injury. This implant works by reactivating natural electric fields that guide nerve growth and healing, a process crucial during early nervous system development but dormant in adults. Over a 12-week study, rats receiving daily electrical stimulation showed significant improvements in motor function and sensory response without inflammation or damage, highlighting both the treatment’s efficacy and safety. The study, published in Nature Communications and conducted in collaboration with Sweden’s Chalmers University of Technology, offers promising proof of concept that electrical stimulation could aid recovery from spinal cord injuries, which currently have no effective cure. Unlike humans, rats have some natural recovery ability, allowing researchers to compare outcomes with and without the implant. The next research phase will focus on optimizing stimulation parameters such as strength, frequency, and duration to refine the therapy for potential human application. Ultimately, this technology
robotmedical-implantspinal-cord-injuryneurostimulationbioelectronicsrehabilitation-technologyneural-engineering'Jake the Rizzbot' charms Austin with cowboy drip and Gen Z slang
“Jake the Rizzbot” is a humanoid robot gaining viral fame in Austin for its unique blend of cowboy style and Gen Z slang. The robot, a Unitree G1 model developed by China-based Unitree Robotics and released in May 2024, stands about 4 feet tall and weighs 77 pounds. While Jake’s movements are lifelike and AI-assisted, it is remotely controlled by a human operator who remains anonymous. Jake’s distinctive appearance includes a cowboy hat, silver chain, and Nike Dunks, and it engages passersby with confident walk and slang-filled greetings, often drawing crowds at popular Austin locations like Barton Creek Mall and downtown. Jake’s charm lies not only in its humanoid motion but also in its use of contemporary Gen Z and Gen Alpha vocabulary, which has sparked widespread amusement and curiosity on social media, with videos amassing millions of views. Despite occasional glitches such as battery issues and mixed public reactions—including a viral clip where Jake inadvertently upset a baby—the robot
robothumanoid-robotAI-avatarUnitree-Roboticsbipedal-robotremote-control-robotdeep-reinforcement-learningTesla sends driverless Model Y from factory to customer to promote its robotaxi tech
Tesla recently demonstrated a milestone in its autonomous driving technology by allowing a Model Y SUV to drive approximately 15 miles from its factory to a customer’s apartment in Austin, Texas, without a driver on board. CEO Elon Musk described this as the first “autonomous delivery” of a customer car. The vehicle was initially equipped with the same software used in Tesla’s limited robotaxi service launched in Austin but was downgraded upon delivery to the commercially available Full Self-Driving (FSD) software, which still requires driver supervision. Musk claimed no remote assistance was involved during the trip, which included complex maneuvers such as highway merges, right turns on red, roundabouts, and unprotected left turns, highlighting significant progress in Tesla’s self-driving capabilities. Despite this achievement, the demonstration raises several questions about the preparations and reliability of Tesla’s autonomous system. Tesla has a history of promoting ambitious self-driving claims, including a 2016 video that was later admitted to be staged and not representative of
robotautonomous-vehiclesTeslaself-driving-carsrobotaxiautomotive-technologydriverless-deliveryA comprehensive list of 2025 tech layoffs
The tech industry continues to experience significant layoffs in 2025, reflecting ongoing cost-cutting measures amid shifts toward AI and automation. According to an independent layoffs tracker, over 62,000 employees have been laid off across multiple months so far this year, with April seeing the highest number at more than 24,500 job cuts. Major companies affected include Rivian, Bumble, Google, Intel, Playtika, Airtime, Microsoft, Hims & Hers, Amazon, Chegg, Match, and CrowdStrike, among others. These layoffs span various divisions such as manufacturing, software engineering, product management, and marketing, signaling broad impacts across the tech sector. Notable examples include Bumble reducing its workforce by 30% to save $40 million annually and focus on new product development, Google downsizing its smart TV division by 25%, and Microsoft cutting over 6,500 jobs, about 3% of its global staff. Amazon has also reduced its workforce by approximately 27,
robotIoTenergylayoffstechnologyworkforce-reductionautomationThree powerhouses cover how to prepare now for your later-stage raise at TechCrunch Disrupt 2025
TechCrunch Disrupt 2025, taking place October 27–29 at Moscone West in San Francisco, will feature a crucial session on preparing for later-stage fundraising, specifically targeting founders aiming for significant funding rounds like Series C. The panel, scheduled for October 29 on the Builders Stage, emphasizes that successful late-stage capital raises require more than just strong revenue; founders must craft compelling narratives, monitor key metrics, and nurture investor relationships well in advance. This session promises practical frameworks and candid insights to help startups strategically position themselves for major funding. The panel includes three industry experts: Zeya Yang, a partner at IVP with a background in AI-native startups and product leadership; Lila Preston, head of growth equity at Generation Investment Management, known for scaling impact-driven companies globally; and Andrea Thomaz, CEO and co-founder of Diligent Robotics, who brings firsthand founder experience in AI and robotics innovation. Their combined perspectives offer a comprehensive guide for founders preparing to raise substantial capital. Att
robotAIautomationroboticshealthcare-roboticsstartup-fundingventure-capitalChina’s ‘slim-waisted’ humanoid robot debuts with human-like skills
China’s Robotera has unveiled the Q5 humanoid robot, a slim-waisted, 1650 mm tall machine weighing 70 kg, designed for practical deployment in sectors like healthcare, retail, tourism, and education. Featuring 44 degrees of freedom (DoF), including the highly dexterous 11-DoF XHAND Lite robotic hand, Q5 excels in precise manipulation and smooth navigation within complex indoor environments. Its compact size and fused LiDAR with stereo vision enable autonomous movement with minimal human oversight. The robot supports full-body teleoperation via VR and sensor gloves and interacts through AI-powered natural dialogue, facilitating responsive, context-aware communication. Powered by the EraAI platform, Q5 integrates a complete AI lifecycle from teleoperation data collection to model training and closed-loop learning, offering over four hours of runtime on a 60V supply. Its 7-DoF robotic arms have a reach extending beyond two meters, allowing it to handle objects at various heights safely and compliantly.
robothumanoid-robotAI-roboticsautonomous-navigationrobotic-manipulationteleoperationservice-robotsChina’s dice-rolling humanoid robot could serve tea, clean dishes
Chinese robotics company AI² Robotics has introduced the AlphaBot 2, a humanoid robot featuring embodied artificial intelligence (AI) that enables it to understand spoken commands, interact physically with its environment, and respond emotionally. Demonstrated at China’s Beyond Expo, AlphaBot 2 can play dice, press buttons, and give a thumbs-up when a human wins. Unlike traditional robots that require extensive programming, AlphaBot 2 learns new tasks from just 5 to 10 demonstrations, marking a significant advancement in robot adaptability. Currently, it is employed in industrial settings such as car factories for material handling and labeling, with plans to assist in luggage cart organization at major Chinese airports by late 2025. Looking ahead, AI² Robotics envisions AlphaBot 2 serving domestic roles, including making tea, cleaning dishes, and aiding elderly care, aiming to become a “robot for every family.” However, widespread home adoption faces challenges such as high costs—starting around $15,000 per unit—s
robothumanoid-robotAI-roboticsembodied-artificial-intelligencedomestic-robotsindustrial-robotsrobot-applicationsUS firm's construction robot works 8x faster with unmatched accuracy
Civ Robotics, a San Francisco-based company, has developed CivDot, an autonomous construction surveying robot that operates up to eight times faster than traditional methods while maintaining exceptional accuracy of up to 8mm. Designed as a rugged 4WD rover, CivDot can handle challenging terrains and harsh weather conditions, marking up to 3,000 points per day. Its ease of use requires no specialized expertise, enabling workers from diverse backgrounds to perform precise surveying tasks efficiently. The system pairs with a simple mission planner and leverages advanced GNSS technology, including compatibility with the Trimble R780 GNSS receiver and integration of IMU-based tilt correction, to deliver millimeter-level accuracy critical for projects like solar farms. Civ Robotics also offers CivDot+, a more advanced version equipped with dual-RTK, IMU, and a robotic arm, allowing a single operator to mark up to 1,200 points daily with tight tolerances ideal for complex construction projects. The technology supports a wide range of
robotconstruction-robotautonomous-surveyingGNSS-technologysolar-farm-constructionprecision-roboticsCiv-RoboticsNew York police could procure counter-drone system to tackle UAV menace
The New York Police Department (NYPD) is considering deploying an advanced counter-drone system called the Iron Drone Raider, developed by Maryland-based American Robotics, to address the growing problem of unauthorized and potentially hostile drones over the city. This system uses AI-powered interceptor drones that autonomously detect, track, and neutralize small hostile UAVs by capturing them with mesh nets and safely lowering them to the ground via parachutes. The entire process is automated, requiring no human pilot intervention, and can operate continuously, providing real-time video feeds to remote operators. This move comes amid a surge in drone incursions across the United States, including near sensitive sites such as military bases and nuclear power plants, with the FBI receiving over 5,000 drone sighting reports in late 2024 alone. While other counter-drone methods like laser weapons, bullets, hacking, or radio jamming exist, they tend to be more expensive and complex to maintain. The Iron Drone Raider system, costing under $200
robotdrone-technologyAIcounter-drone-systemautonomous-dronesUAV-interceptionsecurity-technologyAutonomous humanoid robot teams compete in China's soccer tournament
In Beijing, the final leg of the Robo League robot football (soccer) tournament featured four teams of fully autonomous humanoid robots competing without any human intervention. The championship was won by THU Robotics from Tsinghua University, who defeated the Mountain Sea team from China Agricultural University 5:3. Each team had three humanoid robots playing in two 10-minute halves, relying on AI, sensors, and optical cameras to detect the ball and navigate the field with over 90% accuracy. Despite some limitations such as dynamic obstacle avoidance, the robots demonstrated the ability to walk, run, kick, and make split-second decisions autonomously, marking the first fully autonomous AI robot football match held in China. This tournament serves as a precursor to the upcoming 2025 World Humanoid Robot Sports Games, scheduled for August 15 to 17 in Beijing, which will showcase 11 humanoid sport events modeled on traditional human competitions, including track and field, gymnastics, soccer, and synchronized dancing.
robothumanoid-robotsautonomous-robotsAI-roboticsrobot-soccerrobotics-competitionartificial-intelligenceTesla Model Y reaches customer's home from factory with no driver
Tesla has achieved a world first by completing an autonomous delivery of a Model Y vehicle from its Gigafactory in Texas to a customer’s home about 30 minutes away, with no driver or remote operator involved. The journey, which included navigating parking lots, city streets, and highways, was filmed and shared on Tesla’s social media platform X on June 28, 2025. This delivery utilized Tesla’s robotaxi technology, the same system intended for its public self-driving ride services. The event serves as both a demonstration of Tesla’s Full Self-Driving (FSD) capabilities and a strategic PR move to bolster confidence in the technology amid recent criticism and regulatory scrutiny. Despite the successful delivery, Tesla’s robotaxi program has faced challenges, including safety concerns highlighted by test videos showing issues such as difficulty stopping for school buses, misinterpreting emergency vehicles, and lane deviations. These incidents have attracted the attention of the U.S. National Highway Traffic Safety Administration (NHTSA), which is investigating
robotautonomous-vehiclesTeslarobotaxi-technologyself-driving-carslogistics-innovationFull-Self-Driving-systemWeek in Review: Meta’s AI recruiting blitz
The article "Week in Review: Meta’s AI recruiting blitz" summarizes key technology and business developments from the past week. Meta is aggressively expanding its AI superintelligence team by recruiting top talent, including Trapit Bansal, who previously contributed to OpenAI’s reasoning models. This move highlights Meta’s commitment to advancing AI capabilities by poaching experts from rival labs. Meanwhile, Travis Kalanick, co-founder of Uber, is reportedly attempting a return to autonomous vehicles by trying to acquire Pony AI’s U.S. operations with Uber’s support, signaling his renewed interest in self-driving technology after years focused on ghost kitchens. Other notable news includes a federal court ruling favoring AI companies’ ability to train on copyrighted books without permission, though legal battles continue over alleged unauthorized use by Anthropic. Google launched Doppl, an experimental app that uses a single photo to generate and animate fashion outfits, showcasing AI’s creative applications. JB Straubel’s Redwood Materials is innovating by repurposing retired EV
robotenergymaterialsautonomous-vehiclesEV-batteriesAI-data-centerclean-energyComau launches mobile robots, cobots, and exoskeletons at Automatica - The Robot Report
Comau S.p.A. introduced its new MyMR family of autonomous mobile robots (AMRs) at Automatica 2025 in Munich, marking its entry into the rapidly growing intralogistics automation market. The MyMR line features three models with payload capacities of 300, 500, and 1,500 kg, designed to address challenges such as labor shortages, material handling inefficiencies, and safety concerns across manufacturing, warehousing, and logistics environments. These AMRs offer advanced capabilities including intelligent fleet management, real-time obstacle avoidance, dynamic adaptation to layout changes without requiring fixed infrastructure, and the ability to convert between AMR and automated guided vehicle (AGV) modes, enhancing operational flexibility and uptime. In addition to the MyMR AMRs, Comau unveiled the MyCo family of collaborative robots (cobots), comprising six models with payloads from 3 to 15 kg and reach between 590 and 1,300 mm. These cobots are designed for versatile applications
robotautonomous-mobile-robotscobotsindustrial-automationintralogisticswarehouse-automationhuman-machine-collaborationUS: Dublin city to add AI-powered safety robot to boost public safety
The city of Dublin, Ohio, is set to deploy an AI-powered autonomous safety robot named Dubbot, developed by California-based Knightscope, to enhance public safety. Dubbot, a K5 Autonomous Security Robot, is equipped with advanced technologies including LiDAR, sonar, GPS, microphones, 360-degree cameras, and AI-driven analysis for continuous monitoring and proactive threat detection. Scheduled to begin operation in summer 2025, Dubbot will patrol high-traffic areas such as Riverside Crossing Park, operating in 12-hour shifts and autonomously returning to charging docks. It provides real-time video feeds to police control rooms and features two-way emergency communication and broadcast alert capabilities. Dublin officials emphasize that Dubbot will complement, not replace, human police personnel by expanding patrol coverage and presence in public spaces. The robot is part of a broader two-year public safety strategy that includes drones, body-worn cameras, and traffic monitoring tools, aiming to evaluate the impact of autonomous technologies on safety. Residents were involved
robotautonomous-robotAI-powered-robotpublic-safety-robotKnightscope-K5security-technologyAI-in-roboticsConcerns About "Double-Agent Lobbyists" For And Against Tesla - CleanTechnica
The article from CleanTechnica highlights growing concerns about "double-agent lobbyists" involved in efforts both supporting and opposing Tesla across various U.S. cities and states. Activists and local governments upset with Elon Musk’s political actions are pushing for measures that could hinder Tesla’s business, such as banning direct sales to customers and blocking Tesla’s robotaxi plans. Paradoxically, some of the lobbying firms hired to advocate against Tesla are the same ones Musk employs, raising potential conflicts of interest. James Browning, executive director of watchdog group F Minus, points out the irony and risks of local governments spending taxpayer money on firms that also represent Musk, suggesting this could undermine effective advocacy and democratic processes. The article further discusses the complexities of this situation, noting that while it is common for lobbying firms to represent opposing clients, the immense influence and demanding nature of Musk could pressure these firms to prioritize his interests. Browning argues that pressuring lobbyists to drop Musk as a client might strengthen their advocacy for local
robotTeslarobotaxilobbyingelectric-vehiclesautonomous-vehiclestransportation-technologyTesla launches Robotaxi service in Austin - The Robot Report
Tesla has officially launched its Robotaxi service in Austin, Texas, marking a key milestone in CEO Elon Musk’s vision for autonomous ride-hailing. The service operates a limited fleet of Tesla Model Y vehicles equipped with the company’s Full Self-Driving (FSD) software. Currently, rides are available only to a select group of investors and influencers, with operations limited to clear weather conditions but running both day and night. Passengers pay a flat fee of $4.20 per ride, and while the vehicles operate autonomously, a Tesla safety monitor is present in the passenger seat, with remote monitoring by the company. Early rider feedback highlights some operational challenges, including vehicles veering into oncoming traffic lanes and difficulties with drop-off zones and app-based pickup/dropoff pin settings. Despite these issues, most rider videos and reports have been positive. Tesla’s Robotaxi launch follows competitors like Waymo, Zoox, and Motional, which have been conducting their own autonomous ride-hailing services in cities
robotautonomous-vehiclesTeslarobotaxiself-driving-carsAItransportation-technologyBeep launches fully autonomous public transit system in Florida - The Robot Report
Beep Inc. is set to launch NAVI (Neighborhood Autonomous Vehicle Innovation), a fully autonomous public transit system in Jacksonville, Florida, starting June 30. The service will operate a customized fleet of 14 ADA-compliant, electric Ford E-Transit vehicles equipped with Oxa’s automated driving system. This initiative is part of Phase 1 of the Jacksonville Transportation Authority’s Ultimate Urban Circulator (U2C) program, covering a 3.5-mile route along the Bay Street Innovation Corridor with 12 stops aimed at revitalizing downtown Jacksonville. The vehicles will serve both public and private communities, with operations managed from JTA’s new Autonomous Innovation Center, aiming to improve transit efficiency, safety, and accessibility for first- and last-mile travel. Founded in 2018 and based in Orlando, Beep specializes in autonomous shuttle deployments, having managed 38 projects across nine states. Its AutonomOS platform supports vehicle supervision, fleet management, and workflow integration, enabling scalable transit services. In
robotautonomous-vehiclespublic-transitelectric-vehiclesautomated-driving-systemshared-mobilitytransportation-technologyTechCrunch Mobility: The Tesla robotaxi Rorschach test and Redwood’s next big act
The article from TechCrunch Mobility centers on Tesla’s recent limited rollout of its robotaxi service in Austin, marking a significant test of CEO Elon Musk’s vision for fully autonomous vehicles relying solely on cameras and end-to-end AI, contrasting with competitors like Waymo. Although the deployment is small-scale—with fewer than 20 vehicles operating in a confined area and safety drivers present—the public reaction has been highly polarized. Social media videos highlighted instances of questionable driving behavior, such as crossing double yellow lines and abrupt stops, fueling debate over Tesla’s readiness and Musk’s promises. The article suggests that after one week, the situation remains ambiguous, with much noise but little definitive evidence on the technology’s success or failure. Additionally, the piece touches on internal challenges at Tesla, including reports of upcoming layoffs following a year marked by executive departures and a tense work environment driven by production pressures, particularly around the Cybercab project. Meanwhile, in the broader autonomous vehicle sector, former Uber CEO Travis Kalanick is reportedly planning to
robotautonomous-vehiclesTeslarobotaxiAItransportation-technologyself-driving-carsDust-sized robots may soon clear sinus infections without antibiotics
Researchers from Guangxi University, Shenzhen University, and the Chinese University of Hong Kong have developed tiny, light-activated microrobots called CBMRs (copper single–atom–loaded bismuth oxoiodide photocatalytic microrobots) designed to treat bacterial sinus infections without antibiotics. These dust-sized robots can be injected into the sinus cavity via the nostrils and precisely guided by a magnetic field and a specially designed magnetically guided optical fiber. Once at the infection site, visible light activates the microrobots, enabling them to mechanically disrupt bacterial biofilms and generate antibacterial reactive oxygen species (ROS) that kill bacteria. This approach offers a noninvasive, drug-free alternative that minimizes antibiotic resistance and avoids the need for invasive surgery. Preclinical trials demonstrated the effectiveness of CBMRs in eliminating bacterial biofilms and clearing infections in animal models, including rabbits and pig sinuses, without causing tissue damage or side effects. The microrobots are naturally expelled
robotmicrorobotsmedical-roboticsantibacterial-technologysinus-infection-treatmentlight-activated-robotsbiomedical-engineeringChina: Humanoid robots to dribble, score goals in 3-on-3 soccer game
China is hosting a groundbreaking robotic soccer event featuring four teams of humanoid robots competing in the finals of the RoBoLeague World Robot Soccer League on June 28, 2025, in Beijing’s Yizhuang Development Zone. This event marks the first fully autonomous 3-on-3 humanoid robot soccer game, with matches consisting of two 10-minute halves. The robots, developed by leading institutions such as Tsinghua University and Beijing Information Science and Technology University, use advanced optical cameras and sensors to detect the ball up to 65 feet away with over 90% accuracy. They autonomously make real-time decisions—such as passing, dribbling, or shooting—through AI powered by deep reinforcement learning, showcasing agility, strategy, and endurance without human control. This soccer competition serves as a preview for the upcoming 2025 World Humanoid Robot Sports Games scheduled for August 15–17 in Beijing, which will feature 11 humanoid sports events modeled on traditional athletic competitions,
robothumanoid-robotsAIrobotics-soccerautonomous-robotsdeep-reinforcement-learningrobot-sportsEuropean Authorities Push Back On Tesla FSD - CleanTechnica
The article discusses the controversy surrounding Tesla's Full Self Driving (FSD) feature, particularly in Europe, where regulatory authorities are pushing back against Tesla's marketing and operational claims. Tesla markets FSD as a system requiring drivers to remain attentive, keep their hands on the wheel, and be ready to take control at any moment, which contrasts with many consumers' expectations of a fully autonomous driving experience. French authorities, specifically the DGCCRF, have found Tesla guilty of "deceptive commercial practices" related to FSD and other business practices, including issues with sales contracts and refund delays. Tesla has been given four months to address these concerns or face a daily fine of €50,000. The article also highlights Tesla's broader challenges in Europe, including stiff competition from European automakers and Chinese imports, as well as negative public perception linked to Elon Musk's controversial political activities. Musk is actively pressuring European regulators to approve FSD at a higher autonomy level, which would allow drivers to remove their
robotautonomous-vehiclesTeslaself-driving-technologyautomotive-technologyAI-in-transportationregulatory-complianceTesla Robotaxi Pilot, Big Tesla Sales Drop in Europe, BYD Growth & Profits — 15 Top Cleantech Stories of the Week - CleanTechnica
The article highlights several key developments in the cleantech sector over the past week. Tesla has initiated a small-scale robotaxi pilot in Austin, Texas, which has generated enthusiasm among fans, though some skepticism remains. Meanwhile, Tesla’s sales in Europe are declining despite local production of the Model Y at its German Gigafactory, raising concerns about the company's prospects in that market. In contrast, Waymo has launched robotaxi services in Atlanta exclusively through Uber, marking a notable partnership in autonomous ride-hailing. Ethiopia is reinforcing its commitment to electric vehicles by maintaining its ban on fossil-fueled vehicle imports, signaling a strong stance on clean transportation that could inspire other nations. The article also underscores the growing dominance of solar power combined with battery storage, with new reports suggesting that batteries are now affordable enough to enable nearly constant, cost-effective solar electricity supply in sunny regions. Chinese EV manufacturer BYD is thriving despite ongoing price wars, maintaining healthy profit margins and expanding aggressively into export markets like Thailand and Brazil
robotrobotaxiTeslaelectric-vehiclesenergy-storagesolar-powercleantechTravis Kalanick is trying to buy Pony.ai — and Uber might help
Uber founder Travis Kalanick is reportedly seeking to acquire Pony.ai, an autonomous vehicle startup valued at around $4.5 billion, with potential financial backing from investors and possible assistance from Uber itself. Pony.ai has been preparing its U.S. operations for a sale or spinoff since 2022, including developing a separate version of its source code. This acquisition would mark Kalanick’s return to the self-driving vehicle sector, which he left after being ousted from Uber in 2017. Kalanick’s departure coincided with Uber’s struggles in autonomous vehicle development, including a fatal accident involving one of its test vehicles in 2018. Subsequently, Uber sold its self-driving division to Aurora and shifted to partnerships with companies like Waymo for autonomous technology integration. Kalanick, who currently leads the ghost kitchen company CloudKitchens, would continue managing that business if he acquires Pony.ai. He has expressed that Uber was close to catching up with Waymo in autonomous tech
robotautonomous-vehiclesself-driving-carsroboticstransportation-technologyartificial-intelligencePony.aiTesla robotaxis glitch out in Austin, caught making wild errors
Tesla’s newly launched robotaxi service in Austin, Texas, has quickly come under scrutiny due to numerous videos showing erratic and unsafe driving behaviors within days of limited public testing. Incidents documented include driving on the wrong side of the road, abrupt “phantom braking” without clear cause, stopping in intersections, and failing to respond appropriately to other vehicles like reversing delivery trucks. Despite the presence of safety monitors in the front seats, these software glitches persist, raising concerns about the readiness of Tesla’s camera-only autonomous system. While some users report smooth rides without intervention, experts and observers highlight the frequency and severity of these errors as alarming for a service in its infancy. The City of Austin and Texas regulators are monitoring the situation closely, with the potential to impose stricter reporting requirements or revoke licenses if the robotaxis are deemed unsafe. Officials are working with Tesla to ensure police can safely interact with the vehicles, reflecting growing regulatory attention. Transportation experts warn that actions like dropping off passengers in the middle of busy
robotautonomous-vehiclesTeslarobotaxiself-driving-carsAItransportation-technologyDigital Teammate from Badger Technologies uses multipurpose robots - The Robot Report
Badger Technologies LLC recently launched its Digital Teammate platform, featuring autonomous mobile robots (AMRs) designed to work collaboratively with retail store associates to enhance productivity and operational efficiency. These multipurpose robots integrate computer vision and artificial intelligence to assist employees by automating tasks such as hazard detection, inventory monitoring, price accuracy, planogram compliance, and security. The platform aims to complement rather than replace human workers, providing critical data that improves store operations and customer shopping experiences. Badger emphasizes that the robots act as digital teammates, extending staff capabilities and enabling more meaningful human interactions. The Digital Teammate platform combines hardware and software, including RFID detection and retail media network advertising, to augment existing retail systems and data analytics. A mobile app delivers prioritized tasks and insights to all levels of retail staff, from floor associates to executives, facilitating data-driven decision-making without requiring users to become analysts. The robots help retailers "triangulate" data by comparing expected inventory with actual shelf conditions and support a persona-based
robotautonomous-mobile-robotsretail-automationartificial-intelligencecomputer-visioninventory-managementRFID-technologyIs Waymo Worth Way More Than $45 Billion In Midst Of Tesla Robotaxi Launch? - CleanTechnica
The article from CleanTechnica discusses whether Waymo’s valuation of $45 billion is significantly undervalued in light of Tesla’s recent robotaxi trial launch in Austin, Texas. Tesla’s robotaxi service is currently limited in scale and imperfect, raising questions about the sustainability of Tesla’s $1 trillion market capitalization, which heavily factors in autonomous driving technology. The article explores multiple scenarios: if Tesla’s robotaxi capability remains suboptimal and Waymo successfully scales and turns a profit, Waymo’s valuation could be too low. However, Waymo has yet to publicly demonstrate a clear path to massive profitability, which is crucial for justifying a higher valuation. Alternatively, if Tesla rapidly improves its robotaxi technology and expands to more markets, both companies could scale significantly, but profitability remains uncertain for the robotaxi business overall. The article also notes skepticism about Tesla dominating the market due to software limitations and potential customer hesitancy tied to Elon Musk’s reputation. While Tesla’s market cap may be inflated and
robotautonomous-vehiclesrobotaxiWaymoTeslaride-hailingtransportation-technologyFrance’s drone-killer gun fires up to take down UAV swarms in seconds
France’s new Rapidfire Land air defense system, developed by Thales and KNDS France in collaboration with the French Air and Space Force, is designed to counter modern aerial threats including drone swarms, light aircraft, helicopters, and rocket, artillery, and mortar (RAM) attacks. Central to the system is a 40mm Cased Telescoped Cannon, originally created for the Jaguar armored vehicle, which can carry 140 ready-to-fire rounds, enabling rapid engagement of multiple targets without reloading. A key upcoming feature is the integration of A3B airburst ammunition, set to become operational by 2027, which explodes mid-air to release tungsten sub-projectiles over a wide area, enhancing effectiveness against small and fast-moving threats. The Rapidfire Land system is semi-automated, requiring only two operators to manage weapon engagement and firing, and includes an advanced fire control system that continuously updates target locations for precise tracking and engagement up to 4 kilometers. It is offered in two
robotautonomous-weaponsdrone-defensemilitary-technologyair-defense-systemautomationadvanced-ammunitionUber has Atlanta’s autonomous ride-hailing and delivery market on lock
Uber has solidified its dominance in Atlanta’s autonomous ride-hailing and delivery market by partnering with Serve Robotics to introduce sidewalk delivery robots for Uber Eats customers. This launch marks Serve’s fourth commercial city after Los Angeles, Miami, and Dallas-Fort Worth. Unlike competitors focusing on college campuses, Serve targets urban environments, which CEO Ali Kashani believes present a more complex challenge and greater revenue potential. Uber currently operates an annual run rate of 1.5 million autonomous vehicle (AV) trips across its network, leveraging partnerships with 18 AV companies to maintain a first-mover advantage in consumer-facing autonomy. In Atlanta, Uber Eats customers can opt for robot deliveries across metro areas including Midtown, Old Fourth Ward, and Downtown, with service hours from 9 a.m. to 10 p.m. Participating restaurants include Rreal Tacos, Ponko Chicken, and Shake Shack. While Serve did not disclose the exact number of deployed robots at launch, it plans to expand beyond the approximately 100
robotautonomous-vehiclesdelivery-robotsUber-Eatsurban-mobilityServe-Roboticsautonomous-deliveryElon Musk reportedly fires Tesla’s top sales exec
Tesla’s Vice President Omead Afshar, who oversaw sales and manufacturing in North America and Europe, has been reportedly fired by Elon Musk, according to Forbes and Bloomberg News. Afshar was a close Musk confidant and had recently been involved in the limited rollout of Tesla’s robotaxi service in Austin, Texas. The reasons for his dismissal remain unclear, as neither Afshar, Musk, nor Tesla have commented. Afshar joined Tesla in 2017, contributed significantly to the construction of the Austin factory, and had previously faced an internal investigation related to a special material purchase for a glass building Musk wanted, which attracted scrutiny from the Department of Justice and SEC. Afshar’s departure coincides with a challenging period for Tesla, marked by a decline in sales—the first annual drop since Tesla began mass-producing electric vehicles over a decade ago. Sales struggles have persisted into 2025, with a 71% year-over-year profit drop in Q1 and a nearly
robotenergyelectric-vehiclesTeslamanufacturingsalesautomotive-technologyCanada’s new battle tech spots laser weapons before they strike
Canadian defense firm KWESST Micro Systems has secured a prototype order for its next-generation Battlefield Laser Detection System (BLDS) from a major North American armored vehicle program. The BLDS is designed to detect and alert operators to invisible laser threats such as laser range finders, target designators, and beam-riding munitions, providing earlier warning and enhancing battlefield survivability. This order marks KWESST’s first formal procurement of the updated BLDS and will support performance evaluations in diverse operational environments. The system is compact, cost-effective, scalable for both vehicle-mounted and soldier-worn applications, and optimized for future networked deployment to improve situational awareness across the battlespace. The increasing use of laser-guided weapon systems in modern conflicts, notably in Ukraine, has made laser threats a critical concern, as these systems are silent, invisible, and instantaneous, enabling enemies to designate targets without warning. KWESST’s BLDS addresses this vulnerability by giving warfighters crucial seconds of advance notice,
robotIoTdefense-technologylaser-detection-systembattlefield-technologynetworked-deploymenttactical-situational-awarenessUS Navy plans stealth robot submarine to deliver underwater firepower
The US Navy is advancing its autonomous undersea warfare capabilities through the Ocean Explorer (OEX) Large Unmanned Underwater Vehicle (LUUV) program, managed by the Office of Naval Research (ONR). The OEX aims to develop a next-generation, ultra-large autonomous submarine capable of long-endurance, ocean-scale missions with modular payload flexibility. Industry proposals are being solicited to design and prototype this robotic submarine, focusing on technical feasibility, mission adaptability, and integration into distributed maritime operations. The initiative emphasizes establishing logistics and support infrastructure for potential squadron-level deployments, with submissions due by October 2025. This effort complements other ongoing US undersea autonomy programs, including the Large Displacement Unmanned Underwater Vehicle (LDUUV) and the Extra Large Unmanned Undersea Vehicle (XLUUV) programs. The LDUUV focuses on modular, long-endurance systems for surveillance and payload delivery, involving companies like Kongsberg and Anduril. Meanwhile, Boeing
robotautonomous-underwater-vehicleunmanned-submarinemilitary-roboticsnaval-technologyunderwater-dronedefense-technologyAffordable, open-source humanoid robot for beginners unveiled in US
Berkeley engineers have introduced the Berkeley Humanoid Lite, an affordable, fully open-source humanoid robot aimed at beginners in robotics. Standing about one meter tall and weighing roughly 35 pounds (16 kilograms), the robot is constructed primarily from 3D-printed parts and off-the-shelf components, keeping the total cost under $5,000. Its modular design includes actuators with durable cycloidal gears that compensate for the lower strength of 3D-printed plastics, enhancing longevity and ease of maintenance. Users can easily source parts online or print replacements themselves, making the platform highly accessible for hobbyists, students, and educators without requiring specialized tools or equipment. The project addresses the common barriers in humanoid robotics, such as high costs and proprietary hardware/software that limit customization and repair. By providing full access to hardware designs, code, and training tools, Berkeley Humanoid Lite empowers users to build, modify, and improve humanoid systems from the ground up. Assembly typically takes about a week for
robothumanoid-robotopen-source-robotics3D-printed-robotmodular-actuatorsrobotics-educationaffordable-roboticsIndian drone startup Raphe mPhibr raises $100M as military UAV demand soars
Indian drone startup Raphe mPhibr has secured $100 million in an all-equity Series B funding round led by General Catalyst to enhance its research and development and expand local production amid rising military drone demand. The startup, founded in 2017 by siblings Vikash and Vivek Mishra, aims to bolster India’s indigenous drone capabilities in the face of increasing battlefield and border surveillance needs, especially following the India-Pakistan conflict that prompted India to triple its drone budget to $470 million. Raphe mPhibr currently offers nine drone models with payload capacities from 4.4 to 441 pounds and ranges of 12 to 124 miles, serving over 10 Indian government agencies, including the Army, Navy, Air Force, and various armed police forces. The company has grown from a small 2,000-square-foot research facility to a 650,000-square-foot combined research and manufacturing center, producing most drone components domestically such as flight controllers, batteries, and structural materials
robotdrone-technologymilitary-UAVunmanned-aerial-vehiclesdefense-technologydrone-manufacturingVTOL-aircraftA European Startup's Spacecraft Made It to Orbit. Now It's Lost at Sea
The Exploration Company, a European startup focused on developing orbital spacecraft, recently conducted a test flight of its 2.5-meter diameter demonstration vehicle, Mission Possible, launched aboard SpaceX's Transporter 14 mission. The flight achieved several key milestones: successful launch, nominal payload operation in orbit, stabilization after separation, reentry, and reestablishment of communication post-blackout. However, contact was lost shortly before the capsule's planned ocean touchdown, likely due to a failure in the deployment of its parachutes—critical for safe recovery. The parachutes, sourced from US-based Airborne Systems and with proven flight heritage, were expected to deploy between Mach 0.8 and Mach 0.6, but the vehicle was ultimately lost at sea, marking a partial failure in the mission’s recovery objective. Despite this setback, the company communicated transparently and promptly, acknowledging the partial success and ongoing investigation into the root cause. Mission Possible was developed rapidly and cost-effectively, with a budget of
robotautonomous-navigationspacecraftspaceflightparachute-deploymentorbital-flightaerospace-materialsNAU researchers release open-source exoskeleton framework - The Robot Report
Researchers at Northern Arizona University (NAU), led by associate professor Zach Lerner’s Biomechatronics Lab, have developed and released OpenExo, a comprehensive open-source robotic exoskeleton framework. This framework aims to lower the barriers to entry in exoskeleton development by providing free access to design files, code, and step-by-step building instructions for single- or multi-joint exoskeletons. OpenExo addresses the high costs, complexity, and interdisciplinary challenges involved in creating effective biomechanical exoskeletons, which traditionally require extensive trial, error, and collaboration across engineering, computer science, and physiology fields. Lerner’s team has a proven track record of applying exoskeleton technology to help children with cerebral palsy and patients with gait disorders, securing millions in grant funding and launching a spin-off company that brought a robotic ankle device to market. The lab has also been awarded nine patents related to exoskeleton development. By making OpenExo openly accessible, the
robotexoskeletonbiomechanicsrehabilitation-technologyopen-source-roboticswearable-roboticsassistive-technologyApptronik's 'superhuman'-like robots can transform heavy-duty works
Apptronik, a US robotics firm, has launched Elevate, an independent company focused on commercializing advanced multipurpose robots designed to perform heavy-duty industrial tasks beyond human capabilities. Elevate aims to transform industries such as manufacturing, construction, oil and gas, and elder care by deploying “superhuman” robots that are faster, stronger, and more capable than existing automation solutions. The company is led by CEO Paul Hvass and staffed by experienced roboticists and automation experts, leveraging nearly a decade of technological breakthroughs developed by Apptronik, including their humanoid robot Apollo. Apollo, Apptronik’s flagship humanoid robot, is notable for its modular design, safety features, and ability to operate in various environments such as warehouses and manufacturing plants. It supports high payloads, friendly human interaction, and can be mounted on different mobility platforms. Apollo’s hot-swappable battery packs enable continuous operation with minimal downtime. Elevate plans to build on this foundation to push the boundaries of mobile manipulation robotics,
robotroboticsautomationindustrial-robotshumanoid-robotsheavy-duty-roboticsrobotic-technologyIntel hits the brakes on its automotive business, and layoffs have started
Intel is shutting down its automotive architecture business and laying off most of its staff as part of a broader company restructuring aimed at refocusing on its core client and data center segments. The decision was communicated internally on June 25, 2025, with Intel emphasizing a commitment to a smooth transition for customers. While the automotive division was not a major revenue driver, it had been active in automated vehicle technology and software-defined vehicles, investing heavily since around 2015, including the $15.3 billion acquisition of Mobileye in 2017, which later became a publicly traded company with Intel as a major shareholder. Despite showcasing new AI-enhanced system-on-chip (SoC) technology for vehicles at CES 2025 and the Shanghai Auto Show earlier this year, the automotive business’s future appeared uncertain amid broader company challenges. New CEO Lip-Bu Tan had already warned of layoffs due to falling sales and a bleak outlook. The wind-down follows Intel’s recent announcement of layoffs in its Foundry division
robotautonomous-vehiclesautomotive-technologyAIsemiconductorsoftware-defined-vehiclesIntelNew solar-powered robot to clean up waste on Canada's beach parks
The article introduces BeBot, a new solar-powered, remote-controlled robot designed to clean beach parks in Ontario by sifting sand to remove debris such as plastic, metal, and glass. Developed through a partnership between the environmental nonprofit Pollution Probe and the Ontario Ministry of the Environment, Conservation and Parks, BeBot can clean up to 32,000 square feet per hour and operate for eight hours continuously. Its primary goal is to capture larger plastic waste before it breaks down into harmful microplastics that threaten aquatic wildlife and potentially enter human food chains. BeBot also collects data on the types and sources of plastic pollution, which can inform future policies and consumer behaviors. BeBot’s deployment began at Lake Simcoe’s Sibbald Point Provincial Park and will continue through several other provincial parks along the Great Lakes, including locations on Lakes Huron, Erie, and Ontario. Beyond its cleanup function, BeBot serves as a visible educational tool, engaging the public in conversations about plastic pollution and environmental responsibility. This
robotsolar-powered-robotenvironmental-cleanupplastic-pollutionmicroplastics-preventionautonomous-cleaningbeach-robotA beginner’s guide to safe human-robot collaboration - The Robot Report
The article "A beginner’s guide to safe human-robot collaboration" from The Robot Report emphasizes the critical role of robot safety standards in enabling peaceful and effective coexistence between humans and robots in various environments such as factories, warehouses, hospitals, and homes. These standards, developed over decades by global experts, provide structured guidelines for robot design, integration, operation, and maintenance to minimize risks of collisions and injuries. They specify safety measures including safe distances, speed limits, emergency stops, and risk assessments, creating predictable environments that foster trust in human-robot interactions. The global landscape of robot safety standards is complex, involving multiple standards bodies like ISO, Robotic Industries Association (A3), and European Standards (EN), with additional organizations in countries such as Japan, China, and India. Standards often have different names and enforcement practices depending on the region—for example, ISO 10218 is implemented under different codes in Europe, Japan, and the U.S., with varying degrees of mandatory compliance. Although achieving
robothuman-robot-collaborationrobot-safety-standardsindustrial-robotsISO-10218robot-integrationrobot-operation-safetyKodiak is using Vay’s remote driving tech in its self-driving trucks
Kodiak Robotics has integrated remote-driving technology from Berlin-based startup Vay into its self-driving trucks, enhancing operational safety and control. The partnership, ongoing since last year, supports Kodiak’s autonomous trucks currently operating for Atlas Energy Solutions in the Permian Basin and will be crucial for Kodiak’s planned commercial driverless deliveries on Texas public highways starting in late 2026. Vay’s teleoperations system allows a remotely located human operator to control Kodiak’s trucks in low-speed or complex scenarios, such as navigating construction zones, using a rig with steering controls and real-time communication. However, Kodiak’s proprietary “assisted autonomy” system remains in control, imposing limits on the remote driver’s inputs to ensure safe and consistent operation regardless of vehicle type or load. The collaboration originated from Kodiak’s 2022 U.S. Army contract, which required remote-driving capabilities for military vehicles in unpredictable environments. While Kodiak initially developed its own teleoperation technology, it ultimately partnered with Vay,
robotautonomous-vehiclesremote-drivingteleoperationsself-driving-trucksKodiak-Roboticsdriverless-technologyBulletproof robot joins Ukraine frontlines to haul gear, clear mines
Ukraine’s Ministry of Defense has officially approved the “Dodger,” a new bulletproof unmanned ground vehicle (UGV) designed by Ukrainian engineers to support frontline operations. The compact, wheeled Dodger can carry up to 250 kilograms (551 pounds) of cargo, primarily serving battlefield logistics by transporting ammunition, equipment, and supplies under fire. It is armored against small arms and battlefield debris, enabling it to operate safely in contested areas and reduce risks to human personnel. The Dodger also has adaptability for casualty evacuation missions, reflecting Ukraine’s broader strategy to automate logistics and combat support through unmanned systems amid the ongoing war with Russia. The introduction of the Dodger is part of a rapid expansion of Ukraine’s unmanned ground force, which by mid-2025 includes over 80 robotic systems across combat and support roles. These range from logistics drones to weaponized UGVs like the Termit (carrying 300 kilograms), the grenade-launcher-equipped Shablia, the flameth
robotunmanned-ground-vehiclemilitary-roboticsbattlefield-logisticsautonomous-systemsUkraine-defense-technologyrobotic-platformsMIT grads build smart tool to help test fighter jets, robots faster
Nominal, an MIT-founded startup led by Jason Hoch, Cameron McCord, and Bryce Strauss, has developed a smart software platform designed to help engineers manage and analyze complex data from hardware systems such as fighter jets, robots, rockets, and satellites. Their flagship product, Nominal Core, enables teams to organize, visualize, and securely share test and operational data from hundreds of sources in real time, allowing engineers to detect patterns, identify anomalies, and accelerate hardware development. The second product, Nominal Connect, facilitates building custom applications to automate and synchronize hardware systems. The platform addresses a critical bottleneck in hardware progress by providing actionable insights that help engineers understand system behavior and improve testing and validation processes. Nominal serves a broad range of industries including aerospace, defense, manufacturing, robotics, and even nuclear fusion, where its tools help predict component failures and optimize performance. The startup recently raised $75 million in a Series B funding round led by Sequoia Capital, which will be used to expand their
robotaerospacedata-analyticshardware-developmentsoftware-platformengineering-toolsdefense-technologyChina planning drone with robotic arm for Mars sample hunt, eyeing bio-safety
China’s Tianwen-3 mission, planned for launch in 2028 atop two Long March 5B rockets, aims to return Martian soil and rock samples to Earth by 2031, collecting at least 500 grams of material. A key innovation in this mission is the deployment of an uncrewed helicopter drone equipped with a robotic arm and claw, designed to fly up to 100 meters from the lander to retrieve larger, scientifically valuable rocks that may contain biosignatures. The lander itself will use a robotic arm to scoop surface material and a drill capable of extracting samples from depths of up to 2 meters, targeting areas potentially shielded from harsh surface radiation. This approach enhances sample diversity from a single landing site and marks China’s first use of a drone in planetary exploration. Given the mission’s focus on searching for signs of past or present life on Mars, the Chinese team is prioritizing bio-safety and planetary protection. They are developing a comprehensive sample preservation and analysis
robotdroneMars-explorationrobotic-armspace-technologyplanetary-protectionaerospace-engineeringWaymo Launches in Atlanta with Uber - CleanTechnica
Waymo has officially launched its autonomous vehicle (AV) service in Atlanta through an exclusive partnership with Uber, continuing its expansion strategy seen in cities like Austin, Texas. Instead of a distinct Waymo or robotaxi option, riders requesting UberX, Comfort, or Comfort Electric rides may be matched with a Waymo Jaguar I-PACE vehicle. Users can increase their chances of receiving a Waymo ride by opting in via the Uber app settings. The entire ride experience, including unlocking doors and starting trips, is integrated into the familiar Uber app, with 24/7 customer support available through both Uber and Waymo’s in-car interfaces. Safety remains a top priority for Waymo, which requires all AVs on the Uber network to meet stringent standards. With millions of fully autonomous miles driven on public roads, Waymo’s data indicates a reduction in traffic injuries in its operating areas. Currently, the service covers 65 square miles in Atlanta, with plans to expand over time. Waymo’s collaboration with
robotautonomous-vehiclesWaymoUberrobotaxielectric-vehiclestransportation-technologyUS startup unveils real-time tool that makes blood translucent
US startup Ocutrx Technologies has unveiled HemoLucence, a pioneering surgical imaging technology that renders blood translucent in real time, allowing surgeons to see through pooled blood without suction or irrigation. Integrated into the OR Bot 3D Surgical Microscope, HemoLucence uses AI-powered algorithms and advanced computational physics to visualize tissue and structures obscured by blood, successfully penetrating up to three millimeters of whole human blood in lab tests. The system collects and analyzes light from multiple angles, separating scattered light from absorbed light to reconstruct a clear 3D view of hidden anatomy, including vessels, nerves, bleed sites, and tumors. This breakthrough addresses a longstanding challenge in operating room imaging by enabling surgeons to see through blood during procedures, potentially enhancing surgical precision and safety. Medical advisors from leading hospitals have praised the technology for its potential to reduce reliance on traditional blood-clearing methods, shorten surgery times, and improve outcomes. However, HemoLucence remains a prototype awaiting patent approval and must undergo clinical trials
robotAIsurgical-technologymedical-imagingcomputational-physicsneural-networks3D-visualizationUR Studio simulator validates cobot setups before deployment
Universal Robots (UR) has launched UR Studio, a new online simulation tool designed to validate collaborative robot (cobot) setups before deployment. Built on UR’s open, AI-ready PolyScope X software platform, UR Studio enables users—including customers, partners, and integrators—to create accurate 1:1 virtual simulations of workcells. The tool allows testing of robot movements, reach, speed, workflow, and cycle time calculations, helping users optimize efficiency and performance. UR Studio supports interaction with UR’s robot portfolio and various components such as pallets, machines, workpieces, and end effectors, with options to customize or import elements to closely mimic real-world environments. This capability helps identify potential issues early, reducing downtime and costly adjustments. The simulator is free, browser-based with no installation needed, and currently offers templates for common applications like machine tending, screwdriving, palletizing, and pick-and-place, with plans to expand. UR Studio is initially available in English, with German, Spanish,
robotcollaborative-robotscobotsrobot-simulationautomationUR-Studioindustrial-robotsFeds question Ford in hands-free driving investigation
The National Highway Traffic Safety Administration (NHTSA) has intensified its investigation into Ford's hands-free driver-assistance system, BlueCruise, following two fatal crashes in early 2024 involving stationary vehicles. On June 18, the NHTSA’s Office of Defects Investigation (ODI) sent Ford a detailed letter containing 25 questions about BlueCruise, including requests for a list of equipped vehicles, internal documents related to the crashes, software development details, and any changes made to the system. This marks the first formal information request since the investigation was escalated to an “engineering analysis” in January—a necessary step before a potential recall can be mandated. Ford is cooperating with the investigation and must respond by August 6 or face civil penalties. BlueCruise is a hands-free driving system available on select Ford models such as the Explorer, Expedition, F-150, and Mustang Mach-E, designed for use on pre-mapped highways. It uses cameras, radar, and an
robotautonomous-vehiclesdriver-assistance-systemsBlueCruiseautomotive-technologysafety-investigationvehicle-sensorsHow Long Can Tesla Robotaxis Drive Around Breaking The Law? - CleanTechnica
Tesla’s robotaxi pilot program in Austin, Texas, faced serious challenges within its first 24 hours of operation, as one of its AI-driven cars committed multiple egregious traffic violations during a 22-minute drive. These violations went beyond minor infractions, involving blatant law-breaking that even provoked other drivers to honk in frustration. Given the small size of the trial fleet—reported to be between 5 and 35 vehicles—such significant errors on day one raise concerns about the readiness and reliability of Tesla’s Full Self-Driving (FSD) technology for robotaxi service, especially since the trial is geographically limited to an area where Tesla’s AI should be highly trained and prepared. The article highlights the troubling implications of these early failures, noting that only Tesla employees, investors, and superfans currently use the service, and negative incidents may be underreported. It questions whether authorities might intervene to halt the pilot due to safety concerns or if Tesla will continue the trial despite the risks. Possible
robotautonomous-vehiclesTeslarobotaxiAI-drivingself-driving-carsautonomous-transportationGoogle rolls out new Gemini model that can run on robots locally
Google DeepMind has introduced Gemini Robotics On-Device, a new language model designed to run locally on robots without needing an internet connection. This model builds on the previous Gemini Robotics version by enabling direct control of robot movements through natural language prompts, allowing developers to fine-tune it for various applications. According to Google, Gemini Robotics On-Device performs nearly as well as its cloud-based counterpart and surpasses other unnamed on-device models in general benchmarks. In demonstrations, robots equipped with this local model successfully performed tasks such as unzipping bags and folding clothes. Although initially trained for specific tasks, the model was later adapted to work on different robot platforms, including the bi-arm Franka FR3, which managed to handle new scenarios and objects it had not encountered before. Additionally, Google DeepMind is releasing tools that allow developers to train robots on new tasks by providing 50 to 100 demonstrations using the MuJoCo physics simulator. This development aligns with broader industry trends, as companies like Nvidia, Hug
robotroboticsAIon-device-AIGoogle-DeepMindGemini-Roboticsrobot-controlRobot dog to sniff out radiation at Spain’s defunct nuclear facility
A Boston Dynamics Spot robot dog is being customized to assist in the decommissioning of Spain’s Santa María de Garoña nuclear power plant, which has been shut down since 2012 and is undergoing a decade-long dismantling process managed by Spain’s radioactive waste agency, Enresa. The quadruped robot will be equipped with a high-precision robotic arm and advanced spectrometry tools to autonomously characterize materials, walls, and floors, providing real-time radioactive and structural data analysis. This system will be remotely operated via a cloud-based platform, reducing human exposure to hazardous environments while enhancing the accuracy and efficiency of the cleanup. The project, led by Grupo Dominguis Energy Services (GDES) and technology firm Alisys, includes the robot’s design, testing, commissioning, and training of Enresa personnel who will manage it on-site. The robot’s deployment aims to optimize identification of non-contaminated areas and improve the measurement and characterization of radioactive waste destined for disposal, reinforcing safety
robotroboticsnuclear-cleanupradiation-detectionautonomous-systemsenergymaterials-characterizationHow a data processing problem at Lyft became the basis for Eventual
Eventual originated from a data processing challenge encountered by Lyft engineers working with self-driving cars, which generate vast amounts of unstructured multimodal data—including 3D scans, images, text, and audio. Lyft lacked a unified tool to efficiently process these diverse data types, forcing engineers to rely on a complex and unreliable patchwork of open source solutions. Sidhu, Eventual’s CEO, and his co-founder Chia developed an internal multimodal data processing tool at Lyft, which inspired the creation of Eventual after Sidhu noticed demand for similar solutions during job interviews. Eventual’s flagship product, Daft, is a Python-native open source engine designed to process various data modalities quickly and reliably, aiming to revolutionize unstructured data infrastructure much like SQL did for tabular data. Founded in early 2022, before the widespread awareness of the multimodal data infrastructure gap and the rise of ChatGPT, Eventual has since gained traction across multiple industries beyond autonomous vehicles, including robotics, retail tech
robotautonomous-vehiclesdata-processingAI-applicationsmultimodal-dataopen-sourceEventualControl A Robot By Sitting In This Chair
The article introduces the Capsule Interface developed by H2L, a groundbreaking device that allows users to control a robot simply by sitting in a specialized chair. This innovation merges virtual reality and robotics, offering an immersive and intuitive way to operate robotic systems. The Capsule Interface captures the user's movements and intentions, translating them into precise robotic actions, potentially revolutionizing how humans interact with machines. While the article hints at the futuristic potential of the Capsule Interface, it does not provide detailed technical specifications or specific applications. However, it suggests that this technology could lead to significant advancements in fields such as remote operation, telepresence, and enhanced VR experiences, opening new possibilities for both entertainment and practical uses in robotics.
robotroboticsVR-interfacehuman-machine-interactionwearable-technologycontrol-systemsUber and Waymo’s commercial robotaxi service is open for business in Atlanta
Waymo and Uber have launched a commercial robotaxi service in Atlanta, allowing users to hail Waymo’s autonomous vehicles through the Uber app. The service initially covers about 65 square miles and features a hybrid model where robotaxis and human-driven cars operate together. Uber users can set preferences to increase their chances of being matched with a Waymo vehicle and have the option to accept or switch to a human-driven ride once matched. The robotaxi rides are priced equivalently to UberX and Uber Comfort options. The partnership leverages Uber’s expertise in vehicle maintenance, charging, cleaning, and app-based access management, while Waymo oversees the autonomous technology, operations, roadside assistance, and some rider support. Waymo’s fleet in Atlanta currently numbers in the dozens, with plans to expand to hundreds shared between Atlanta and Austin. This launch follows the earlier rollout of the “Waymo on Uber” service in Austin and aims to boost the companies’ autonomous ride volumes, complementing Waymo’s existing robotaxi
robotautonomous-vehiclesrobotaxiWaymoUbertransportation-technologymobility-servicesSpot robot dog inspects Cargill's food factory for safety hazards
Cargill, a major American food corporation, has deployed Spot, the robot dog developed by Boston Dynamics, to conduct safety inspections at its Amsterdam Multiseed plant. Spot’s role includes monitoring equipment, checking gauges, and identifying potential safety hazards such as debris, leaks, or improperly closed doors. Enhanced with Boston Dynamics’ AI system called Orbit, Spot captures images and analyzes them to flag issues that could disrupt factory operations. The robot also uses Site View to create panoramic images for plant managers to assess potential bottlenecks, enabling more proactive maintenance and safety management. This deployment is part of Cargill’s broader “Plant of the Future” initiative aimed at automating manufacturing processes to free human workers from routine tasks and focus on problem-solving and tactical decisions. By conducting frequent, consistent inspections, Spot helps improve workplace safety by identifying slip and trip hazards and ensuring safety equipment is in place and functional. Plant managers report that this shift from reactive to proactive monitoring enhances operational efficiency and safety, marking a significant
robotroboticsAIfactory-automationsafety-inspectionBoston-Dynamicssmart-manufacturingInbolt to bring its real-time robot guidance systems to the U.S., Japan - The Robot Report
Inbolt, a Paris-based developer of real-time robot guidance systems, is expanding its operations to the U.S. and Japan, aiming to replicate its European market success where it serves major manufacturers like Stellantis, Renault, Volkswagen, Ford, and Beko. Founded in 2019, Inbolt’s GuideNOW system combines a 3D camera, AI-driven real-time workpiece localization, and software integration to enable industrial robots to adapt dynamically to changing environments. The system supports fast part localization and trajectory adjustments, integrates with major robot brands (FANUC, ABB, KUKA, Universal Robots), and eliminates the need for costly sensors or rigid setups. Inbolt reports deployment in over 50 factories worldwide and claims significant customer benefits, including up to 97% reduction in downtime and 80% fewer part rejections. The company is accelerating its global expansion backed by a $17 million Series A funding round in 2024, establishing local teams in Detroit and Tokyo to tap into growing
robotindustrial-robotsAI3D-visionautomationmanufacturingreal-time-guidance-systemsTesla’s robotaxis have already caught the attention of federal safety regulators
Federal safety regulators, specifically the U.S. National Highway Traffic Safety Administration (NHTSA), have contacted Tesla following the launch of its branded robotaxi service in South Austin. This outreach came after numerous online videos appeared to show Tesla robotaxis violating traffic laws, including speeding and sudden, unexplained braking near police vehicles. NHTSA confirmed it is gathering additional information and emphasized its role in enforcing vehicle safety laws through a data-driven, risk-based investigative process, noting that it does not pre-approve new vehicle technologies but investigates potential safety defects after incidents are reported. Tesla’s robotaxi service, which began rides for invited customers, represents the first real-world test of the company’s autonomous vehicle technology. Unlike Tesla’s Full Self-Driving (FSD) software sold to vehicle owners—which requires driver supervision—the robotaxis use an unsupervised version of FSD, although Tesla has not disclosed specific software details. Despite the autonomous operation, a human safety monitor is present in the front passenger seat during rides
robotautonomous-vehiclesTeslarobotaxistransportation-technologyvehicle-safetydriver-assistance-systemsTesla Robotaxi Launch In Austin — The Sound Of One Hand Clapping - CleanTechnica
The article discusses the recent launch of Tesla’s Robotaxi service in Austin, Texas, which began on June 22, 2025, but is currently limited to select Tesla employees and retail investors. Tesla’s stock surged following the announcement, reflecting strong investor enthusiasm. However, early user videos reveal concerning behavior by the autonomous vehicles, including hesitation and unsafe lane changes at intersections, as well as instances of the cars exceeding posted speed limits. These incidents raise questions about the safety and decision-making logic of Tesla’s Full Self-Driving (FSD) system, especially its tendency to match the speed of surrounding traffic, which could lead to risky behavior if other drivers are reckless. Austin was chosen for the Robotaxi rollout partly due to Texas’s relatively lax regulations on autonomous vehicles, including restrictions on local governments’ ability to regulate their use. This regulatory environment has drawn criticism, with some community members and experts expressing concern about the rapid deployment of immature self-driving technology without sufficient oversight or public input. The city of
robotautonomous-vehiclesTeslarobotaxiself-driving-carsAI-driving-systemstransportation-technologyReinventing Urban Logistics: Honda’s Fastport eQuad & Fleet-as-a-Service Platform - CleanTechnica
Honda has launched Fastport, a new Fleet-as-a-Service (FaaS) company focused on addressing last-mile urban logistics challenges with its innovative Fastport eQuad vehicle. The eQuad is a compact, four-wheeled electric micromobility vehicle designed for bike-lane use, enabling efficient navigation through congested urban areas. It features a modular design with customizable vehicle lengths and interchangeable cargo containers to suit various delivery needs such as parcels, groceries, and small packages. Key attributes include a zero-emission powertrain powered by Honda’s swappable batteries, pedal-by-wire assist, regenerative braking, and two size variants to comply with regional regulations in North America and Europe. Beyond the vehicle, Fastport offers a comprehensive platform that includes vehicle leasing or ownership, battery management, maintenance services, connected software with AI-enhanced dashboards, over-the-air updates, and fleet optimization tools. This integrated approach aims to help businesses scale delivery operations sustainably and cost-effectively. The eQuad will be assembled in
robotenergyIoTelectric-vehicleurban-logisticsfleet-managementbattery-technologyAllSpice’s platform is the GitHub for electrical engineering teams
AllSpice is a startup creating a specialized collaboration platform tailored for electrical hardware engineering teams, addressing a gap not covered by general workflow tools like Slack or Google Docs, nor by software-focused platforms like GitHub. Their platform enables engineers to collaborate directly on hardware-specific documents such as PCB and electronic CAD files, allowing comments on precise design elements much like software engineers do with code on GitHub. The founders, drawing on their own engineering experience at Amazon and iRobot, designed AllSpice to integrate seamlessly with existing tools and workflows rather than replace them, ensuring it fits naturally into hardware teams’ processes. Since launching in 2022, initially targeting startups and small businesses, AllSpice has pivoted toward enterprise customers, securing clients like Blue Origin, Bose, and Tools for Humanity. The company recently raised $15 million in a Series A funding round led by Rethink Impact to expand its team and product capabilities. A key new feature is an AI agent tool, currently in closed beta, which
robotIoTelectrical-engineeringhardware-collaborationPCB-designelectronic-CADproduct-lifecycle-managementVolkswagen's 4-seat robotaxi with 27 sensors to hit US roads in 2026
Volkswagen has officially launched the production-ready ID. Buzz AD, a four-seat electric robotaxi equipped with 27 sensors—including 13 cameras, nine Lidars, and five radars—designed to compete with Tesla’s autonomous vehicles. Unlike Tesla’s current Level 2 autonomy, the ID. Buzz AD is built for SAE Level 4 autonomy, enabling fully driverless operation in designated areas without human intervention. The vehicle’s AI-powered control system, developed in partnership with Mobileye, processes real-time sensory data to handle various driving scenarios and emergencies. Additionally, the robotaxi includes remote monitoring capabilities and software certification, features Tesla has yet to achieve. Volkswagen offers the ID. Buzz AD as a turnkey Autonomous Driving Mobility-as-a-Service (AD MaaS) platform, which integrates fleet management, passenger assistance, and compatibility with third-party ride-hailing services. This comprehensive package allows businesses, cities, and fleet operators to deploy autonomous vehicle services without developing infrastructure or software from scratch. The van’s
robotautonomous-vehiclessensorsAIelectric-vehiclesmobility-as-a-serviceVolkswagenGerman drink-pouring humanoid robot butler eyes $1.2 billion push
German start-up NEURA Robotics is preparing to launch its cognitive humanoid robot and is seeking up to $1.2 billion in funding ahead of the official unveiling in Munich. Founded in 2019 and based in Metzingen, NEURA Robotics has already secured €120 million in investment and $1 billion in orders from major clients like Kawasaki Heavy Industries and Omron Corp. The company aims to bring humanoid robots into everyday homes and workplaces, with their robot capable of tasks such as pouring cocktails, ironing clothes, and making sandwiches. NEURA positions itself as Germany’s only humanoid robotics company and has experienced rapid growth, doubling its workforce and increasing revenue tenfold last year. The robot is powered by NEURA’s AI API, which supports multi-modal interaction including voice and gesture recognition, full cognitive capabilities from object detection to tracking, and decentralized swarm intelligence inspired by social insects. This technology enables groups of robots or algorithms to solve complex problems without centralized control. NEURA’s innovations place it among the
robothumanoid-robotcognitive-roboticsAI-roboticsNEURA-Roboticsindustrial-robotsdomestic-robotsWant to know where VCs are investing next? Be in the room at TechCrunch Disrupt 2025
TechCrunch Disrupt 2025, taking place October 27-29 at Moscone West in San Francisco, offers early-stage founders a valuable opportunity to hear directly from top venture capitalists about upcoming investment trends. A highlighted session on October 27 at 1:00 pm features Nina Achadjian (Index Ventures), Jerry Chen (Greylock), and Viviana Faga (Felicis), who will share their 2026 investment priorities across sectors such as AI, data, cloud, robotics, and more. These seasoned VCs will discuss emerging innovations and sectors attracting smart money, providing founders with insights into where venture capital is headed next. Each VC brings distinct expertise: Nina Achadjian focuses on automating overlooked functions and industries by replacing outdated tools, emphasizing founders with empathy, curiosity, and growth mindsets. Jerry Chen invests in product-driven founders working in AI, data, cloud infrastructure, and open-source technologies, leveraging his decade-long experience at VMware. Viviana Faga specializes
robotAIcloud-computingventure-capitalautomationenterprise-softwareSaaSUS Navy’s nuclear sub uses world’s 1st reusable spy robot underwater
The US Navy has successfully conducted the first-ever operational deployment of a reusable unmanned underwater vehicle (UUV), the Yellow Moray, launched and recovered via the torpedo tube of the Virginia-class nuclear attack submarine USS Delaware. This milestone, achieved in the US European Command area, demonstrates a significant advancement in undersea warfare by integrating robotic systems with manned submarines. The Yellow Moray, based on the proven REMUS 600 platform, autonomously executes missions such as seabed mapping, mine detection, and intelligence gathering, allowing submarines to extend their operational reach into shallow or hazardous areas without endangering crew or divers. During the deployment, the USS Delaware launched and recovered the Yellow Moray three times, with missions lasting 6 to 10 hours each, proving the robot’s reusability and operational flexibility. Despite initial setbacks during early trials in Norway, where a damaged part prevented recovery, the Navy quickly repaired and redeployed the robot successfully. Additionally, Navy divers demonstrated the ability
robotunderwater-robotunmanned-underwater-vehicleUUVmilitary-roboticssubmarine-technologyreusable-robotVideo: Korean humanoid robot pulls off 88lbs bicep curls like a pro
The Korea Atomic Energy Research Institute (KAERI) has developed a humanoid robot named ARMstrong Dex, designed primarily for disaster response and hazardous environments such as nuclear power plant dismantling. A recent video demonstration showcased the robot performing human-like bicep curls lifting approximately 88 pounds (40 kg) per arm, highlighting its strength, control, and mechanical stability. Although this test represents a fraction of its full lifting capacity—up to 441 pounds (200 kg) per arm—the exercise emphasizes the robot’s fine motor control and safe operation, crucial for handling delicate tasks in dangerous conditions. ARMstrong Dex is a human-sized, dual-arm hydraulic robot equipped with dexterous manipulators and caterpillar tracks for mobility across rough terrain. Its capabilities include manipulating valves, plugging cords, carrying debris, and operating tools such as spray guns, making it versatile for disaster relief and nuclear decontamination tasks. KAERI has licensed its technology to robotics firms for practical applications, and the robot serves as a research
robothumanoid-robotdisaster-responseheavy-lift-robothydraulic-robotnuclear-decommissioningrobotics-safetyNew capsule lets users teleport full‑body motion to robots remotely
H2L, a Tokyo-based company, has developed the Capsule Interface, a novel teleoperation system that uses advanced muscle displacement sensors to capture subtle shifts in muscle tension and intent in real time. Unlike traditional teleoperation methods relying on motion sensors (IMUs, exoskeletons, optical trackers), this muscle-centric approach enables humanoid robots to replicate not only a user’s movements but also the force and effort behind them. This results in more realistic, immersive, and emotionally resonant remote interactions, as robots can mirror the intensity of actions such as lifting heavy objects, enhancing haptic authenticity and a sense of embodiment. The Capsule Interface transforms the user’s body into a remote control for humanoid robots, allowing full-body motion and force transmission while the user remains seated or lying down. Equipped with speakers, a display, and muscle sensors, the system offers a low-effort, natural experience that can be integrated into everyday furniture like beds or chairs, avoiding the need for bulky equipment or extensive training.
robothumanoid-robotsteleoperationmuscle-sensorsremote-controlhuman-machine-interactionhaptic-feedbackElon Musk’s Tesla rolls out first robotaxi fleet in Austin trial
Elon Musk’s Tesla has officially launched its first robotaxi service in Austin, Texas, marking a significant milestone in the company’s push toward full vehicle autonomy. Beginning June 22, a limited fleet of 10 to 20 Model Y SUVs equipped with Tesla’s Full Self-Driving (FSD) software began operating within a geofenced area in South Austin. Customers can book rides via a dedicated app, paying a flat fee of $4.20 per trip. Despite the excitement, the rollout remains cautious: each vehicle includes a safety monitor in the front seat ready to take control if necessary, reflecting Tesla’s emphasis on safety amid evolving regulatory requirements, including a new Texas law mandating permits for self-driving cars starting September 1. Tesla’s approach relies on eight cameras per vehicle and does not use lidar or pre-mapped routes, which the company claims allows for scalable deployment in multiple cities without extensive infrastructure. Plans are already underway to expand robotaxi operations to San Francisco and Los Angeles.
robotautonomous-vehiclesTeslarobotaxiAIself-driving-carselectric-vehiclesTesla launches robotaxi rides in Austin with big promises and unanswered questions
Tesla has initiated a limited robotaxi service in Austin, deploying fully autonomous Model Y SUVs that operate without a driver behind the wheel but with a Tesla employee seated in the front passenger seat as a “safety monitor.” This marks a significant milestone nearly ten years after CEO Elon Musk first promised such a service. The rollout involves about 10 vehicles operating within a confined area of South Austin, offering rides at a flat rate of $4.20. Customers invited to participate have accessed the service via a new Tesla robotaxi app, with operations running daily from 6 a.m. to midnight, though service may be limited during bad weather. Despite the launch, many details remain unclear or undisclosed. Tesla has provided limited information compared to competitors like Waymo, which operates commercial robotaxis with more transparency. Observers have noted cautious vehicle behavior, such as sudden braking near police vehicles, but the reasons remain unexplained. Tesla has also resisted public records requests related to the service, citing confidentiality and trade secrets
robotautonomous-vehiclesTeslarobotaxiAIdriverless-carstransportation-technologyDriverless cars can now make better decisions, new technique validated
Researchers at North Carolina State University have validated a new technique to improve moral decision-making in driverless cars by applying the Agent-Deed-Consequences (ADC) model. This model assesses moral judgments based on three factors: the agent’s character or intent, the deed or action taken, and the consequences of that action. The study involved 274 professional philosophers who evaluated a range of low-stakes traffic scenarios, focusing on everyday driving decisions rather than high-profile ethical dilemmas like the trolley problem. The researchers aimed to collect quantifiable data on how people judge the morality of routine driving behaviors to better train autonomous vehicles (AVs) in making ethical choices. The study found that all three components of the ADC model significantly influenced moral judgments, with positive attributes in the agent, deed, and consequences leading to higher moral acceptability. Importantly, these findings were consistent across different ethical frameworks, including utilitarianism, deontology, and virtue ethics, suggesting a broad consensus on what constitutes moral behavior in traffic
robotautonomous-vehiclesAI-ethicsdriverless-carsmoral-decision-makingtraffic-safetyAI-trainingLevita Magnetics surgical robot receives expanded FDA clearance
Levita Magnetics has received expanded FDA 510(k) clearance for its MARS (magnetic-assisted robotic surgery) system, specifically for use in bariatric and hiatal hernia repair procedures. This expanded indication allows surgeons to treat obesity-related conditions more effectively by enabling simultaneous hiatal hernia repair during bariatric surgery. The system’s Dynamic Magnetic Positioning technology improves surgical access and visibility by retracting the liver in a less invasive manner, reducing the number of incisions needed during abdominal surgeries. Additionally, the FDA cleared Levita’s new 12.5 mm magnetic grasper, designed to enhance control and visualization in patients with high BMI or difficult-to-retract livers by allowing surgeons to grasp the liver more centrally. The MARS system represents a novel approach to robotic surgery by using magnetic forces to internally reposition organs, thereby increasing surgeon control during laparoscopic procedures. It is compact and compatible with existing operating rooms, building on the success of Levita’s earlier Magnetic Surgical System. A notable
robotsurgical-robotmagnetic-assisted-robotic-surgerymedical-roboticsFDA-clearanceminimally-invasive-surgeryrobotic-surgery-technologyVoliro brings in $23M to accelerate inspection drone development - The Robot Report
Voliro, a Swiss aerial robotics company, has raised an additional $11 million in its Series A funding round, bringing the total to $23 million. This capital injection aims to accelerate the development and global deployment of Voliro’s autonomous aerial inspection robots, designed to modernize infrastructure maintenance, improve industrial safety, and address workforce shortages in inspection fields. The company’s flagship product, the Voliro T platform, features a patented tiltable-rotor design and interchangeable sensor payloads, enabling scalable, data-driven inspections of hard-to-reach industrial assets such as flare stacks, storage tanks, wind turbine blades, and transmission towers. Voliro’s technology targets aging infrastructure, where traditional inspection methods are costly, infrequent, and risky. By enabling faster, safer, and more frequent inspections—such as performing wind turbine lightning protection system checks up to five times faster—Voliro helps reduce downtime and inspection costs by up to 50%. The company has established a global footprint with over 40 customers in
robotdroneaerial-roboticsindustrial-inspectionenergy-transitionwind-turbine-maintenanceautomationChinese military unveils mosquito-sized drones for battlefield missions
China’s National University of Defence Technology (NUDT) has developed a mosquito-sized drone designed primarily for covert military operations such as surveillance and reconnaissance in complex or sensitive environments. The drone mimics insect flight with two flapping leaflike wings and features three hair-thin legs for perching or landing, enabling it to operate discreetly in urban combat, search and rescue, or electronic surveillance scenarios. Its extremely compact size and advanced integration of power systems, control electronics, and sensors make it difficult to detect, though miniaturizing these components presents significant engineering challenges. This development reflects a broader global trend toward micro-UAVs, with countries like the U.S. and Norway also investing in similar technologies. For instance, Norway’s “Black Hornet” microdrone is already in use for close-range scouting, and its latest version boasts improved durability, range, and battery life. Beyond military uses, microdrones hold promise in various civilian fields, including medical applications like surgery and drug delivery, as
robotdronemicro-UAVmilitary-technologysurveillancereconnaissanceminiaturizationUS firms unveil sixth-gen F-47's wingmen drones at Paris Air Show
At the 2025 Paris Air Show, US defense firms Anduril Industries and General Atomics unveiled full-scale models of their autonomous loyal wingmen drones—YFQ-44A "Fury" and YFQ-42A respectively—designed to operate alongside the sixth-generation F-47 fighter jets currently under development by Boeing for the US Air Force. These drones, part of the Next-Generation Air Dominance (NGAD) program, are expected to have a combat radius exceeding 700 nautical miles and will be capable of air-to-air combat, reconnaissance, and other missions to extend the operational range and capabilities of manned aircraft. The Air Force plans to make a production decision by 2026, with around 1,000 drones operational by 2029, complementing over 185 F-47 fighters ordered for delivery in the 2030s. The development of these autonomous drones reflects a strategic focus on maintaining air superiority in the Indo-Pacific region amid rising tensions
robotautonomous-dronesmilitary-technologydefense-innovationair-combatunmanned-aerial-vehiclesUS-Air-ForceUS firm's autonomous jet shoots down aircraft with missiles in test
General Atomics successfully conducted a groundbreaking test of its MQ-20 Avenger autonomous drone on June 11, 2025, demonstrating advanced capabilities including dynamic midair station-keeping with multiple real aircraft and simulated missile engagements. The MQ-20 used government reference autonomy software alongside Shield AI’s Hivemind software to autonomously patrol a combat area, coordinate with human command, and intercept two live aircraft, culminating in a simulated successful missile strike. This test highlighted the drone’s ability to seamlessly transition mid-flight between different autonomy software suites without compromising stability or mission continuity. The exercise underscored the maturity of autonomous systems for future military platforms and emphasized the importance of adhering to standardized government reference architectures. Such standards enable interoperability between hardware and software from multiple vendors, preventing vendor lock-in and fostering a flexible “app store” model for autonomy capabilities. General Atomics stressed that this modular approach supports rapid integration, ongoing innovation, and faster deployment of autonomy features, aligning military technology development with the agility seen in
robotautonomous-dronesunmanned-aerial-vehiclesdefense-technologyAI-autonomymilitary-roboticssoftware-defined-missionsRobotaxi trial: How Tesla's advanced tech will ensure public safety
Tesla is launching a robotaxi trial in Austin starting June 22, 2025, deploying a small fleet of around 10 Model Y vehicles within a geofenced area. The service will operate daily from 6:00 AM to midnight, excluding airports and potentially limited by weather conditions. Access to the trial is invitation-only, primarily extended to Tesla investors and enthusiasts via the Robotaxi App, allowing users to request rides and provide feedback. To ensure safety, Tesla will implement teleoperation—remote human monitoring and control of vehicles—to manage unforeseen events and take control if necessary, especially during the early stages of deployment. While teleoperation is a common method used to supervise autonomous vehicles, experts caution about its reliability due to potential cellular network delays or disconnections, which could pose safety risks. Tesla plans to avoid the most challenging intersections in Austin during initial testing to mitigate risks. The company aims to expand the robotaxi service to other cities such as Los Angeles, San Antonio, and San Francisco by the
robotautonomous-vehiclesteleoperationTeslarobotaxiremote-monitoringself-driving-carsTechCrunch Mobility: Applied Intuition’s eye-popping valuation, the new age of micromobility, and Waymo’s wild week
The article from TechCrunch Mobility highlights several key developments in the autonomous vehicle and micromobility sectors. Waymo, the leading commercial robotaxi operator providing 250,000 paid rides weekly, has experienced a dynamic week marked by expansion and regulatory challenges. The company announced plans to extend its service area by 80 square miles across Los Angeles, the San Francisco Bay Area, and Silicon Valley, and is seeking permits to test autonomous vehicles in New York City. However, fully driverless operations in NYC will require changes in state law, signaling upcoming lobbying efforts. In investment news, Applied Intuition, a startup specializing in autonomous vehicle software such as simulation and data management tools, raised $500 million in a funding round co-led by BlackRock-managed funds and Kleiner Perkins, boosting its valuation to $15 billion—more than double its $6 billion valuation just a year prior. Other notable deals include Archer Aviation’s $850 million raise linked to a new eVTOL pilot program and Senra’s
robotautonomous-vehiclesrobotaximobility-technologyapplied-intuitionmicromobilityeVTOLIDS Imaging adds Sony Starvis 2 sensors to GigE uEye LE series
IDS Imaging Development Systems GmbH is set to expand its GigE uEye LE series of project cameras by introducing models equipped with Sony Starvis 2 sensors by the end of June 2025. These new single-board cameras, compliant with GigE Vision standards, are designed for high-volume, cost-sensitive industrial applications such as quality assurance, medical technology, and automation. The Starvis 2 sensors, based on CMOS technology, offer enhanced light sensitivity, reduced noise, and extended dynamic range, enabling consistent high-quality imaging even in low-light environments. The new camera models will feature sensor options including the IMX675 (5 MP), IMX676 (12.5 MP), and IMX678 (8 MP), with the 12.5 MP IMX676 sensor particularly suited for applications like microscopy due to its square 1/1.6″ sensor format. IDS emphasizes that these cameras maintain the GigE uEye LE family’s design-to-cost philosophy, making them suitable for integration into
robotindustrial-automationmachine-visionCMOS-sensorsimage-processingembedded-systemsquality-assuranceApplied Intuition raises $600M for autonomous driving tech
Applied Intuition, a company specializing in autonomous vehicle technology, has raised $600 million in a Series F funding round and tender offer, valuing the company at $15 billion. The funding will support the company’s next phase of growth, focusing on advancing vehicle intelligence, expanding its product offerings, and growing its global team. Co-founder and CEO Qasar Younis emphasized the company’s mission to integrate AI into various moving machines, including cars, trucks, drones, and factory equipment. The funding round was co-led by BlackRock-managed funds and Kleiner Perkins, with participation from both new and existing investors such as Franklin Templeton, Qatar Investment Authority, Fidelity, and General Catalyst. Since its Series E round in March 2024, Applied Intuition has made significant progress, including launching new AI-driven products, forming strategic partnerships with companies like OpenAI, TRATON, Isuzu, Porsche, and Audi, releasing an off-road autonomy stack, acquiring defense tech firm EpiSci,
robotautonomous-vehiclesAIvehicle-intelligencesoftware-defined-systemsdefense-technologyautomotive-technologyChina's autonomous trucks are powering the next generation of smart ports
China’s busiest ports have embraced fully autonomous logistics, replacing thousands of human drivers with driverless cargo vehicles (DCVs) and intelligent guided vehicles (IGVs). These autonomous trucks operate seamlessly alongside towering gantry cranes, transporting containers and bulk cargo efficiently without collisions, thanks to real-time route planning. Unlike the automated guided vehicles (AGVs) of the 1990s, which required expensive infrastructure upgrades, today’s DCVs and IGVs offer greater flexibility, cost-effectiveness, and easier integration, accelerating their adoption across China’s ports. Several factors drive this rapid transition: rising labor costs due to demographic shifts, increased cargo throughput from the Belt and Road Initiative, and China’s environmental commitments to peak carbon emissions by 2030 and carbon neutrality by 2060. These forces push ports to modernize sustainably and efficiently. The market for driverless port vehicles in China is projected to grow explosively, with compound annual growth rates exceeding 130% from 2021 to 2025 and remaining
robotautonomous-vehiclessmart-portslogistics-automationdriverless-trucksChina-technologyport-automationChina builds artillery-fired drones to strike 6 miles away in seconds
China has successfully developed and tested the world’s first artillery-fired drones, capable of striking targets up to six miles away within seconds. These drones are launched from 155mm artillery shells and can withstand extreme launch forces exceeding 3,000 times their weight, a feat comparable to the pressure of 35 adult African elephants on a human body. After over a decade of skepticism regarding the survivability of electronic components under such intense acceleration, Chinese military scientists overcame these challenges through innovative engineering and government-backed research. The breakthrough centers on a chip-free, mechanically reliable pyrotechnic separation device developed by the Shaanxi Applied Physics and Chemistry Research Institute, the Chinese Air Force, and defense contractor Norinco. This system uses an eight-stage chain reaction involving explosives, flame channels, and pressure chambers to eject the drone mid-flight, remove protective panels, and prepare it for operation—all without electronic controls. Built with hardened stainless steel and a “maze channel” design to control flame propagation, the mechanism reliably functions under
robotdrone-technologymilitary-dronesartillery-launched-dronesmechanical-systemsexplosive-propulsiondefense-technologyVolkswagen Teases ID. 2 R With In-Wheel Motors - CleanTechnica
Volkswagen is developing a high-performance version of its upcoming ID. 2 GTI electric hatchback, called the ID. 2 R, which will feature a powerful 395-horsepower powertrain. While the standard ID. 2 GTI will have a 285 hp front-wheel-drive motor, the ID. 2 R will add two in-wheel electric motors—one on each rear wheel—sourced from a specialist in the Balkans. This setup not only boosts acceleration but also enables advanced torque vectoring for precise cornering control, enhancing driving dynamics significantly. The use of in-wheel motors presents notable engineering advantages, such as simplified packaging without compromising interior space, since the motors are integrated directly into the wheels. This approach could be applied to Volkswagen’s MEB Small platform and potentially extended to the MEB Plus and upcoming SSP platforms. However, challenges remain, particularly the increase in unsprung weight, which can negatively affect ride quality and handling by requiring stronger suspension components. Despite these
robotelectric-vehiclesin-wheel-motorsautomotive-technologytorque-vectoringelectric-powertrainVolkswagen-ID-seriesShape-shifting soft robots offer 16 ways to simulate human touch
Engineers at EPFL’s Reconfigurable Robotics Lab have developed "Digits," a modular, shape-shifting soft robotic system that delivers realistic human touch through 16 distinct haptic modes. Powered by compressed air, Digits uses flexible joints and rigid links to change shape and tactile feedback, enabling vibrations, stiffness modulation, and dynamic responses. Two prototypes—TangiGlove, an exoskeleton for the hand, and TangiBall, a handheld module—demonstrate the system’s versatility by morphing into multiple shapes and providing nuanced tactile cues. This approach bridges the gap in haptic realism by combining open-chain and closed-chain robotic configurations, allowing complex interactions such as grasping and pressing that most existing devices cannot replicate. The Digits system is designed for user-friendliness, integrating with the open-source Feelix platform, which employs machine learning to generate intuitive, real-time haptic feedback without requiring users to write code. The pneumatic actuation underlying Digits offers precise control over shape
robotsoft-roboticshaptic-technologyvirtual-realitypneumatic-actuationmodular-robotstactile-feedbackReservoir Farms opens applications for inaugural cohort - The Robot Report
Reservoir Farms, an agricultural technology incubator located in California’s Salinas Valley, has opened applications for its inaugural cohort of 12 startups. The incubator aims to accelerate innovation in specialty crop production by connecting AgTech startups with growers, leveraging the expertise and network of the Western Growers Association’s 2,500 members. Supported by the Western Growers Association and established through a long-term lease with the Tanimura family and Tanimura & Antle, Reservoir Farms offers office and shop space, secure storage, and year-round test fields near some of the world’s most productive farmland in Salinas. The incubator provides startups with access to a fully equipped maker space featuring machine tools, welders, CNC routers, and 3D printers to facilitate rapid prototyping and in-field testing of robotic solutions. Focus areas include robotic harvesting, rugged mobility, machine vision, lightweight end effectors, modular field robotics, edge AI, and precision soil analytics. Reservoir Farms emphasizes a collaborative approach,
robotagroboticsagriculture-technologyprecision-farmingmachine-visionedge-AIrobotic-harvestingNew 3D-printed off-roading robot made from recycled materials
A European collaboration between Lemki Robotix (Ukraine), iSCALE 3D (Germany), and Zeykan Robotics (Czech Republic) has unveiled the world’s first fully 3D-printed autonomous off-road robot made entirely from recycled materials. The robot’s body, wheels, and rims are fabricated using reinforced recycled polymers—glass fiber-reinforced recycled polypropylene for the sealed body, puncture-proof recycled polyurethane for airless wheels, and carbon fiber-reinforced nylon for rims—ensuring durability in harsh outdoor environments. Equipped with 360° cameras, LiDAR, and Starlink satellite connectivity, it supports real-time remote operation and autonomous navigation via an onboard neural network, capable of functioning even in GPS-denied areas. Designed for challenging applications such as military logistics, search and rescue, precision agriculture, and infrastructure inspection, the hermetically sealed robot can cross shallow water and operate reliably in demanding conditions. This project exemplifies the potential of large-format 3D printing to
robot3D-printingrecycled-materialsautonomous-robotoff-road-robotsustainable-roboticsneural-networksStarship mishap: Elon Musk’s woes continue with huge explosion before flight 10
SpaceX experienced a significant setback when the upper stage of its Starship Ship 36 exploded on the launch pad during a static fire test on June 18, 2025, delaying the planned tenth flight of the Starship rocket. The explosion occurred about 30 minutes after the propellant loading began at the company’s Starbase facility in southern Texas. Despite the dramatic event, SpaceX confirmed that no personnel were injured and no nearby property was damaged. The incident adds to a series of explosive failures that have challenged the Starship program, which is designed to enable human missions to the Moon and Mars. This latest mishap raises concerns about the Starship program’s ability to meet its ambitious schedule, especially given its critical role in NASA’s Artemis missions. The Artemis 3 mission, currently slated for 2027, depends on a modified Starship Human Landing System to return humans to the Moon for the first time since 1972. Elon Musk had previously indicated plans for a robot-crewed Star
robotspace-explorationrocket-technologyaerospace-engineeringSpaceXMars-missionlunar-landerNvidia’s AI empire: A look at its top startup investments
Nvidia has dramatically expanded its influence in the AI sector by significantly increasing its investments in AI startups since the rise of ChatGPT and other generative AI services. The company’s revenue, profitability, and stock price have surged, enabling it to participate in 49 AI funding rounds in 2024 alone—up from 34 in 2023 and 38 combined over the previous four years. This surge includes investments made both directly and through its corporate venture capital arm, NVentures, which also ramped up activity from 2 deals in 2022 to 24 in 2024. Nvidia’s stated goal is to grow the AI ecosystem by backing startups it views as “game changers and market makers.” Among Nvidia’s most notable investments are several high-profile AI startups raising rounds exceeding $100 million. These include OpenAI, where Nvidia participated in a massive $6.6 billion round valuing the company at $157 billion, and Elon Musk’s xAI, which raised $6
robotAI-startupsautonomous-drivingNvidia-investmentshigh-performance-GPUsartificial-intelligenceself-learning-systemsUS surgeons perform robotic heart transplant with no chest incision
In a groundbreaking first for the United States, surgeons at Baylor St. Luke’s Medical Center in Houston successfully performed a fully robotic heart transplant without opening the chest or cutting through the breastbone. Conducted in early March 2025 on a 45-year-old man with advanced heart failure, the procedure utilized robotic tools to make small incisions and navigate through the preperitoneal space, enabling the removal of the diseased heart and implantation of the donor organ. This minimally invasive approach significantly reduced surgical trauma, blood loss, infection risk, and improved recovery by preserving the chest wall’s integrity. The robotic heart transplant marks a major advancement in transplant surgery, combining robotic precision with one of medicine’s most complex operations. Unlike traditional open-chest transplants, this method avoids bone cutting, which lowers the need for blood transfusions and reduces the risk of antibody development that can lead to organ rejection. The patient was discharged a month after surgery without complications, highlighting the potential for faster mobilization, better lung
robotrobotic-surgeryheart-transplantmedical-roboticsminimally-invasive-surgerysurgical-robothealthcare-technologySimbe, Coresight Research study finds retailers urgently need to reduce inefficiencies - The Robot Report
Simbe Robotics Inc. and Coresight Research released the “State of In-Store Retailing 2025” report, highlighting the urgent need for retailers to digitize stores through artificial intelligence and automation to address significant inefficiencies. Retailers currently lose $162.7 billion annually in margin due to in-store inefficiencies—a 27% increase from 2024—primarily driven by shrinkage, manual tasks, and employee turnover. Key operational challenges include promotion execution errors (39%), product pricing errors (37%), and misplaced or missing items on shelves (37%). Although 66% of retailers have begun adopting store intelligence technologies, only 20% have fully scaled these solutions, indicating substantial room for growth. Investment in store intelligence and automation technologies is rising sharply, with a 151% year-over-year increase in planned spending and notable adoption gains in shelf-digitization robotics. Simbe’s autonomous Tally robot exemplifies the benefits of automation, enabling retailers like ShopRite to reduce out
robotautomationretail-technologystore-intelligenceinventory-managementAI-in-retailautonomous-robotsRobots get brain-like navigation to run for days using 90% less power
Researchers at the QUT Centre for Robotics have developed a brain-inspired robot navigation system called Locational Encoding with Neuromorphic Systems (LENS) that operates using less than 10% of the energy required by conventional navigation systems. By mimicking the human brain’s efficient processing, LENS uses specialized algorithms that process information as electrical spikes, similar to neuronal signals. This neuromorphic computing approach drastically reduces the energy consumption for visual localization by up to 99%, enabling robots to operate longer and travel further on limited power supplies. The system demonstrated effective location recognition along an 8 km route while requiring only 180KB of storage, which is about 300 times smaller than traditional systems. LENS achieves its efficiency through a combination of advanced technologies, including an event camera that detects pixel-level brightness changes continuously rather than capturing full images, closely replicating human visual processing. This “movement-focused” data is then processed by a spiking neural network on a low-power chip within a compact system. Such
robotenergy-efficiencyneuromorphic-computingautonomous-navigationspiking-neural-networksevent-cameralow-power-roboticsColor-changing skins created for robots to react without wires, screens
Researchers at the University of Nebraska–Lincoln have developed stretchable, synthetic skins that mimic the color-changing abilities of cephalopods like squids and octopuses. These skins replicate chromatophores—pigment-filled sacs in cephalopod skin that change appearance when muscles spread the pigment—allowing the materials to dynamically alter color in response to environmental stimuli such as heat, light, pH, and humidity. Unlike traditional electronic displays, these autonomous materials operate without wires, rigid electronics, or user input, enabling soft, flexible devices that sense and react to their surroundings in real time. The technology holds significant promise for applications in soft robotics and wearable devices, where flexibility, adaptability, and water resistance are critical. By tuning the chemical composition, the skins can be programmed to respond to specific environmental triggers, potentially allowing a single wearable to monitor multiple parameters simultaneously. This innovation could replace conventional LED screens or fixed components in certain contexts, offering a new class of human-machine interfaces that display information through
robotmaterialssoft-roboticssynthetic-skinscolor-changing-materialswearable-technologystimuli-responsive-materialsWaymo has set its robotaxi sights on NYC
Waymo has applied for a permit with the New York City Department of Transportation to test its autonomous Jaguar I-Pace vehicles in Manhattan, marking its initial step toward introducing robotaxis in the city. The permit application aligns with New York’s stringent autonomous vehicle regulations, which require a human safety operator behind the wheel, a $5 million insurance policy, and thorough operator training. While obtaining this permit is significant, Waymo is still far from launching commercial or fully driverless operations in NYC due to current legal restrictions that mandate a human must be physically present and able to control the vehicle. To advance its goals, Waymo is actively advocating for changes in state law that would permit driverless vehicle operation without a human behind the wheel. The company is also building partnerships with local organizations such as MADD NY, YAI, the National Federation of the Blind, and Bronx Community College to foster goodwill and support. Despite previous attempts by other companies to test autonomous vehicles in NYC, none progressed beyond limited demonstrations. Way
robotautonomous-vehiclesWaymorobotaxiself-driving-carsurban-mobilitytransportation-technologyUS taps ‘struggling’ Boeing to turn dead F-16s into supersonic drones
Boeing has been awarded a $10.2 million contract modification, part of a $318.7 million effort, by the US Air Force to convert retired F-16 fighter jets into QF-16 full-scale aerial target drones. These supersonic drones will replace the aging QF-4 Phantoms, enhancing the realism of missile testing against modern fourth-generation aircraft. The work, conducted primarily at Boeing’s St. Louis avionics factory, involves installing telemetry, scoring systems, flight-termination safety gear, and uncrewed avionics. The Air Force plans to operate up to 210 QF-16s from Jacksonville, Florida, integrating them into the fleet by December 2026. This program continues a longstanding practice of converting manned fighters into uncrewed targets for live-fire exercises dating back to the 1960s. This contract win comes amid significant challenges for Boeing, which is facing scrutiny over recent safety incidents, including a fatal 2025 crash of
robotdronesaerospaceavionicsunmanned-systemsmilitary-technologyBoeingAmazon’s Zoox opens its first major robotaxi production facility
Amazon-owned autonomous vehicle company Zoox has inaugurated its first major production facility in Hayward, California, marking a significant milestone in its transition from development to commercial deployment. The 220,000-square-foot factory, located near Zoox’s Foster City headquarters, is designed for engineering, software and hardware integration, assembly, storage, and testing of its custom-built robotaxis. Zoox aims for the facility to eventually produce up to 10,000 robotaxis annually, supporting its expansion into multiple commercial markets. Currently, Zoox is testing vehicles in several U.S. cities and offering rides to employees in Las Vegas and San Francisco, with plans to launch an early-rider program for the public in 2026. The Hayward facility will initially support commercial operations in Las Vegas and San Francisco, with future rollouts planned for Austin and Miami. The factory employs a hybrid workforce of humans and robots, where human workers perform most tasks while robots handle specific functions such as adhesive application and vehicle transport along the
robotautonomous-vehiclesrobotaximanufacturingautomationAI-integrationtransportation-technologyUS scientists use machine learning for real-time crop disease alerts
Purdue University researchers are leveraging advanced AI and machine learning technologies to transform agriculture and environmental management. Their innovations include real-time crop disease detection using semi-supervised models that identify rare diseases from limited data, enabling faster outbreak responses and reduced chemical usage. These AI tools are designed to run efficiently on low-power devices such as drones and autonomous tractors, facilitating on-the-ground, real-time monitoring without relying on constant connectivity. Additionally, Purdue scientists are using AI to analyze urban ecosystems through remote sensing data and LiDAR imagery, uncovering patterns invisible to the naked eye to improve urban living conditions. In agriculture, AI is also being applied to enhance crop yield predictions and climate resilience. For example, machine learning ensembles simulate rice yields under future climate scenarios, improving accuracy significantly. Tools like the “Netflix for crops” platform recommend optimal crops based on soil and water data, aiding farmers and policymakers in making informed, data-driven decisions. Furthermore, Purdue developed an AI-powered medical robot capable of swimming inside a cow’s stomach to
robotAIagriculture-technologymachine-learningmedical-robotscrop-disease-detectionenvironmental-monitoringWeRide Partners with Uber to Provide Robotaxis in Dubai - CleanTechnica
WeRide, a company developing autonomous vehicle technology, has signed a Memorandum of Understanding (MoU) with Dubai’s Roads and Transport Authority (RTA) and Uber to advance robotaxi services in Dubai. This partnership aims to support Dubai’s ambitious goal of making 25% of all transportation trips autonomous by 2030, aligning with the city’s Smart Self-Driving Transport Strategy. The initial phase will involve pilot operations with safety drivers onboard, with plans to launch autonomous vehicle services in Dubai by 2025, starting with WeRide as Uber’s first technology partner in the region. The collaboration highlights Dubai’s commitment to becoming a global leader in smart, sustainable mobility by embracing cutting-edge technologies. WeRide, which already holds autonomous driving permits in China, the USA, the UAE, Singapore, and France, is accelerating its international expansion with the Middle East as a strategic priority. While WeRide’s autonomous vehicle operations remain relatively small compared to competitors like Waymo in the US and several Chinese companies
robotautonomous-vehiclesrobotaxissmart-transportationDubaiUbermobility-innovationWaymo Robotaxi Stops for Kids Chasing Dogs Chasing Ball into Street - CleanTechnica
The article highlights a notable incident involving a Waymo robotaxi in California, which safely stopped to avoid hitting two small dogs chasing a ball into the street, followed by children chasing the dogs. Despite poor visibility and visual obstructions from parked vehicles, the autonomous vehicle detected the dogs early and braked suddenly, demonstrating impressive situational awareness and reaction capabilities. The author emphasizes that such a response might not be guaranteed from a human driver or other self-driving systems, underscoring Waymo’s advanced safety features. Additionally, the article praises Waymo’s visualization technology, which clearly displays detailed silhouettes of pedestrians and animals, providing transparency into what the vehicle’s sensors detect. Dmitri Dolgov, Waymo’s co-CEO, shared an alternative view of the incident, reflecting the company’s pride in their system’s safety performance. Overall, the event serves as a strong example of Waymo’s progress in developing autonomous vehicles that prioritize safety and can handle complex, real-world scenarios effectively.
robotautonomous-vehiclesWaymoself-driving-carsroboticsAI-vision-systemstransportation-technologyWaymo Grows Again - CleanTechnica
Waymo is significantly expanding its robotaxi services across California, extending coverage in the Bay Area to cities like South San Francisco, San Bruno, Millbrae, Burlingame, Brisbane, and Menlo Park, with further expansion planned in the Los Angeles metro area including Silverlake, Inglewood, and Downtown LA. This expansion marks a substantial growth in Waymo’s service footprint, suggesting the company is poised to increase ride volumes considerably. Additionally, Waymo is preparing to launch its robotaxi service in Atlanta this summer in partnership with Uber, further broadening its national presence. Beyond California, Waymo is actively testing and demonstrating its autonomous driving technology across the U.S., with recent stops in cities such as San Antonio, Houston, and Orlando as part of its 2025 road trip initiative. The company’s rapid growth contrasts with earlier slower progress and raises questions about the potential for exponential scaling of robotaxi services. The article also briefly touches on Tesla’s delayed robotaxi launch in Austin,
robotautonomous-vehiclesWaymorobotaxitransportation-technologyself-driving-carsmobility-innovationA comprehensive list of 2025 tech layoffs
The article provides a detailed overview of the ongoing wave of tech layoffs in 2025, highlighting the significant impact on the industry and workforce amid growing adoption of AI and automation. It tracks layoffs across numerous companies, noting monthly totals such as over 24,500 employees laid off in April and 10,397 in May. The piece underscores the human cost of these cutbacks while also suggesting potential implications for innovation in the tech sector. Several major companies are featured with specific layoff figures and contexts. Microsoft announced cuts exceeding 6,500 jobs, representing about 3% of its global workforce of 228,000, marking one of its largest layoffs since 2023. Amazon has reduced its workforce by approximately 27,000 since 2022, including around 100 layoffs in its devices and services division. Other notable layoffs include Chegg cutting 248 employees (22% of its staff) due to declining web traffic amid AI competition, CrowdStrike reducing about 500 roles as part of
robotIoTenergysemiconductorstech-layoffsworkforce-reductionautomationHumanoid robot uses NVIDIA tech to run real-world factory operations
Hexagon, in partnership with NVIDIA, has developed AEON, a humanoid robot designed to perform complex industrial tasks such as machine operation, part sorting, inspection, and asset scanning. AEON targets sectors like manufacturing, transportation, aerospace, and logistics, aiming to enhance precision and reduce human error in dynamic factory environments. The robot integrates advanced mechatronics, multimodal sensor fusion, and real-time AI to function as a flexible, autonomous industrial assistant. AEON’s development was accelerated through extensive simulation training using NVIDIA’s Isaac platform, enabling it to acquire navigation and manipulation skills within weeks rather than months. It operates on NVIDIA’s robotics stack, including Jetson Orin computers for real-time decision-making, with plans to upgrade to the IGX Thor platform to improve collaborative safety. The robot also leverages NVIDIA’s Isaac GR00T foundation model and Mimic tools to learn from human demonstrations and generate synthetic motion data, expanding its capabilities. A key feature of AEON is its ability to capture physical
robothumanoid-robotindustrial-automationNVIDIA-AIrobotics-simulationfactory-operationsAI-roboticsTesla Phantom Braking & Pedestrian Safety Concerns Continue - CleanTechnica
Tesla plans to launch its robotaxi service in Austin, Texas, imminently, using a small fleet of Model Ys equipped with its Full Self Driving (FSD) Unsupervised software. However, details about how this software differs from the current FSD version available to owners remain unclear. Tesla’s secretive approach to the robotaxi program has raised skepticism, with critics suspecting the company is trying to avoid public scrutiny of potential failures. Despite Tesla’s claims that its systems are safer than human drivers, incidents involving the technology have sparked safety concerns. Anti-Tesla groups like the Dawn Project and Tesla Takedown recently conducted an experiment highlighting significant safety issues. Using a Model Y with the latest supervised FSD, they demonstrated that the vehicle failed to stop for a stopped school bus with flashing lights and only braked too late to avoid hitting a child-sized cardboard cutout darting into the street. This test was repeated multiple times with consistent failure, raising questions about whether Tesla’s cars are safe
robotautonomous-vehiclesTeslaself-driving-carsrobotaxipedestrian-safetyautomotive-technologyApplied Intuition raises $600 million as it pushes further into defense
Applied Intuition, a prominent autonomous vehicle software company, has secured $600 million in a Series F funding round, elevating its valuation to $15 billion. The round was co-led by BlackRock-managed funds and Kleiner Perkins, with participation from new investors such as the Qatar Investment Authority and Abu Dhabi Investment Council, alongside existing backers like General Catalyst and Bond. This funding comes just a year after a $250 million Series E round that valued the company at $6 billion. Applied Intuition specializes in software that aids both commercial companies and government agencies in developing autonomous vehicle technologies, including simulation tools and data management. The company serves major automakers and autonomous vehicle firms like Gatik and Kodiak, and has recently expanded its focus into the defense sector. Notably, Applied Intuition collaborated with the U.S. Army to rapidly develop autonomous capabilities for an infantry squad vehicle, transforming it from a basic model to fully autonomous within 10 days. This effort involved creating a robotic system capable of physically
robotautonomous-vehiclesdefense-technologyAI-softwaresimulation-softwareautomotive-technologyroboticsWaymo robotaxis are pushing into even more California cities
Waymo is significantly expanding its robotaxi service area across California, adding 80 square miles in Los Angeles, the San Francisco Bay Area, and Silicon Valley. This growth brings the total commercial service area to over 250 square miles, introducing driverless Jaguar I-Pace vehicles to new neighborhoods in three major metro regions. Despite recent setbacks—including vandalism and arson of Waymo vehicles during immigration-related protests in Los Angeles, which led to temporary service reductions—the company continues to push forward with its expansion plans. Waymo is still limiting service in some parts of Los Angeles, such as downtown, but plans to monitor conditions and gradually restore full operations. The expansion includes new service availability in Bay Area communities like Brisbane, South San Francisco, San Bruno, Millbrae, Burlingame, and Silicon Valley towns Palo Alto and Menlo Park. In Los Angeles, the service now covers Playa del Rey, Ladera Heights, Echo Park, Silver Lake, and the full stretch of Sunset Boulevard, connecting
robotautonomous-vehiclesWaymorobotaxisdriverless-technologyurban-mobilitytransportation-innovationANYbotics launches Gas Leak and Presence Detection for ANYmal inspection robot - The Robot Report
ANYbotics AG has introduced a new Gas Leak and Presence Detection capability for its autonomous quadruped robot, ANYmal, aimed at improving safety and reducing costs in industrial environments such as petrochemical plants. Gas leaks, often invisible and costly—potentially exceeding $57,000 annually per leak—pose significant safety and financial risks. Traditional manual inspections are often infrequent, inconsistent, and miss early warning signs like subtle temperature changes or unusual noises, allowing leaks to go undetected. ANYmal’s new system combines autonomous navigation with modular gas detectors and a 360° acoustic imaging payload to precisely locate leaks, quantify gas concentrations, and alert personnel in real time, thereby enhancing operational efficiency and safety while lowering emissions. The integrated acoustic imaging camera can access difficult-to-reach areas and detect a broad range of gases, including steam, compressed air, vacuum, toxic gases, and hydrocarbons. The modular design supports hot-swappable detectors for different gases such as oxygen, hydrocarbons, and ammonia, allowing
robotgas-leak-detectionindustrial-safetyautonomous-robotsmodular-sensorsacoustic-imagingANYmalRock Cutting Robot!
The Catonator by KUKA is a mobile robotic arm equipped with a large saw blade measuring between 1000 and 2000 mm in diameter. Designed specifically for heavy-duty cutting tasks, it targets applications such as mining where cutting through rock and concrete is required. The robot's mobility and powerful cutting capabilities enable it to perform these tasks more efficiently and safely compared to traditional manual methods. By automating the cutting process, the Catonator enhances precision and reduces the risk to human operators working in hazardous environments. Its design reflects a growing trend in industrial automation, particularly in sectors like mining and construction, where robust and reliable robotic solutions can significantly improve productivity and safety.
robotrobotic-armrock-cuttingmining-technologyKUKAindustrial-robotautomationTouring The Ford F-150 Lightning Factory - CleanTechnica
The article discusses a recent tour of the Ford F-150 Lightning factory, highlighting Ford’s commitment to incorporating customer feedback into the production and ongoing development of the electric truck. The tour guide emphasized that Ford sincerely considers and applies customer input to improve the Lightning, a practice praised by reviewers as a key factor in the vehicle’s success. This approach contrasts with companies that ignore feedback, which can lead to customer frustration and missed opportunities for product enhancement. Additionally, the factory assembly process is tailored ergonomically to support workers’ safety and efficiency, with employee feedback also playing a role in refining production. The author reflects on the significance of this feedback-driven approach, drawing parallels to broader lessons about learning and adaptation from Annie Duke’s book *Thinking in Bets*. Ford’s willingness to listen and adjust based on real-world input is portrayed as a human and strategic strength. The article also notes that conventional electric pickups like the Lightning may have broader market appeal compared to more unconventional models like Tesla’s Cybertruck, especially given recent political
robotelectric-vehiclesmanufacturing-automationcustomer-feedbackfactory-ergonomicsFord-F-150-Lightningindustrial-roboticsUK Air Force deploys first-ever combat drone with 5,750-mile range
The Royal Air Force (RAF) has officially inducted the Protector RG Mk1 drone, marking the UK's first Remotely Piloted Air System (RPAS) certified to operate across all classes of domestic airspace. This new platform replaces the older MQ-9A Reaper with the more advanced MQ-9B SkyGuardian, offering enhanced endurance, intelligence gathering, and precision strike capabilities. The Protector can operate for over 30 hours at altitudes up to 40,000 feet and has a range exceeding 5,750 miles, enabling it to patrol entire continents without landing. It carries advanced weaponry, including 500lb Paveway IV laser-guided bombs and Brimstone 3 missiles, and integrates sophisticated sensors such as the Lynx Multi-mode Radar and electro-optical/infrared suites. The drone’s certification for safe operation within civilian airspace, enabled by GA-ASI’s Detect and Avoid System, represents a significant advancement over legacy platforms, allowing it to operate in
robotdroneunmanned-aerial-vehiclemilitary-technologysurveillanceremote-pilotingaerospaceTwo-year-old defense tech Mach Industries confirms $100M raise led by Khosla, Bedrock
Mach Industries, a rapidly growing defense technology startup founded in 2023 by 19-year-old CEO Ethan Thornton, has secured $100 million in new funding at a $470 million valuation. The round was led by Keith Rabois of Khosla Ventures and Geoff Lewis of Bedrock Capital, with participation from existing investor Sequoia, bringing the company’s total funding to approximately $185 million. Although the valuation increase since its Series A in October 2023 is modest, Mach has expanded significantly from 20 to 140 employees and developed three advanced weapons systems: the Viper, a jet-powered VTOL UAV; Glide, a high-altitude glider strike platform; and Stratos, an in-air satellite with sensor and communication functions. Mach has also gained notable contracts and infrastructure investments, including selection by the Army Applications Laboratory to develop a vertical takeoff precision cruise missile and plans for a 115,000-square-foot manufacturing facility in Huntington Beach, California. Thornton emphasizes the company’s
robotunmanned-aerial-vehicledefense-technologyvertical-takeoff-and-landingdrone-technologyaerospacemilitary-roboticsEurope firm unveils 310-mile-range kamikaze drone for swarm attacks
European defense firm MBDA has unveiled the One Way Effector, a low-cost, kamikaze-style drone designed for long-range, swarm attack missions, at the Paris Air Show 2025. Developed since late 2024 in partnership with a drone manufacturer and a French automotive company, the drone features a jet engine, carries an 88-pound (40 kg) warhead, and can strike targets up to 310 miles (500 kilometers) away. MBDA plans to produce 1,000 units monthly, aiming for initial batch delivery by 2027, with hopes that the French military will adopt the system. The drone is intended to saturate enemy air defenses, forcing them to reveal their positions for subsequent neutralization by longer-range systems. The One Way Effector was developed with feedback from armed forces engaged in conflicts such as the Russia-Ukraine war, reflecting lessons learned from recent drone warfare. MBDA emphasizes that the drone’s salvo firing capability is designed to deplete enemy resources and
robotdrone-technologymilitary-dronesunmanned-aerial-vehiclesdefense-technologyswarm-attacksjet-engine-dronesSpotify’s Daniel Ek just bet bigger on Helsing, Europe’s defense tech darling
Spotify CEO Daniel Ek has led a €600 million investment round in Helsing, a Munich-based defense technology company now valued at €3 billion, making it one of Europe’s most valuable private firms. Helsing, founded four years ago, specializes in AI-driven battlefield visualization software that integrates data from military sensors, radars, and weapons systems to provide real-time, intuitive situational awareness across various military units. The company has expanded beyond software to develop strike drones, aircraft, and unmanned mini submarines aimed at enhancing naval surveillance. This investment reflects a broader European push to build strategic autonomy in defense amid growing geopolitical tensions, particularly following Russia’s invasion of Ukraine and shifting U.S. defense policies under former President Trump. European governments are increasingly prioritizing digital and AI-driven military capabilities, moving away from traditional hardware like planes and tanks. Helsing’s funding round, backed by investors including Lightspeed Ventures, Accel, and Saab, is part of a larger defense tech boom in Europe, signaling a shift toward self
robotdefense-technologyAIdronesunmanned-vehiclesmilitary-technologysurveillance-systemsNew Insights for Scaling Laws in Autonomous Driving - CleanTechnica
The article from CleanTechnica discusses Waymo’s recent research into applying scaling laws—well-established in large language models (LLMs)—to autonomous driving, specifically in motion forecasting and planning. Waymo’s study leveraged an extensive internal dataset of 500,000 hours of driving, much larger than prior AV datasets, to investigate how increasing model size, training data, and compute resources impact AV performance. The findings reveal that, similar to LLMs, motion forecasting quality improves predictably following a power-law relationship with training compute. Additionally, scaling data and inference compute enhances the model’s ability to handle complex driving scenarios, and closed-loop planning performance also benefits from increased scale. These results mark a significant advancement by demonstrating for the first time that real-world autonomous vehicle capabilities can be systematically improved through scaling, providing a predictable path to better performance. This predictability applies not only to model training objectives and open-loop forecasting metrics but also to closed-loop planning in simulations, which more closely reflect real driving conditions.
robotautonomous-vehiclesAImotion-forecastingscaling-lawsdeep-learningWaymoSS Innovations completes its first cardiac surgery in the Americas with SSi Mantra - The Robot Report
SS Innovations International Inc. has completed its first robotic cardiac surgery in the Americas using its SSi Mantra 3 surgical robotic system. On June 8, 2024, Dr. Juan Zuniga at Interhospital in Guayaquil, Ecuador, performed a robotic Atrial Septal Defect closure, marking the first such procedure in the Western Hemisphere with this technology. The minimally invasive surgery, which repairs a hole between the heart’s upper chambers, was successful, with the patient recovering well. Interhospital is the first South American hospital to install the SSi Mantra system, which has already been used for various complex surgeries since its installation. The SSi Mantra system is described as a user-friendly, modular, multi-arm robotic platform featuring three to five robotic arms, a 3D 4K monitor, an ergonomic surgeon command center, and advanced imaging capabilities that enhance precision and safety. It supports over 40 types of robotic endo-surgical instruments across multiple specialties, including
robotsurgical-roboticsrobotic-surgerycardiac-surgerymedical-technologyminimally-invasive-surgeryhealthcare-roboticsPremier Automation launches innovation hub in Pennsylvania - The Robot Report
Premier Automation has launched the Premier Innovation Hub in Westmoreland County, Pennsylvania, aiming to serve as a national model for industrial automation, workforce development, and technology commercialization. Supported by over $3 million in state funding through grants, loans, and training programs, the facility is designed to bring together manufacturers, engineers, and innovators to accelerate automation and industrial advancement. The hub will expand Premier Automation’s manufacturing operations, host Premier Labs—a venture studio focused on launching companies in manufacturing automation and AI—and provide commercial lease space for industrial innovation firms. Premier Automation, based near Pittsburgh, specializes in industrial control systems, robotics integration, and custom automation solutions across sectors such as manufacturing, metals, energy, and material handling. The location leverages Westmoreland County’s skilled workforce, with experience in traditional industries like mining, steel, and glass, while benefiting from proximity to Pittsburgh’s innovation ecosystem in AI, robotics, and advanced engineering. The hub aims to bridge cutting-edge technologies with the practical needs of established manufacturing industries
robotindustrial-automationmanufacturing-technologyAI-innovationworkforce-developmentrobotics-integrationautomation-hubWaymo Discusses How It Knows When Robotaxis Are Safe To Deploy - CleanTechnica
Waymo, a leader in autonomous vehicle technology, has shared detailed insights into how it determines when its robotaxis are safe to deploy. With decades of testing and years of operating self-driving taxis, Waymo emphasizes that safety readiness involves a rigorous, evidence-based process applied not only when launching in new areas but also when introducing software updates or new vehicle platforms. The company uses twelve specific acceptance criteria to assess whether its Waymo Driver system meets safety requirements, mitigates known risks, and performs reliably in various environments. This multi-faceted approach combines qualitative and quantitative data to ensure a comprehensive evaluation of residual risk before deployment. Waymo highlights its transparency by publicly disclosing these criteria and its governance framework, which includes oversight by a Safety Framework Steering Committee and Safety Board to maintain accountability and manage risks in evolving conditions. The company aims to set an industry standard for operationalizing the concept of “absence of unreasonable risk,” addressing the current lack of consensus on deployment readiness in the autonomous vehicle sector. By sharing its methodology
robotautonomous-vehiclesWaymoself-driving-carsrobotaxi-safetyAI-in-transportationautonomous-driving-technologyFirst-time maker’s 3D-printed drone could fly 130 miles in 3 hours
Engineer Tsung Xu, a first-time maker with no formal background in aerodynamics or 3D printing, successfully designed and built a fully functional vertical takeoff and landing (VTOL) fixed-wing drone capable of flying 130 miles (209.2 km) in about 3 hours. Completed in just 90 days, Xu’s project involved designing, modeling, and 3D printing every aerodynamic surface and structural component from scratch using a consumer-grade Bambu Lab A1 desktop 3D printer. Non-printable elements such as motors, radio equipment, and electronic speed controllers were sourced separately and integrated into the system, which is powered by a high-energy-density lithium battery to maximize endurance. The drone’s VTOL capability allows it to take off and land vertically without a runway, then transition to efficient forward flight, a feature typically found in advanced military or commercial unmanned aerial systems. Xu’s achievement demonstrates how accessible technologies like desktop 3D printing and off-the-shelf components can enable
robotdrone3D-printinglithium-batteryVTOLaerospace-engineeringunmanned-aerial-systemsPhotos: Ford's mid-sized truck takes brutal robotic test on rough tracks
Ford is rigorously testing its upcoming Ranger Super Duty mid-sized truck using an autonomous robotic driver to simulate over a decade of harsh driving conditions in just days. The truck, loaded to its maximum gross vehicle mass of about 9,921 pounds (4,500 kg), is subjected to relentless endurance trials on the Silver Creek course at the You Yangs Proving Ground in Australia. This track features 300 randomly placed bumps designed to replicate extreme road abuse, pushing the vehicle’s durability from wheels to roof under brutal forces, especially when fully loaded. The Ranger Super Duty aims to compete directly with the Toyota 79 Series LandCruiser, targeting the Australian market with a launch planned for early 2026. It is powered by a 3.0-liter turbo-diesel V6 engine producing 184 kW and 600 Nm of torque, paired with a 10-speed automatic transmission. Ford has reinforced the truck’s chassis with thicker rails, upgraded suspension and tow mounts, heavy-duty axles,
robotautonomous-vehiclesrobotic-testingvehicle-durabilityendurance-testingautomotive-roboticsFord-Ranger-Super-DutyNew remote-controlled giant robotic saw slices rocks like butter
The KUKA Catonator is a groundbreaking remote-controlled robotic saw designed to revolutionize cutting in construction, shipbuilding, and heavy manufacturing. Mounted on the KUKA FORTEC KR 480 Ultra robotic arm, it features powerful spindle blades ranging from 1,000 to 2,000 mm in diameter, enabling it to slice through tough materials such as steel, concrete, and complex composites with high precision. The saw boasts a payload capacity of up to 300 kg and a reach exceeding 3 meters, combining brute cutting force with advanced automation to handle complex geometries previously unattainable by robots. The Catonator operates fully electrically, powered by a high-performance battery module that eliminates CO₂ emissions and reduces noise and exhaust fumes compared to traditional diesel-powered equipment. Its precision is enhanced by KUKA’s SmartProduction ecosystem, which provides real-time sensor data and machine learning algorithms to optimize cutting paths and blade performance, maintaining a tolerance as fine as 0.1 millimeters.
robotroboticsremote-controlautomationconstruction-technologyelectric-machinerysmart-productionA comprehensive list of 2025 tech layoffs
The article provides a detailed overview of the ongoing wave of tech layoffs in 2025, highlighting the significant impact on the industry and workforce amid increasing adoption of AI and automation. It tracks layoffs across numerous companies, noting that tens of thousands of employees have been laid off each month so far this year: over 24,500 in April, 16,234 in February, and 10,397 in May, among others. The article emphasizes the human cost of these cutbacks while acknowledging that innovation continues to drive structural changes in the sector. Specific company layoffs are detailed, including major reductions at Microsoft, which announced over 6,500 job cuts in May and additional layoffs affecting software engineers, product managers, and other roles in June. Amazon has reduced its workforce by approximately 27,000 since 2022, recently cutting around 100 employees from its devices and services division. Other notable layoffs include Chegg cutting about 22% of its staff due to declining web traffic amid AI competition,
robotIoTenergylayoffstech-industryautomationAIworkforce-reductionUS spy drone gets 9-foot wingman with 750-mile strike range boost
The article introduces the Precision Exportable Launched Effect (PELE), a new small unmanned aerial system developed by General Atomics Aeronautical Systems, Inc. (GA-ASI) to enhance the operational capabilities of manned and unmanned platforms like the MQ-9B SkyGuardian. PELE features an 11-foot wingspan, a 16-horsepower engine, and weighs up to 250 pounds, providing up to seven hours of flight endurance and a range exceeding 500 nautical miles (approximately 570 miles). Designed for high-risk, contested airspace, PELE is attrition-tolerant and can carry modular payloads including electro-optical/infrared sensors for intelligence, surveillance, and reconnaissance (ISR) missions. It can be launched from air or ground platforms, allowing flexible deployment and enabling the mothership MQ-9B to remain outside threat zones while PELE units penetrate deeper into contested areas. PELE supports emerging military concepts such as Collaborative Combat Aircraft (CCA
robotunmanned-aerial-vehicleautonomous-systemsdefense-technologysurveillance-droneaerospace-engineeringmilitary-roboticsSweater-wearing humanoid robot gets brain upgrade to clean, cook solo
1X Technologies has introduced Redwood, an advanced AI model powering its humanoid robot NEO, designed to autonomously perform complex household tasks such as laundry, door answering, and home navigation. Redwood is a 160 million-parameter vision-language model that integrates perception, locomotion, and control into a unified system running onboard NEO Gamma’s embedded GPU. This integration enables full-body coordination, allowing NEO to simultaneously control arms, legs, pelvis, and walking commands, which enhances its ability to brace against surfaces, handle higher payloads, and manipulate objects bi-manually. Redwood’s training on diverse real-world data, including both successful and failed task demonstrations, equips NEO with strong generalization capabilities to adapt to unfamiliar objects and task variations, improving robustness and autonomy even in offline or low-connectivity environments. Complementing Redwood, 1X Technologies has developed a comprehensive Reinforcement Learning (RL) controller that expands NEO’s mobility and dexterity for navigating real home environments. This controller supports fluid
robothumanoid-robotAI-modelrobotics-autonomymotion-controlmobile-manipulationreinforcement-learningChina tests neural implant that lets amputee to move cursor with mind
Chinese researchers have successfully tested an advanced invasive brain-computer interface (BCI) implant that enables a 37-year-old quadruple amputee to control a computer cursor with his mind. The implant, a coin-sized device with ultra-small, flexible electrodes developed by the Chinese Academy of Sciences (CAS), was implanted into the patient’s motor cortex. Within weeks, he was able to perform tasks such as playing chess and gaming with near-normal skill. The electrode is notable for being about one-fifth the thickness of Neuralink’s electrodes and highly flexible, minimizing tissue disruption and immune rejection. The implant underwent extensive preclinical testing on mice and macaques before human trials began. The surgical procedure took less than 30 minutes, using advanced 3D brain mapping and real-time navigation to ensure precise placement. Moving forward, the research team plans to expand trials to include up to 40 patients with paralysis or ALS by 2026. Future phases will focus on training participants to control robotic arms for practical tasks
robotbrain-computer-interfaceneural-implantmedical-roboticsbrain-machine-interfaceassistive-technologyneural-electrodesChina firm debuts flying bike with 44.7 mph speed, 31-mile flight range
Chinese tech company Kuickwheel has introduced the Skyrider X6, a hybrid flying motorcycle that combines ground and aerial mobility. Unveiled at CES 2025, the three-wheeled vehicle operates in two modes: a “reverse trike” mode for ground travel with a top speed of 43.5 mph and a 124-mile range, and a flight mode using a 6-rotor electric system reaching speeds up to 44.7 mph with a maximum flight range of 31 miles on the larger 21 kWh battery variant. The bike supports automated takeoff, landing, and route planning, alongside manual joystick control, and features a lightweight design made from carbon fiber composites and aviation-grade aluminum. Safety is enhanced through redundant motors, control systems, a ballistic parachute, and backup flight control logic. The Skyrider X6 is priced around $69,000 and is available for pre-order on Chinese platforms like JD.com. It offers fast DC charging,
robotelectric-vehicleflying-bikebattery-technologycarbon-fiber-compositesautomated-flighthybrid-transportationWaymo limits service ahead of today’s ‘No Kings’ protests
Waymo, the Alphabet-owned robotaxi company, is limiting its service on June 14, 2025, ahead of the nationwide “No Kings” protests against President Donald Trump and his policies. Service reductions are reported in San Francisco, Austin, Atlanta, and Phoenix, with a complete suspension in Los Angeles. The duration of these service limitations remains unclear. This precaution follows recent protests in Los Angeles where Waymo vehicles were vandalized with anti-Immigration and Customs Enforcement (ICE) graffiti, likely due to perceptions of the vehicles as surveillance tools, similar to how police departments have used them. Waymo has stated that it challenges any requests for data or cooperation that it views as overly broad or lacking legal justification. The company’s cautious approach reflects concerns about civil unrest and the potential targeting of its autonomous vehicles during politically charged demonstrations. The San Francisco Chronicle noted that during periods of civil unrest, authorities may avoid aggressive intervention unless property is directly threatened, highlighting the tense environment surrounding these protests.
robotautonomous-vehiclesWaymorobotaxitransportation-technologyself-driving-carsAI-roboticsWeek in Review: WWDC 2025 recap
The Week in Review covers major developments from WWDC 2025 and other tech news. At Apple’s Worldwide Developers Conference, the company showcased updates across its product lineup amid pressure to advance its AI capabilities and address ongoing legal challenges related to its App Store. Meanwhile, United Natural Foods (UNFI) suffered a cyberattack that disrupted its external systems, impacting Whole Foods’ ability to manage deliveries and product availability. In financial news, Chime successfully went public, raising $864 million in its IPO. Other highlights include Google enhancing Pixel phones with new features like group chat for RCS and AI-powered photo editing, and Elon Musk announcing the imminent launch of driverless Teslas in Austin, Texas. The Browser Company is pivoting from its Arc browser to develop an AI-first browser using a reasoning model designed for improved problem-solving in complex domains. OpenAI announced a partnership with Mattel, granting Mattel employees access to ChatGPT Enterprise to boost product development and creativity. However, concerns about privacy surfaced with
robotAIautonomous-vehiclesdriverless-carsmachine-learningartificial-intelligenceautomationSCHURTER releases UHP high-current SMD fuse for humanoids - The Robot Report
SCHURTER, a Swiss technology components provider, has introduced the UHP high-current SMD fuse specifically designed for humanoid robots. This ultra-compact fuse protects critical battery systems and power electronics in space-constrained robotic platforms, ensuring stable and safe power delivery to components such as robotic limbs and embedded AI processors. With a rated current up to 100 A, breaking capacity up to 3000 A, and a wide operating temperature range (-55°C to +125°C), the UHP fuse supports high-density power architectures and is optimized for automated assembly, aligning with modern robot manufacturing processes. It is UL-listed, RoHS-compliant, and available in tape-and-reel packaging. The release of the UHP fuse comes amid growing commercial deployments and interest in humanoid robots from major companies like Hyundai, GXO, Schaeffler AG, and Figure AI, signaling a shift toward scaling production to meet increasing demand. Currently, many developers produce robot components in-house, but the availability of
robothumanoid-robotsSMD-fusebattery-protectionpower-electronicsrobotics-componentshigh-current-fuseVolkswagen Getting Xpeng Turing Chips Next - CleanTechnica
Volkswagen is set to adopt Xpeng’s new Turing AI chip for upcoming vehicle models, marking a shift from Nvidia’s Orin X chip previously used. These models, developed in collaboration with Xpeng, are planned for launch next year and will target the Chinese market. This partnership reflects Xpeng’s strategy to expand its business by leveraging its AI chip technology and attracting long-term partners, positioning itself as a technology leader beyond just manufacturing its own vehicles. Volkswagen and Xpeng are jointly developing two mid-class segment Volkswagen brand cars, combining their respective strengths. Volkswagen has also invested $700 million in Xpeng, underscoring its confidence in the startup’s technological capabilities amid a competitive automotive landscape. This collaboration highlights Volkswagen’s commitment to innovation and strategic partnerships to enhance its electric vehicle offerings in China.
robotAI-chipautomotive-technologyVolkswagenXpengelectric-vehiclesautomotive-innovationTesla Full Self Driving Supervised V12.6.4 — Going on 6 Years with My Model 3 - CleanTechnica
The article chronicles the author's extensive experience—over 3.5 years and through about 20 versions—with Tesla's Full Self Driving (FSD) system on a 2019 Model 3. The author frequently uses FSD on busy multi-lane highways, long cross-country trips, and rural roads, praising its smooth, accurate driving that often matches or exceeds a highly attentive human driver. Recent software improvements have enhanced FSD’s ability to navigate complex scenarios, such as safely passing slow trucks, giving space to cyclists, and handling unexpected obstacles like deer or puddles. Tesla plans to launch fully driverless robotaxi services in geofenced areas soon, but the author doubts that truly unsupervised driving will be achievable on their older Model 3 anytime soon. Despite significant progress, the author highlights persistent limitations and failures in FSD’s supervised mode. For example, the system correctly recognizes and responds to stop signs, traffic lights, and speed limits but fails to slow down for school zone speed
robotautonomous-vehiclesTesla-Full-Self-Drivingdriverless-technologyAI-driving-systemsrobotaxiautomotive-roboticsCoco Robotics raises $80M to scale sidewalk delivery robots
Coco Robotics has raised $80 million in strategic funding to accelerate the development of its AI-powered sidewalk delivery robots, scale its fleet, and expand enterprise partnerships. Founded in 2020 and based in Santa Monica, the company has completed over 500,000 zero-emission deliveries across major U.S. cities such as Los Angeles, Chicago, and Miami, as well as in Helsinki, its first European market. Coco aims to deploy thousands of vehicles by the end of 2025, focusing on creating sustainable, reliable, and affordable last-mile logistics solutions. The funding round included returning investors like Sam and Max Altman and new participants such as Ryan Graves, former Uber SVP and current CEO of Saltwater. Coco Robotics’ autonomous delivery robots combine self-driving technology with remote human supervision to improve efficiency, reduce emissions, and ease urban traffic congestion. The company has formed partnerships with major platforms like Uber and DoorDash, expanding its reach through pilot programs and live rollouts in multiple cities. For
robotautonomous-deliveryAI-platformlast-mile-logisticssustainable-transportationurban-roboticsdelivery-robotsTechCrunch Mobility: The cost of Waymo
The National Highway Traffic Safety Administration (NHTSA) announced plans to streamline the Part 555 exemption process, aiming to expedite approvals for automakers deploying fully self-driving vehicles without traditional human controls such as steering wheels or pedals. While manufacturers must still prove these vehicles meet equivalent safety standards and serve the public interest, the current exemption process is viewed as lengthy and ill-suited for automated driving systems. This move reflects a broader federal interest in accelerating autonomous vehicle deployment, alongside related regulatory actions on drones and supersonic travel. In industry news, JetZero, a zero-emissions jet startup backed by venture capital and major airlines, revealed plans to invest $4.7 billion over the next decade to build a factory in Greensboro, North Carolina, with construction starting in 2026 and deliveries expected in the early 2030s. The deal includes over $1.1 billion in state incentives tied to job creation. Meanwhile, an analysis by the app Obi found that Waymo’s self-driving rides consistently
robotautonomous-vehiclesself-driving-carstransportation-technologymobilityautomotive-innovationNHTSA-regulationsFrench Navy’s deep-sea ops accidentally reveal shipwreck from 1500s
A French Navy underwater drone operating near Saint-Tropez has discovered the deepest shipwreck ever found in French territorial waters, resting at a depth of 2,567 meters (8,200 feet). The wreck, provisionally named Camarat 4, is a remarkably well-preserved 16th-century Italian merchant vessel from the Renaissance period. Measuring about 30 meters long and 7 meters wide, the ship was initially detected by sonar and later explored with remotely operated vehicles (ROVs), revealing an intact cargo including nearly 200 Ligurian ceramic jugs, iron bars, artillery pieces, an anchor, and yellow-glazed plates. Despite some contamination from modern debris like plastic bottles and fishing nets, the archaeological significance remains exceptional. The ship likely originated from Liguria, northern Italy, as indicated by the ceramic artifacts bearing mid-16th-century Ligurian motifs and the vessel’s design consistent with Ligurian or Genoese merchant ships. Such vessels were integral to Italy’s Renaissance-era
robotunderwater-droneremotely-operated-vehiclemaritime-archaeologyshipwreck-discoverymarine-technologydeep-sea-explorationUK inventor's Transformers-styled robot becomes shape-shifting vehicle
British inventor James Bruton has created a functional, rideable Transformer-style robot that can smoothly shift between humanoid and vehicle forms. Unlike many previous Transformer replicas that lack passenger space, Bruton's design allows him to ride the robot like a kid’s Power Wheels car. The robot incorporates 16 motors—including RC servos, Dynamixel servos, and DC brushed motors—and uses a Teensy microcontroller to control folding body panels, wheel movement, and LED lighting. Its legs are primarily decorative, and the robot folds into a fully operational electric vehicle capable of carrying Bruton at modest speeds. Bruton’s invention showcases practical engineering with a focus on stability, reliability, and refined aesthetics. The robot’s lightweight aluminum extrusion frame supports significant weight while maintaining nimbleness, and 3D printing has enabled rapid design iteration. To address challenges like shifting center of gravity during transformation, Bruton implemented a robust suspension system and balanced weight distribution. While the robot cannot yet walk in humanoid form, it represents
robotroboticselectric-motors3D-printingmicrocontrollershape-shifting-vehicleengineering-innovation11 startups from YC Demo Day that investors are talking about
At Y Combinator’s Spring 2025 Demo Day, the majority of startups showcased were focused on AI, either developing AI agents or tools to support AI development. A notable trend was the emergence of startups creating specialized AI assistants modeled as “Cursor for X,” targeting specific professional domains such as knowledge workers (Den) and lawyers (Vessence). Besides AI, robotics also featured as a resurging area of interest. Among the startups attracting significant investor attention were Anvil, which offers SEO optimization tailored for AI-driven content discovery platforms; Atum Works, innovating 3D-stacked chips to overcome transistor scaling limits with potential to rival NVIDIA; and Auctor, which automates enterprise software implementation and has already drawn interest from major vendors like SAP and AWS. Other highlighted startups include Cactus, providing an AI copilot to help solopreneurs manage calls and payments; Den, considered one of the hottest companies for its AI agents designed to replace tools like Slack and Notion for enterprise
robotAI-startupsrobotics-revival3D-chipssemiconductor-materialsenterprise-automationAI-agentsPreparing for kick-off at RoboCup2025: an interview with General Chair Marco Simões - Robohub
RoboCup 2025 is set to take place in Salvador, Brazil, from July 15-21, marking a significant event for the international robotics and AI community. The event, hosted at the Salvador Convention Center, is expected to attract around 150,000 visitors, surpassing the 100,000 attendees from the last time Brazil hosted in 2014. Organizers anticipate participation from 300-400 teams and approximately 3,000 competitors. Efforts have been made to facilitate visa processes to increase international attendance, especially from teams previously hindered by travel restrictions. New global league partners, including Chinese companies Unitree, Fourier, and Booster Robotics, will showcase advanced humanoid and four-legged robots, enhancing the competition and public exhibitions. Over the past decade, Brazil has seen substantial growth in its RoboCup community, rising to become one of the top countries in terms of team participation. This growth is largely attributed to the development of RoboCupJunior, a program aimed at engaging younger
robotroboticsRoboCupAIautomationhumanoid-robotsrobotics-competitionRobot Talk Episode 125 – Chatting with robots, with Gabriel Skantze - Robohub
In episode 125 of the Robot Talk podcast, Claire interviews Gabriel Skantze, a Professor of Speech Communication and Technology at KTH Royal Institute of Technology. Skantze specializes in conversational AI and human-robot interaction, focusing on creating natural face-to-face conversations between humans and robots. His research integrates both verbal and non-verbal communication elements, such as prosody, turn-taking, feedback, and joint attention, to improve the fluidity and naturalness of spoken interactions with robots. Skantze also co-founded Furhat Robotics in 2014, where he continues to contribute as Chief Scientist. Furhat Robotics develops social robots designed to engage in human-like conversations, leveraging Skantze’s expertise in computational models of spoken interaction. The episode highlights ongoing advancements in conversational systems and the challenges involved in making robot communication more natural and effective, emphasizing the importance of combining multiple communication cues to enhance human-robot interaction.
robotroboticsconversational-AIhuman-robot-interactionspeech-communicationautonomous-machinesFurhat-RoboticsA Waymo Costs More, But People Love It - CleanTechnica
The article from CleanTechnica examines pricing and consumer preferences among app-based taxi services in San Francisco, focusing on Waymo, Uber, and Lyft. Data collected by the app Obi from March 25 to April 25 reveals that Waymo’s autonomous rides are consistently more expensive—about $9.50 to $11 more during peak demand—compared to UberX and Lyft. Despite the higher cost, Waymo maintains strong customer interest, with many riders willing to pay a premium for the novelty and technology of driverless cars. Obi’s survey found that 70% of Waymo users prefer driverless vehicles over human-driven ones, and roughly 43% of respondents indicated they would pay more to ride in a Waymo. The article also highlights operational differences influencing pricing. Uber and Lyft benefit from dynamic pricing models refined over years and a flexible driver-owned vehicle fleet that adjusts supply during high-demand periods, helping to moderate costs. In contrast, Waymo operates a fixed fleet of autonomous vehicles and
robotautonomous-vehiclesWaymodriverless-carstransportation-technologyride-hailingmobility-innovationU.S. Air Force gives additional funding to Palladyne AI
Palladyne AI has received additional funding from the U.S. Air Force to advance its Palladyne IQ software, which enables robots to perceive and adapt to dynamic real-world environments. This funding is part of a multi-million-dollar Phase II contract with the Air Logistics Complex at Warner Robins Air Force Base, Georgia, where Palladyne AI is working to automate complex remediation tasks on aircraft components. The company recently completed key Military Utility Assessment milestones, including autonomous media blasting on aircraft parts and automated sanding at height using commercial robotic systems, demonstrating both the technical feasibility and operational value of their AI-driven robotic automation. The project is in its second year of a potential four-year effort under the Air Force’s Strategic Funding Increase (STRATFI) program, initiated through AFWERX AFVentures. Palladyne AI’s software operates on the edge, reducing programming effort and enabling autonomous capabilities for industrial and collaborative robots in complex environments. Beyond defense, the company highlights broad applicability of its technology across sectors
robotAI-softwareautonomous-robotsrobotic-automationindustrial-robotscollaborative-robotsmilitary-roboticsMotional names Major president, CEO of self-driving car business
Laura Major was appointed president and CEO of Motional, a leading autonomous vehicle company, in June 2025 after serving as interim CEO since September 2024. She succeeded Karl Iagnemma, who left to lead Vecna Robotics. Major has been with Motional since its founding in 2020, initially as CTO, where she spearheaded the development of the IONIQ 5 robotaxi, one of the first autonomous vehicles certified by the Federal Motor Vehicle Safety Standards, and created a machine learning-first autonomous driving software stack. Her leadership emphasizes leveraging AI breakthroughs and partnership with Hyundai to advance safe, fully driverless transportation as a practical part of everyday life. Before Motional, Major built expertise in autonomy and AI at Draper Laboratory and Aria Insights, focusing on astronaut, national security, and drone applications. She began her career as a cognitive engineer designing decision-support systems for astronauts and soldiers and later led Draper’s Information and Cognition Division. Recognized as an emerging leader by
robotautonomous-vehiclesAImachine-learningroboticsself-driving-carsautomationTesla sues former Optimus engineer over alleged trade secret theft
Tesla has filed a lawsuit against Zhongjie “Jay” Li, a former engineer in its Optimus humanoid robotics program, accusing him of stealing trade secrets related to advanced robotic hand sensors. Li, who worked at Tesla from August 2022 to September 2024, allegedly downloaded confidential information onto personal devices and conducted research on humanoid robotic hands and startup funding sources during his final months at the company. Shortly after his departure, Li founded a startup called Proception, which claims to have developed advanced humanoid robotic hands resembling Tesla’s designs. The complaint highlights that Proception was incorporated less than a week after Li left Tesla and publicly announced its achievements within five months, raising concerns about the misuse of Tesla’s proprietary technology. Tesla’s Optimus program, launched in 2021, has faced development challenges and delays, with Elon Musk indicating in mid-2024 that the company would continue work on the project despite earlier setbacks. The lawsuit underscores ongoing tensions in the competitive field of humanoid robotics
robothumanoid-roboticsTesla-Optimusrobotic-hand-sensorstrade-secret-theftrobotics-startuphuman-robot-interactionGecko Robotics reaches unicorn status with latest funding
Gecko Robotics, a Pittsburgh-based company specializing in robotic technology for critical infrastructure, has reached unicorn status following a $125 million Series D funding round that doubled its valuation to $1.25 billion. The new capital will fuel the company’s expansion and focus on sectors such as defense, energy, and manufacturing—areas increasingly prioritized by governments and corporations. Recent strategic partnerships include collaborations with NAES to modernize the energy sector, L3Harris on an Extended Reality product, and ongoing work with the Abu Dhabi National Oil Company. Gecko’s CEO, Jake Loosararian, highlighted the company’s AI-powered operating platform, Cantilever, which ensures data integrity and enables advanced diagnostics and modernization of physical infrastructure worldwide. Gecko Robotics employs a variety of robots capable of climbing, flying, and swimming to collect high-fidelity data on complex built environments, including U.S. Navy warships and power plants. Cantilever’s AI-driven decision-making framework can predict infrastructure failures, optimize operations, and improve efficiency
robotAIcritical-infrastructureenergyindustrial-automationrobotics-technologyinfrastructure-maintenanceJapan's Robot City!
Toyota is developing an ambitious new city-campus designed to integrate living and working spaces into a single, high-tech environment. This futuristic project aims to foster seamless collaboration and innovation by leveraging advanced technologies such as robots, autonomous vehicles, and smart infrastructure. The city is envisioned as a fully integrated community where workers and their families can live and work, creating a unique corporate enclave that blurs the line between home and office. While the project is promoted as a bold vision for the future of urban living and innovation, it also raises critical questions about its implications for work-life balance. Critics wonder whether this "robot city" represents a utopian model of progress or a corporate strategy to keep employees tethered to their jobs around the clock. The development highlights broader debates about the future of cities and the evolving relationship between technology, work, and personal life.
robotautonomous-vehiclessmart-infrastructureinnovation-hubToyotafuturistic-cityroboticsNew 20-ton twin-sonar drone will hunt submarines in open seas
South Korea’s defense technology firm SonarTech has unveiled the ASW-USV, a pioneering 20-ton twin-sonar unmanned surface vessel designed for anti-submarine warfare (ASW) and mine countermeasures. Supported by the Defense Acquisition Program Administration (DAPA), the 5.8-meter-long, 2-ton-class drone features a non-magnetic, fiber-reinforced polymer hull with a wave-piercing design that reduces fuel consumption and acoustic signature, enabling up to 150 hours of endurance. Powered by a hybrid electric motor and diesel generator, it can reach speeds of 14 knots. The ASW-USV is equipped with two advanced sonar systems: a Long-Range Active Sonar capable of detecting targets up to 30 kilometers away and submerging sensors to 240 meters depth, and a Side-Scan Sonar housed in an underwater gondola for detailed target classification at depths of 150 meters with lateral coverage of 600 meters. Its unique integration of
robotunmanned-surface-vehiclesonar-technologyautonomous-maritime-systemsfiber-reinforced-polymerenergy-efficiencyanti-submarine-warfareRobot dogs set America's Got Talent stage on fire with dance moves
Boston Dynamics’ Spot robot dogs delivered a captivating performance on the June 10, 2025, episode of America’s Got Talent, dancing in sync to Queen’s “Don’t Stop Me Now.” Five yellow, four-legged robots executed a 90-second choreographed routine, impressing all four judges who unanimously voted to advance the act. During the performance, one robot fell but quickly recovered, showcasing the machine’s resilience and real-time autonomous navigation capabilities. Judges praised the act for its uniqueness and the demonstration of the robots’ fault tolerance, highlighting the blend of engineering and entertainment. Spot is Boston Dynamics’ only commercially available robot, costing around $75,000 each, with over 1,500 units deployed globally. Its legged design enables it to navigate challenging terrains like stairs and rubble, making it valuable for industrial inspections, gas leak detection, and even law enforcement trials. Beyond practical uses, Spot has appeared in artistic projects, television shows, and public events, illustrating its versatility. The AG
robotBoston-DynamicsSpot-robotroboticsrobot-dogsrobot-dancerobotic-inspectionNEXCOM NexCOBOT unit joins NVIDIA Halos AI Systems Inspection Lab - The Robot Report
NEXCOM Group’s NexCOBOT unit has joined NVIDIA’s Halos AI Systems Inspection Lab to collaboratively advance the safe development of humanoid and AI robots. This partnership aims to streamline the complex and resource-intensive process of achieving functional safety certifications for robotic systems. NexCOBOT, specializing in safe robot controls and based in New Taipei City with offices in Fremont, California, will integrate its products with NVIDIA’s IGX Thor platform and the expanded Halos platform. This integration is designed to create a unified development environment that encompasses AI, motion control, and functional safety, thereby accelerating innovation and simplifying robot design verification and certification processes. NVIDIA’s Halos AI Systems Inspection Lab is notable as the first ANSI National Accreditation Board (ANAB)-accredited lab that combines functional safety, cybersecurity, AI, and regulatory compliance into a single safety framework. NexCOBOT’s participation reflects its long-standing commitment to functional safety, leveraging international standards such as IEC 61508 and ISO 13849-1 to help
robotAIfunctional-safetyroboticsNVIDIAmotion-controlhumanoid-robotsRenault unveils drone-launching rescue EV to save lives in disasters
Renault has unveiled the vision4rescue, an innovative electric rescue vehicle concept based on the Renault 4 E-Tech platform, designed specifically for emergency services operating in disaster zones and rough terrain. Developed in collaboration with Software République and input from fire services across 19 countries, the vehicle functions as a mobile command center equipped with nearly 20 interconnected technologies to facilitate real-time coordination, data analysis, and communication during crises. Its rugged design features all-wheel drive, increased ground clearance, and protective elements to navigate challenging environments, while distinctive emergency graphics enhance visibility. A key highlight of the vision4rescue is its rooftop aerodynamic capsule housing a surveillance drone and communication tools that can restore local networks after natural disasters, effectively serving as an aerial assessment and digital communication hub. The interior is tailored for frontline use, featuring custom seats made from recycled firefighter suit foam, a metal dashboard bar for essential tools, dual screens for data sharing, and smart storage solutions to keep equipment charged and accessible. This zero-emission vehicle
robotIoTenergyelectric-vehicledrone-technologyemergency-responsesmart-mobilityNew brain-computer tech lets paralyzed patient talk in real time
A new investigational brain-computer interface (BCI) developed by researchers at the University of California, Davis, has enabled a paralyzed patient with Amyotrophic Lateral Sclerosis (ALS) to communicate in real time using a synthesized version of his own voice. ALS causes loss of muscle control, including speech, making communication difficult or impossible. This BCI system uses surgically implanted microelectrode arrays in the brain’s speech region to capture neural activity, which is then decoded by advanced AI algorithms to produce near-instantaneous audible speech. The technology significantly reduces the delay seen in previous speech neuroprostheses, allowing for more natural, spontaneous conversations with a delay as low as one-fortieth of a second. The system was tested on a 45-year-old participant in the BrainGate2 clinical trial, who was asked to attempt speaking sentences displayed on a screen while his brain activity was recorded. The AI model mapped his neural firing patterns to intended speech sounds, enabling the participant to control
robotbrain-computer-interfaceneuroprostheticsreal-time-voice-synthesismicroelectrode-arraysassistive-technologyparalysis-communicationHow Warp is introducing robots to automate its network of warehouses
Warp, founded in 2021, aims to enhance supply chain efficiency by automating workflows within its network of warehouses using robotics. While the company acknowledges it cannot automate long-haul trucking or last-mile delivery, it focuses on warehouse operations. Warp began by creating a digital twin of its Los Angeles test warehouse using computer vision and cameras, allowing experimentation with automation strategies. Initial attempts to train humanoid robots to operate pallet jacks failed, but success came from retrofitting off-the-shelf robots with additional technology. Warp integrates AI tools—including voice, text, and email—with robotics to streamline unloading, storing, and reloading freight, aiming to reduce labor needs without expanding headcount. Warp’s robotic solutions are intended to benefit its warehouse partners, who face staffing challenges and labor dissatisfaction. Although Warp does not own most warehouses in its network, it provides robotic kits to empower these partners, improving operational efficiency and reducing costs. The company recently raised $10 million in a Series A funding round led by Up
robotwarehouse-automationlogistics-technologysupply-chain-roboticsAI-in-logisticsautonomous-robotsdigital-twin-simulationWaymo rides cost more than Uber or Lyft — and people are paying anyway
The article examines the pricing dynamics of Waymo’s autonomous ride-hailing service compared to traditional options like Uber and Lyft, based on a month-long data analysis in San Francisco by the app Obi. Contrary to the expectation that robotaxis would be cheaper due to lower labor costs, Waymo rides were found to be consistently more expensive, averaging $20.43 per ride compared to Lyft’s $14.44 and Uber’s $15.58. During peak hours, Waymo’s prices were about $9.50 to $11 higher than its competitors. Despite the higher cost, consumer demand remains strong, driven by excitement for the technology and a preference for driverless vehicles. The pricing variability of Waymo rides was also greater than Uber or Lyft, attributed to Waymo’s less sophisticated pricing model and a relatively fixed vehicle supply, resulting in a more direct supply-and-demand pricing approach. This model causes short trips to be disproportionately expensive—Waymo’s short rides cost roughly 31-41% more
robotautonomous-vehiclesWaymoride-hailingtransportation-technologyself-driving-carsmobility-servicesSam Altman-backed Coco Robotics raises $80M
Coco Robotics, a Los Angeles-based startup specializing in last-mile delivery robots, has raised $80 million in a new funding round, bringing its total capital raised to over $120 million. The round included returning angel investors Sam Altman and Max Altman, alongside venture capital firms such as Pelion Venture Partners and Offline Ventures. Previously, Coco secured a $36 million Series A round in 2021. Founded in 2020 by Brad Squicciarini and Zach Rash, the company’s zero-emissions robots have completed more than 500,000 deliveries since launching in 2020 and can carry up to 90 liters of groceries or goods. Coco partners with national retailers including Subway, Wingstop, and Jack in the Box. Sam Altman’s involvement extends beyond personal investment; Coco benefits from access to OpenAI’s technology, while OpenAI gains valuable real-world data collected by Coco’s robots to enhance its AI models. This symbiotic relationship underscores the strategic value of the partnership
robotlast-mile-deliveryautonomous-robotszero-emissionsAI-integrationfundingstartupMeta’s V-JEPA 2 model teaches AI to understand its surroundings
Meta has introduced V-JEPA 2, a new AI "world model" designed to help artificial intelligence agents better understand and predict their surroundings. This model enables AI to make common-sense inferences about physical interactions in the environment, similar to how young children or animals learn through experience. For example, V-JEPA 2 can anticipate the next likely action in a scenario where a robot holding a plate and spatula approaches a stove with cooked eggs, predicting the robot will use the spatula to move the eggs onto the plate. Meta claims that V-JEPA 2 operates 30 times faster than comparable models like Nvidia’s, marking a significant advancement in AI efficiency. The company envisions that such world models will revolutionize robotics by enabling AI agents to assist with real-world physical tasks and chores without requiring massive amounts of robotic training data. This development points toward a future where AI can interact more intuitively and effectively with the physical world, enhancing automation and robotics capabilities.
robotartificial-intelligenceAI-modelroboticsmachine-learningautomationAI-agentsUS unleashes smart rifle scopes that shoot enemy drones on their own
The US Army has begun deploying the SMASH 2000L, an AI-enabled smart rifle scope developed by Israeli defense firm Smart Shooter, designed to counter small unmanned aerial systems (sUAS). This advanced fire control system integrates electro-optical sensors, computer vision, and proprietary target acquisition software to detect, lock on, and track small aerial targets such as quadcopters or fixed-wing drones. The system only permits the rifle to fire when a guaranteed hit is calculated, effectively eliminating human error in timing and enabling soldiers to engage drones with high precision. The SMASH 2000L was recently demonstrated during Project Flytrap, a multinational live-fire exercise in Germany, where US soldiers successfully used it mounted on M4A1 carbines. The SMASH 2000L is a lighter, more compact evolution of earlier SMASH variants already in use by NATO partners and combat forces, weighing about 2.5 pounds and fitting standard Picatinny rails. It offers real-time image processing
robotartificial-intelligencesmart-rifle-scopesdrone-defensemilitary-technologycomputer-visionautonomous-targetingAtlas humanoid robot adapts to failure, unlocking next-gen dexterity
Boston Dynamics’ humanoid robot Atlas has made significant advancements in dynamic perception and adaptability, enabling it to handle complex, real-world tasks with greater dexterity and reliability. Moving beyond pre-programmed movements, Atlas integrates advanced AI with classical control systems to build a real-time 3D understanding of its environment. This allows the robot to identify objects, assess their properties, and navigate obstacles dynamically, which is essential for performing intricate tasks like picking up car parts and placing them accurately. The robot’s ability to continuously update its environmental model and adjust its actions in real-time helps it compensate for errors such as objects slipping or being out of place. Atlas also demonstrates impressive resilience in challenging scenarios, including operating in poorly lit spaces and overcoming visual obstructions by actively manipulating objects to improve its perspective. A key breakthrough is its capacity to adapt seamlessly to unexpected environmental changes, such as when objects are moved during a task, requiring it to revise its plan on the fly. Furthermore, Atlas can recover from “catastrophic
robothumanoid-robotBoston-Dynamicsdynamic-perception-systemAI-roboticsrobotic-dexterityadaptive-roboticsMusk targets June 22 launch of Tesla’s long-promised robotaxi service
Tesla CEO Elon Musk announced that the company aims to launch its long-promised robotaxi service offering public rides in fully driverless Tesla vehicles in Austin, Texas, starting June 22, 2025. However, Musk noted the date could change due to Tesla’s cautious approach to safety. The initial fleet will be small, around 10 vehicles, and geofenced to the safest parts of Austin. Recent sightings of Tesla Model Y SUVs operating without drivers in the seat indicate ongoing testing of the new "unsupervised" Full Self-Driving (FSD) software, which Musk claims enables Teslas to drive without human supervision. This launch marks a significant shift from Musk’s earlier promises of a general-purpose, fully autonomous driving system available nationwide. Instead, Tesla is adopting a more localized, cautious rollout strategy similar to Waymo’s approach. Despite Musk’s claim that every new Tesla is now capable of unsupervised driving, this contrasts with his 2016 statement that all Teslas had the
robotautonomous-vehiclesTeslarobotaxiself-driving-technologyFull-Self-Drivingdriverless-carsFrom surveillance to public service: the rise of drone swarms
The article discusses the evolving role of drone swarms from primarily surveillance tools to vital assets in civil protection and public service. As climate-related disasters increase and urban environments become more complex, drone swarms—autonomous aerial systems capable of decentralized collaboration and real-time adaptation—offer faster, smarter, and more reliable responses to crises. The Technology Innovation Institute (TII) in Abu Dhabi is at the forefront of this innovation, developing AI-driven drone swarms that mimic natural behaviors to self-organize and perform tasks such as searching for survivors, mapping hazards, and assessing infrastructure damage during emergencies. Beyond disaster response, these swarms also support crisis prevention by monitoring traffic, air quality, and structural integrity in smart cities, aligning with digital governance goals like resilience and sustainability. TII’s work is closely tied to the UAE’s AI Strategy 2031, emphasizing ethical AI development and positioning drone swarms as tools for public good rather than surveillance or militarization. Despite their potential, public perception remains a challenge,
robotautonomous-dronesdrone-swarmsAIsmart-citiesdisaster-responsepublic-safetyChinese firm achieves agile, human-like walking with AI control
Chinese robotics startup EngineAI has developed an advanced AI-driven control system that enables humanoid robots to walk with straight legs, closely mimicking natural human gait. This innovative approach integrates human gait data, adversarial learning, and real-world feedback to refine robot movement across diverse environments, aiming to achieve more energy-efficient, stable, and agile locomotion. EngineAI’s lightweight humanoid platform, the PM01, has demonstrated impressive agility, including successfully performing a frontflip and executing complex dance moves from the film Kung Fu Hustle, showcasing the system’s potential for fluid, human-like motion. The PM01 robot features a compact, lightweight aluminum alloy exoskeleton with 24 degrees of freedom and a bionic structure that supports dynamic movement at speeds up to 2 meters per second. It incorporates advanced hardware such as an Intel RealSense depth camera for visual perception and an Intel N97 processor paired with an NVIDIA Jetson Orin CPU for high-performance processing and neural network training. This combination allows the PM01 to interact effectively with its environment and perform intricate tasks, making it a promising platform for research into human-robot interaction and agile robotic assistants. EngineAI’s work parallels other Chinese developments like the humanoid robot Adam, which uses reinforcement learning and imitation of human gait to achieve lifelike locomotion. Unlike traditional control methods such as Model Predictive Control used by robots like Boston Dynamics’ Atlas, EngineAI’s AI-based framework emphasizes adaptability through real-world learning, addressing challenges in unpredictable environments. While still in the research phase, these advancements mark significant progress toward next-generation humanoid robots capable of natural, efficient, and versatile movement.
robothumanoid-robotAI-controlgait-controlreinforcement-learningrobotics-platformenergy-efficient-roboticsUniversal Robots offers direct torque control for demanding cobot tasks - The Robot Report
Universal Robots (UR) has introduced early access to its Direct Torque Control technology for its e-Series and UR Series collaborative robots (cobots), supported by PolyScope 5 and PolyScope X software. This technology enables real-time control of all robot joints at 500 Hz without requiring a custom software stack, significantly simplifying the process for researchers and developers. By allowing direct torque control, UR aims to expand cobot capabilities in demanding tasks such as assembly and screwdriving, where precise force and delicate touch are essential. The interface has already been utilized by NVIDIA Robotics in a beta phase to demonstrate sim-to-real transfer for gear assembly applications. Despite these technological advancements, Universal Robots has experienced a slowdown in sales in 2024 and early 2025. As part of Teradyne Inc.’s robotics group, UR’s sales declined 3% year-over-year, while the group’s overall robotics revenue dropped 21% in Q1 2025 compared to the previous year. This decline coincides with a 10% global staff reduction at Teradyne Robotics in January. Nonetheless, UR remains a market leader, having surpassed 100,000 cobots sold. The company also recently launched the UR15, its fastest cobot model, which offers up to 30% cycle time improvements for pick-and-place tasks, aiming to boost productivity and reduce costs across various industries.
robotcollaborative-robotsdirect-torque-controlUniversal-Robotscobotsrobotics-technologyindustrial-automationElon Musk says Tesla robotaxis could launch in Austin on June 22
Tesla CEO Elon Musk announced a tentative launch date of June 22, 2025, for Tesla’s robotaxi service in Austin, Texas, though the date may shift due to ongoing safety evaluations. The initial fleet will consist of 10 to 20 modified Model Y SUVs operating within geofenced zones under remote human supervision, powered by Tesla’s latest Full Self-Driving (FSD) software. Musk emphasized a cautious approach to safety, highlighting that the rollout depends on passing final safety checks. Tesla has been testing these vehicles on Austin streets and plans to enable cars to drive autonomously from the factory directly to buyers starting June 28. If successful, Tesla aims to expand the robotaxi service to other cities such as Los Angeles, San Antonio, and San Francisco by the end of the year. This robotaxi initiative represents a significant strategic pivot for Tesla, focusing on full self-driving technology rather than more affordable electric vehicles, potentially redefining the company’s business model. However, Tesla faces multiple challenges, including slowing electric vehicle sales amid rising competition, ongoing Model Y redesigns, and political controversies surrounding Musk that could impact regulatory approvals. Industry skepticism remains high given Musk’s history of repeatedly delaying fully autonomous vehicle promises. Nonetheless, the Austin launch marks a critical test for Tesla’s ambitions in the autonomous vehicle market.
robotautonomous-vehiclesTeslarobotaxiself-driving-carsAItransportation-technologyAutonomous cars that 'think' like humans cut traffic risk by 26%
Researchers at the Hong Kong University of Science and Technology (HKUST) have developed a novel cognitive encoding framework that enables autonomous vehicles (AVs) to make decisions with human-like moral reasoning and situational awareness. Unlike current AV systems that assess risks in a limited pairwise manner, this new approach evaluates multiple road users simultaneously, prioritizing vulnerable pedestrians and cyclists through a concept called “social sensitivity.” The system ranks risks based on vulnerability and ethical considerations, allowing AVs to yield or stop for pedestrians even when traffic rules permit movement, and anticipates the impact of its maneuvers on overall traffic flow. Tested in 2,000 simulated traffic scenarios, the framework demonstrated a 26.3% reduction in total traffic risk, with pedestrian and cyclist risk exposure dropping by 51.7%, and an 8.3% risk reduction for the AVs themselves. Notably, these safety improvements were achieved alongside a 13.9% increase in task completion speed. The system’s adaptability allows it to be tailored to different regional driving norms and legal frameworks, enhancing its potential for global implementation. This breakthrough addresses critical limitations in current autonomous driving technology, promising safer streets and more socially responsible AV behavior in complex, real-world environments.
robotautonomous-vehiclesartificial-intelligencetraffic-safetyhuman-like-decision-makingsocial-sensitivityrisk-assessmentBedrock Ocean dredges up $25M to map the seafloor with robots
Bedrock Ocean, a startup focused on seafloor mapping, recently raised $25 million in a Series A-2 funding round led by Primary and Northzone, with participation from several other investors. The company has developed autonomous underwater vehicles (AUVs) that can operate independently for up to 12 hours using lithium-ion batteries, mapping the ocean floor with sonar and magnetic sensors. Unlike traditional ship-based sonar mapping—which is costly, fuel-intensive, and disruptive to marine life—Bedrock’s AUVs operate closer to the seafloor, using less powerful and less harmful sonar frequencies. These vehicles can cover twice the area of a traditional mapping ship, and a single 40-foot vessel can deploy 10 to 12 AUVs simultaneously, significantly increasing mapping efficiency. Bedrock designs and builds its own AUVs, each costing under $1 million, and has developed proprietary software for vehicle operation and data processing. The AUVs store data locally and transmit it to the ship via Wi-Fi when surfacing; the ship then uses a Starlink antenna to upload data to the cloud for near real-time monitoring. Although the AUVs’ positioning accuracy (1-2 meters) is lower than that of ship-based surveys (sub-meter), this level of precision is sufficient for many applications such as offshore wind development, oil and gas exploration, and environmental assessments. The speed and quality of Bedrock’s mapping have also attracted interest from the U.S. Navy. Overall, Bedrock Ocean aims to replace traditional, costly ship-based seafloor mapping with a more efficient, less environmentally disruptive robotic solution.
robotautonomous-underwater-vehicleocean-mappinglithium-ion-batterysonar-technologymarine-roboticsunderwater-navigation1X's NEO humanoid gains autonomy with new Redwood AI model
1X Technologies has unveiled Redwood, a new AI model designed to enhance the autonomy of its NEO humanoid robot for home environments. Redwood enables NEO to perform tasks such as laundry, answering doors, and navigating familiar spaces by leveraging real-world training data collected from 1X’s EVE and NEO robots. Key capabilities include generalization to handle task variations and unfamiliar objects, learned behaviors like hand selection and retrying failed grasps, and advanced whole-body, multi-contact manipulation that allows coordinated locomotion and manipulation, including bracing and leaning during tasks. Redwood supports mobile bi-manual manipulation, enabling NEO to move and manipulate objects simultaneously, and operates efficiently on NEO’s onboard embedded GPU. The system also integrates with an off-board language model for real-time voice control, interpreting user intent from speech and conversational context. At the 2025 NVIDIA GTC event, 1X showcased NEO in a nearly continuous teleoperated demo, highlighting Redwood’s potential as one of the first end-to-end mobile manipulation AI systems specifically designed for biped humanoid robots. Eric Jang, VP of AI at 1X, emphasized the model’s role in scaling robotic assistance for household chores. Additionally, CEO Berndt Børnich discussed the broader mission of addressing labor shortages with robotics, the challenges of designing safe and compliant home robots, regulatory hurdles, and societal perceptions of humanoid robots.
robothumanoid-robotartificial-intelligencemobile-manipulationrobotics-AIhome-automationembedded-GPUWorld’s first robot city to rise beneath Japan’s Mount Fuji in 2025
Toyota is set to launch the world’s first fully connected, self-contained “robot city” called Woven City at the base of Mount Fuji, Japan, in fall 2025. Situated on the 175-acre former Higashi-Fuji plant site in Shizuoka Prefecture, about 140 kilometers southwest of Tokyo, this experimental metropolis will serve as a real-world testbed for future mobility, smart infrastructure, and sustainable living. Initially housing 100 residents—mainly Toyota engineers and their families—the population is expected to grow to 360 in the first phase, with a long-term goal of 2,000 inhabitants. The city’s residents are divided into “Inventors,” who develop new technologies, and “Weavers,” who provide user feedback. Central to the city’s design is Toyota’s autonomous electric vehicle platform, the e-Palette, which will operate alongside an underground logistics network and dedicated surface lanes for pedestrians, slower mobility devices, and autonomous vehicles. Beyond mobility, Woven City emphasizes sustainability and resilience through a hydrogen fuel cell energy grid supplemented by solar panels, water recycling, and advanced waste management. Smart homes equipped with robotics and AI will monitor health, manage energy, and optimize daily life, while the entire urban system is interconnected via sensors and AI to create a living digital operating system. The city functions both as a simulation environment and a functioning habitat, enabling direct testing of smart infrastructure technologies. Although not open to tourists initially, Toyota plans to allow public access starting in 2026. Ultimately, Woven City aims to serve as a scalable model for future urban planning worldwide, demonstrating how public-private partnerships can foster next-generation technologies amid growing climate and security challenges.
robotIoTenergyautonomous-vehiclessmart-cityhydrogen-fuel-cellssustainable-livingRoboBusiness 2025 call for speakers ends June 12
WTWH Media, the producer of The Robot Report and the Robotics Summit & Expo, has announced a call for speakers for RoboBusiness 2025, scheduled for October 15-16 in Santa Clara, California. Founded in 2004, RoboBusiness focuses on robotics technology development, investments, and business challenges. For 2025, the event introduces new tracks including the Physical AI Forum, which explores robot learning from sensor data and adaptation, and Humanoids, which centers on humanoid robot design and early applications. The Field Robotics track has been expanded to cover best practices for outdoor robot deployment. Other tracks include Enabling Technologies, Design & Development, and Business, addressing topics from motion control and software advances to investment strategies and startup scaling. Speaker proposals are due by June 12, and selected speakers will receive complimentary full conference passes for themselves and up to two guests. RoboBusiness is also hosting the Pitchfire Robotics Startup Competition for investors and emerging startups. The event will be co-located with DeviceTalks West, a leading medical technology industry event that includes surgical robotics and attracts professionals from healthcare and medical technology sectors. For inquiries about speaking, sponsorship, or exhibition opportunities, contacts are provided within the announcement.
robotroboticshumanoid-robotsfield-roboticsAI-in-roboticsrobotics-conferencerobotics-startup-competitionWalmart, Wing launch drone delivery in 5 more cities - The Robot Report
Walmart, in partnership with Wing Aviation LLC, is expanding its drone delivery service to five additional U.S. cities: Atlanta, Charlotte, Houston, Orlando, and Tampa. This expansion builds on Walmart’s existing drone operations in Northwest Arkansas and Dallas-Fort Worth, aiming to enhance convenience by delivering thousands of products—including groceries, urgent care items, and pet food—directly to customers’ doors within 30 minutes or less. Since launching drone delivery in 2021, Walmart has completed over 150,000 deliveries, positioning itself as the first retailer to scale drone delivery and emphasizing its commitment to leveraging technology for faster service. Wing, a subsidiary of Alphabet, operates lightweight drones capable of flying beyond visual line of sight up to six miles from stores, adhering to FAA guidelines. The company has completed over 400,000 commercial deliveries worldwide and collaborates with multiple partners, including DoorDash and Brookfield Properties, to introduce drone delivery to shopping malls in the Dallas-Fort Worth area. Walmart is also working with other drone providers like Zipline to expand quieter and more efficient delivery options. Overall, Walmart and Wing are driving the adoption of drone delivery as a scalable, safe, and sustainable solution integrated into existing logistics networks.
robotdrone-deliveryWalmartWing-Aviationlogistics-technologyautonomous-dronesretail-innovationWayve and Uber plan London robotaxi launch after UK speeds up autonomous vehicle rollout
Wayve, a U.K.-based autonomous vehicle technology company, and Uber plan to launch a fully driverless robotaxi service in London within the next few years. This initiative follows the U.K. government's recent decision to accelerate the timeline for self-driving commercial pilot programs from late 2027 to spring 2026, aiming to boost investment in autonomous vehicle technology. While specific details about the launch, such as trial dates, fleet size, or vehicle manufacturer partners, have not been disclosed, Wayve confirmed that the service will begin in London and eventually expand to greater London and beyond. The deployment involves a collaborative ecosystem where Wayve provides the AI driving intelligence integrated into base vehicles supplied by manufacturers, a fleet operator manages the vehicles, and Uber operates the passenger service. Each participant must independently demonstrate safety and responsible operation to regulators. Wayve’s CEO, Alex Kendall, emphasized that this effort represents a significant step toward scalable autonomy in the U.K., leveraging their AI Driver technology and Embodied AI that can adapt to various vehicles and environments. Uber’s extensive global mobility network is seen as a key asset for scaling the autonomous service beyond the U.K. The partnership underscores a broader ambition to bring safe, intelligent, and driverless rides to everyday consumers worldwide.
robotautonomous-vehiclesrobotaxiAI-driving-technologyWayveUberself-driving-carsWaymo robotaxis, Lime e-scooters set ablaze during LA protests
During protests in downtown Los Angeles sparked by aggressive immigration raids conducted by ICE under the Trump administration, several Waymo autonomous vehicles and Lime e-scooters were vandalized and set on fire. On Sunday evening, protesters attacked five Waymo robotaxis by slashing tires, breaking windows, spray-painting anti-ICE slogans, and igniting the cars. Some Lime e-scooters were also thrown into the burning vehicles. The LAPD warned that burning lithium-ion batteries from these devices release toxic gases, posing health risks to bystanders. The exact motive behind targeting Waymo vehicles remains unclear, though previous police investigations have utilized footage from Waymo’s cars. Waymo stated it is cooperating with the LAPD and intends to pursue criminal charges and seek damages for the vandalism. There are unconfirmed reports that Waymo may have removed its vehicles from Los Angeles following the attacks. The protests began on June 6 in response to ICE raids that resulted in over 100 immigrant arrests, escalating into both peaceful and violent demonstrations across multiple cities, including freeway blockades. In response, President Trump federalized the California National Guard and deployed troops to LA, a move opposed by state officials including Governor Gavin Newsom, who called it a breach of state sovereignty. Defense Secretary Pete Hegseth indicated readiness to deploy Marines if violence persists. Videos have surfaced showing LAPD using force against protesters and journalists during the unrest.
robotautonomous-vehiclesrobotaxielectric-scooterslithium-ion-batteriesvandalismurban-protestsUS Navy’s new weapon to turn helicopters into sea mine killers
The US Navy has awarded a $10.5 million contract modification to BAE Systems for the delivery of MK64 Mod 0 explosive destructors and fiber optic spool kits for the Airborne Mine Neutralization System (AMNS) known as Archerfish. This advanced underwater weapon system, deployable from MH-60S helicopters, unmanned surface vehicles, and small boats, is designed to neutralize naval mines with precision and speed, reducing mine clearance time by four times compared to traditional methods. Archerfish employs a dual-mode propulsion system and integrates a directed-energy warhead with advanced acoustic positioning, electronic scanning sonar, and visual imaging, transmitting live video and sonar feedback via fiber-optic cable to enable real-time operator control and precise target identification. Developed originally for the Royal Navy and adopted by the US Navy, Archerfish is a modular, lightweight, and cost-efficient system optimized for flexibility and rapid deployment. Its design includes an Insensitive Munition warhead for safer handling and storage, and a reusable inert training version to facilitate multiple practice exercises. The system’s compact size allows for increased mission endurance by enabling more weapons to be carried onboard. The contract, managed by Naval Sea Systems Command (NAVSEA), underscores Archerfish’s critical role in the US Navy’s airborne mine countermeasure strategy and highlights the growing importance of remote-controlled neutralizers in enhancing speed, accuracy, and personnel safety in maritime mine warfare operations.
robotunderwater-roboticsmine-countermeasuresfiber-optic-telemetryprecision-guided-munitionsautonomous-systemsnaval-defense-technologyChina's humanoid robot with full embodied AI works at auto factory
China has deployed AlphaBot2, a general-purpose humanoid robot with full embodied AI, in an automotive factory operated by Dongfeng Liuzhou Motor Co. Developed by Shenzhen-based AI² Robotics, AlphaBot2 performs diverse tasks such as quality inspection, assembly, logistics, and maintenance. This deployment marks the first full-scenario validation of a domestically developed embodied AI model in China’s automotive sector. The robot leverages real factory data to continuously improve its spatial intelligence and learning capabilities through a feedback loop with AI² Robotics’ self-developed embodied large model, enhancing its efficiency, precision, and adaptability in complex, evolving manufacturing environments. AlphaBot2 is powered by the advanced GOVLA AI model, a Vision-Language-Action system built on the AI²R Brain platform, enabling near-human dexterity and full-body coordination with over 34 degrees of freedom. It features 360° spatial sensing, autonomous navigation, and a vertical working range of up to 240 cm, with over six hours of battery life for extended operations. The robot’s flexible manipulation and rapid adaptation reduce deployment time and support mixed-model automotive production lines, demonstrating significant advancements in intelligent manufacturing and factory automation in China.
robothumanoid-robotembodied-AIintelligent-manufacturingfactory-automationroboticsAI-in-roboticsSiemens launches enhanced motion control portfolio for basic automation applications - The Robot Report
Siemens has introduced an enhanced motion control portfolio aimed at basic automation applications such as handling, moving, positioning, and processing. The portfolio integrates SINAMICS servo drive systems with the new SIMATIC S7-1200 G2 controller, offering improved performance, flexibility, and simplified system configuration. Key features include enhanced processing power, support for up to 31 PROFINET devices with synchronized execution, advanced safety certifications up to SIL3/PLe Category 4, near-field communication (NFC) for wireless diagnostics, and a range of power options up to 7 kW. The system is designed for cost-effective modernization of automation with comprehensive safety and wireless diagnostic capabilities, all integrated within Siemens’ TIA Portal environment. The motion control system comprises three main components: the SINAMICS S200 and S210 servo drive systems, the SIMATIC S7-1200 G2 compact PLC with integrated IOs and expandable modules, and a broad range of compatible SIMOTIC servomotors tailored for motion control and machine tool applications. The SINAMICS S210 supports power ratings up to 7 kW and includes integrated safety functions, while the S200 system covers lower power ranges with additional brake control features. Siemens emphasizes that this portfolio supports industries including manufacturing, infrastructure, transport, and healthcare, aligning with its broader mission to enable resource-efficient factories, resilient supply chains, smarter buildings, and advanced healthcare solutions. In fiscal 2022, Siemens Group USA reported revenues of $18.6 billion.
robotautomationmotion-controlservo-drivesSiemensindustrial-roboticsPLC-controllersMilan Kovac, Head Of Tesla Optimus Program, Departs - CleanTechnica
Milan Kovac, the head of engineering for Tesla's Optimus humanoid robot program, announced his departure on June 6, 2025, citing a desire to spend more time with his family. Despite initial speculation about possible conflicts with Elon Musk, Kovac expressed strong support for Musk and confidence in the Tesla team’s ability to advance the Optimus project. Tesla confirmed that Ashok Elluswamy, head of the Autopilot team, will assume leadership of the Optimus program. Both Kovac and Musk exchanged respectful public statements, indicating an amicable transition without signs of urgency or internal strife. Elon Musk continues to position Optimus as a transformative product, claiming it could be Tesla’s most significant development ever, with a target price around $30,000. Musk envisions the robot performing everyday tasks such as folding clothes, walking dogs, and cleaning dishes, and he has publicly declared that autonomy and Optimus are Tesla’s long-term priorities. However, skepticism remains among observers and industry watchers, who note that Tesla’s promotional videos—like the one showing Optimus folding a shirt—are staged and that the robot is not yet capable of autonomous operation. Critics draw parallels to previous Tesla hype cycles, such as with Full Self-Driving (FSD) technology, suggesting that Optimus may be similarly overpromised and years away from practical reality. Overall, while Kovac’s departure marks a leadership change, Tesla’s commitment to the Optimus project remains firm under Musk’s vision. Yet, the program faces scrutiny over its current capabilities versus public expectations, highlighting the challenges Tesla faces in delivering on its ambitious humanoid robot goals.
robotTesla-Optimushumanoid-robotautonomous-robotsAI-roboticspersonal-assistant-robotsrobotics-engineeringWaymo robotaxis, Lime e-scooters set ablaze during LA protests
During protests in downtown Los Angeles sparked by immigration raids conducted by the Trump administration, several Waymo autonomous vehicles and Lime e-scooters were vandalized and set on fire. On Sunday evening, a group of protesters attacked five Waymo robotaxis, slashing tires, breaking windows, spray-painting anti-ICE slogans, and setting three cars ablaze. Some Lime e-scooters were also thrown into the burning vehicles. The LAPD warned that burning lithium-ion batteries from these devices release toxic gases, posing health risks to bystanders. The motivation behind targeting Waymo vehicles remains unclear, though police have previously used footage from robotaxis in investigations. The protests began on June 6 in response to aggressive ICE raids that resulted in over 100 immigrant arrests. Demonstrations, both peaceful and violent, spread across Los Angeles and nearby areas, including freeway blockades. In reaction, President Trump federalized the California National Guard and deployed troops to the city, a move opposed by state officials such as Governor Gavin Newsom, who called for their removal. Defense Secretary Pete Hegseth indicated readiness to deploy Marines if violence escalates. The article also briefly notes that Waymo and Lime did not comment on the incidents, and that similar protests involving Waymo vehicles occurred previously in San Francisco.
robotautonomous-vehiclesWaymoe-scooterslithium-ion-batterieselectric-mobilityurban-protestsSpot robot dog gets AI boost to detect equipment failures early
Boston Dynamics has enhanced its Spot robot dog through an upgraded version of its Orbit intelligent automation platform, aimed at advancing predictive industrial maintenance. The new system enables Spot to autonomously inspect industrial sites, capturing consistent visual data that Orbit analyzes using vision-language prompts to quickly identify hazards such as overheating motors, air leaks, safety risks, corrosion, and equipment deterioration. This approach addresses traditional gaps in condition-based monitoring by providing repeatable, detailed inspections and transforming visuals into actionable insights, including numerical data and descriptive text. A notable addition is the Site View feature, which creates a lightweight visual history of facilities using 360° images, supporting remote monitoring and condition tracking over time. The updated Orbit platform also introduces centralized fleet management dashboards for enterprise users, allowing oversight of multiple robots across sites with customizable user permissions and detailed activity logs. Privacy is maintained through an automatic face-blurring function in images captured by Spot’s cameras. Software updates can be deployed over the air to multiple robots simultaneously, and Orbit can be hosted on-premise or in the cloud as a virtual machine. Integration with third-party systems is facilitated via APIs, webhooks, and a low-code beta for automated work order generation. Additionally, a dynamic thermal thresholding feature helps automatically detect temperature anomalies by analyzing statistical data, reducing the need for expert intervention and enhancing early failure detection in industrial environments.
robotAIpredictive-maintenanceindustrial-automationBoston-Dynamicsfacility-inspectionautonomous-robotsTesla Moves To Block City Of Austin From Releasing Robotaxi Information - CleanTechnica
Tesla plans to launch a robotaxi service using its Full Self Driving (FSD) technology on public roads in Austin, Texas, starting June 10. However, the company is aggressively seeking to keep details about this trial confidential. Tesla has requested a federal judge to block the National Highway Traffic Safety Administration (NHTSA) from releasing crash data related to its Autopilot and FSD systems. Additionally, Tesla is pressuring the city of Austin and the Texas Attorney General’s office to withhold information about the robotaxi trial, citing concerns over revealing proprietary and competitively sensitive details such as deployment procedures and operational strategies. Despite public interest, specifics like the exact streets where the geofenced robotaxis will operate remain undisclosed. Tesla’s efforts to maintain secrecy extend beyond Austin, reflecting a broader pattern of limiting transparency about its autonomous driving technology. This includes influencing federal transportation authorities to reduce reporting requirements for robotaxi-related incidents, thereby minimizing public access to safety data. Critics argue that Tesla’s approach prioritizes corporate interests and secrecy over public safety and informed consent, especially given past incidents where Tesla vehicles operating in FSD mode have been involved in crashes, including fatal ones. The ongoing dispute highlights tensions between innovation, regulatory oversight, and the public’s right to information about emerging autonomous vehicle technologies.
robotautonomous-vehiclesTeslarobotaxiself-driving-technologytransportation-technologyAI-roboticsUS Air Force's new unit to test drone and fighter jet coordination
The U.S. Air Force has officially established the Experimental Operations Unit (EOU) within the 53rd Wing at Nellis Air Force Base, upgrading it from a detachment to a full squadron-equivalent unit. The EOU’s primary mission is to rapidly develop and operationalize next-generation air combat concepts, focusing on the integration of uncrewed systems like the Collaborative Combat Aircraft (CCA) with manned fighter jets. This initiative supports the Department of the Air Force’s goal to deploy the CCA under Increment 1 by the end of the decade, advancing manned-unmanned teaming to enhance airpower capabilities. The EOU leads efforts to simulate, test, and validate tactics that enable coordinated operations between crewed fighters (such as F-35s and F-22s) and autonomous drones, which leverage AI for missions including electronic warfare, surveillance, communications relay, and strike roles. The CCA concept allows a single pilot to control multiple drones, increasing combat power, survivability, and reducing pilot risk. This approach is critical for countering the growing drone capabilities of strategic competitors like China and Russia. The unit employs both virtual simulations and live-flight exercises, collaborating with centers at Nellis AFB to refine human-machine teamwork, inform training programs, and develop deployment strategies. The creation of the EOU represents a strategic shift from platform-centric warfare to a capability-focused, networked, and adaptive force structure. By emphasizing flexible integration of autonomous systems with human control, the Air Force aims to build a more resilient and responsive joint force capable of addressing evolving threats across diverse mission environments. The EOU’s work is foundational to operationalizing future air combat systems that are affordable, scalable, and tactically effective from the outset.
robotautonomous-systemsdronesmilitary-technologyAI-in-defenseunmanned-aerial-vehiclesmanned-unmanned-teamingWeek in Review: Why Anthropic cut access to Windsurf
The article "Week in Review: Why Anthropic cut access to Windsurf" covers several key developments in the AI and tech sectors over the past week. Central to the discussion is Anthropic’s decision to cut access to its AI model Claude for Windsurf, explained by Anthropic’s Chief Science Officer Jared Kaplan. He stated that it would be unusual for Anthropic to sell Claude to OpenAI, its largest competitor, especially as OpenAI is acquiring the AI coding assistant Windsurf. This competitive dynamic is the primary reason for the access cut. Beyond this, the article highlights other notable tech news: DeepSeek, a Chinese lab, released an updated AI model R1 that performs well on math and coding benchmarks, with speculation it may be related to Google’s Gemini AI family. Apple’s WWDC 2025 is set to start soon, promising new features including a redesigned interface, a dedicated gaming app, and updates to Mac, Watch, and TV platforms. ChatGPT is expanding its business utility by integrating connectors to popular cloud storage services like Dropbox and Google Drive, enabling it to access user data across platforms for improved responses. Additional updates include the wipeout of data from an Indian grocery delivery startup with a sizable customer base, Google’s image editing app arriving on its operating system with advanced features, Tesla’s renewed trademark efforts for “Tesla Robotaxi,” and Anduril’s significant $2.5 billion funding round doubling its valuation to $30.5 billion. The article also touches on Toma’s AI phone agents helping car dealerships reduce missed calls, and a public spat between Elon Musk and Donald Trump that could have wider implications for the tech industry. Overall, the piece provides a broad overview of recent tech and AI industry news with a focus on competitive strategy, product updates, and funding milestones.
robotTesla-RobotaxiAIautonomous-vehiclesroboticstrademarktechnology-innovationSuperpowers, sea drones, strategy: How the Indo-Pacific is re-arming
The article discusses escalating military tensions and strategic realignments in the Indo-Pacific region amid China's growing assertiveness, particularly around Taiwan. The United States, Japan, Australia, and the Philippines are deepening their military cooperation through a quadrilateral security group dubbed the "Squad," which functions as a Pacific counterpart to NATO. This bloc aims to enhance deterrence and maintain regional stability by synchronizing defense investments, expanding joint maritime patrols—especially within the Philippines’ exclusive economic zone—and condemning China’s coercive actions in the East and South China Seas. The Squad’s efforts underscore a collective response to China’s increasing military buildup and aggressive maneuvers. Taiwan is also advancing its asymmetric defense capabilities by developing home-made kamikaze sea drones to counter potential Chinese aggression. U.S. Indo-Pacific Command chief Admiral Samuel Paparo highlighted that China’s recent military exercises near Taiwan are more than routine drills, describing them as rehearsals for possible conflict. He emphasized the urgency of accelerating technological and operational advancements, including artificial intelligence and hypersonic weapons, to meet modern threats swiftly. Paparo’s warnings reflect broader U.S. concerns about a potential Chinese attempt to seize Taiwan, possibly by 2027, and the need for rapid, innovative defense responses to maintain regional security.
robotmilitary-dronesdefense-technologyIndo-Pacific-securityautonomous-sea-dronesartificial-intelligencehypersonic-weaponsTechCrunch Mobility: How Jony Ive’s LoveFrom helped Rivian and what Uber’s next-generation playbook looks like
The article from TechCrunch Mobility provides insights into recent developments in the transportation and mobility sector, focusing on key industry players and emerging partnerships. It highlights Elon Musk’s ongoing turbulent relationship with political figures, particularly his fallout with former President Donald Trump, which may have broad implications for Tesla’s business, including its autonomous vehicle initiatives and regulatory dealings. The article notes Musk’s pattern of volatile alliances and predicts continued instability affecting Tesla’s robotaxi experiments and legislative efforts like the Autonomous Vehicle Acceleration Act. A significant revelation is that Jony Ive’s design firm LoveFrom collaborated with Rivian’s design team during the development of a skunkworks program that eventually became a standalone company, underscoring the importance of creative partnerships in automotive innovation. The piece also covers notable deals such as Joby Aviation’s memorandum of understanding with Saudi Arabian conglomerate Abdul Latif Jameel, potentially accelerating Joby’s electric vertical takeoff and landing vehicle market entry in Saudi Arabia. Additionally, several startups received funding rounds, including Obvio, which uses AI to improve driving safety, Portless, an e-commerce logistics startup, and Toma, an AI voice technology company targeting car dealerships. The article briefly mentions executive changes at Uber, suggesting these shifts may signal strategic moves for the company’s next-generation mobility playbook, though details are incomplete. Overall, the piece offers a snapshot of dynamic collaborations, funding activities, and leadership changes shaping the future of transportation technology.
robotautonomous-vehicleselectric-vehiclesTeslaRivianmobility-technologytransportation-innovationAutonomous trucking developer Plus goes public via SPAC - The Robot Report
Plus Automation Inc., a developer of autonomous driving software for commercial trucks, is going public through a merger with Churchill Capital Corp IX, a special purpose acquisition company (SPAC). The combined company will operate as PlusAI, with a mission to address the trucking industry’s driver shortage by delivering advanced autonomous vehicle technology. Founded in 2016 and based in Santa Clara, California, Plus has deployed its technology across the U.S., Europe, and Asia, accumulating over 5 million miles of autonomous driving. Its core product, SuperDrive, enables SAE Level 4 autonomous driving with a three-layer redundancy system designed specifically for heavy commercial trucks. Plus achieved a significant driver-out safety validation milestone in April 2025 and is conducting public road testing in Texas and Sweden, targeting a commercial launch of factory-built autonomous trucks in 2027. Plus emphasizes an OEM-led commercialization strategy, partnering with major vehicle manufacturers such as TRATON GROUP, Hyundai, and IVECO to integrate its virtual driver software directly into factory-built trucks. This approach leverages trusted manufacturing and service networks to scale deployment and provide fleet operators with a clear path to autonomy. Strategic collaborations with companies like DSV, Bosch, and NVIDIA support this effort. Notably, Plus and IVECO launched an automated trucking pilot in Germany in partnership with logistics provider DSV and retailer dm-drogerie markt, demonstrating real-world applications of their technology. The SPAC transaction values Plus at a pre-money equity valuation of $1.2 billion and is expected to raise $300 million in gross proceeds, which will fund the company through its planned commercial launch in 2027. The deal has been unanimously approved by both companies’ boards and is anticipated to close in Q4 2025, pending shareholder approval and customary closing conditions. This public listing marks a significant step for Plus as it scales its autonomous trucking technology to address industry challenges and expand globally.
robotautonomous-trucksAImachine-learningcommercial-vehiclesLevel-4-autonomytransportation-technologyTesla’s Optimus robot VP is reportedly leaving the company
Milan Kovac, the vice president leading Tesla’s Optimus humanoid robot program, is reportedly leaving the company, according to Bloomberg News. Kovac, who has been with Tesla for nearly a decade and previously worked as a top engineer on the Autopilot team, was appointed to lead the Optimus development in 2022 and became VP of the program in late 2024. He was responsible for driving the engineering teams behind both Optimus and the shared software infrastructure with Autopilot. Tesla CEO Elon Musk has ambitious plans for the Optimus robot, projecting that “thousands” of units will be operating in Tesla factories by the end of 2025, with a rapid scale-up to millions of units per year as soon as possible. Following Kovac’s departure, Ashok Elluswamy, Tesla’s vice president of AI software, will take over leadership of the Optimus project. This leadership change comes amid Tesla’s aggressive push to advance its humanoid robot technology and integrate it into its manufacturing operations.
robotTeslahumanoid-robotOptimusAI-softwarerobotics-engineeringautomationPepper humanoid robot powered by ChatGPT conducts real-world interaction
Researchers from the University of Canberra showcased Pepper, a humanoid robot integrated with ChatGPT, at an Australian innovation festival to study public reactions to AI-powered social robots in real-world settings. Pepper captures audio from users, transcribes it, generates responses via ChatGPT, and communicates back through text-to-speech. The trial involved 88 participants who interacted with Pepper, many for the first time, providing feedback that revealed a broad spectrum of emotions including curiosity, amusement, frustration, and unease. The study underscored the importance of first impressions and real-world contexts in shaping societal acceptance of humanoid robots, especially as they become more common in sectors like healthcare, retail, and education. Key findings highlighted four main themes: user suggestions for improvement, expectations for human-like interaction, emotional responses, and perceptions of Pepper’s physical form. Participants noted a disconnect between Pepper’s human-like appearance and its limited interactive capabilities, such as difficulties in recognizing facial expressions and following social norms like turn-taking. Feedback also pointed to technical and social challenges, including the need for faster responses, greater cultural and linguistic inclusivity—particularly for Indigenous users—and improved accessibility. The study emphasizes that testing social robots “in the wild” provides richer, human-centered insights into how society may adapt to embodied AI companions beyond controlled laboratory environments.
robothumanoid-robotChatGPTAI-powered-robotshuman-robot-interactionsocial-roboticsSoftBank-RoboticsA Neuralink Rival Just Tested a Brain Implant in a Person
Paradromics, an Austin-based neurotechnology company founded in 2015, has conducted its first human test of Connexus, a brain implant designed to restore speech and communication in people with paralysis caused by spinal cord injury, stroke, or ALS. The device translates neural signals into synthesized speech, text, and cursor control by recording electrical activity from individual neurons via 420 tiny electrodes embedded in the brain tissue. The initial human implantation occurred on May 14 at the University of Michigan during epilepsy surgery, where the device was temporarily inserted into the temporal lobe using a specialized EpiPen-like tool. This procedure allowed researchers to confirm the device’s ability to capture neural signals with high resolution, which is critical for accurately decoding intended speech. Connexus is part of a growing field of brain-computer interface (BCI) technologies, including Elon Musk’s Neuralink and Synchron, which also develop implants to interpret neural signals but differ in electrode design and signal resolution. Unlike other devices that record from groups of neurons, Paradromics’ implant targets individual neurons to achieve higher-quality signals. BCIs do not read private thoughts but decode neural patterns associated with intended movements, such as facial muscle activity involved in speech. Recent studies from Stanford and UC San Francisco have demonstrated the ability to decode intended speech at rates approaching half of normal speaking speed in paralyzed individuals. Paradromics aims to launch a clinical trial by the end of 2023 to implant Connexus long-term in patients with paralysis, advancing toward commercial availability despite the regulatory and technical challenges of fully implantable brain devices.
robotbrain-computer-interfaceneural-implantsmedical-devicesneurotechnologyassistive-technologybiomedical-engineeringCongratulations to the #AAMAS2025 best paper, best demo, and distinguished dissertation award winners - Robohub
The 24th International Conference on Autonomous Agents and Multiagent Systems (AAMAS 2025), held from May 19-23 in Detroit, recognized outstanding contributions in the field with awards for best paper, best demo, and distinguished dissertation. The Best Paper Award went to the team behind "Soft Condorcet Optimization for Ranking of General Agents," led by Marc Lanctot and colleagues. Several other papers were finalists, covering topics such as commitments in BDI agents, curiosity-driven partner selection, reinforcement learning for vehicle-to-building charging, and drone delivery systems. The Best Student Paper Award was given to works on decentralized planning using probabilistic hyperproperties and large language models for virtual human gesture selection. In addition, the Blue Sky Ideas Track honored François Olivier and Zied Bouraoui for their neurosymbolic approach to embodied cognition, while the Best Demo Award recognized a project on serious games for ethical preference elicitation by Jayati Deshmukh and team. The Victor Lesser Distinguished Dissertation Award, which highlights originality, impact, and quality in autonomous agents research, was awarded to Jannik Peters for his thesis on proportionality in selecting committees, budgets, and clusters. Lily Xu was the runner-up for her dissertation on AI decision-making for planetary health under conditions of low-quality data. These awards underscore the innovative research advancing autonomous agents and multiagent systems.
robotautonomous-agentsmultiagent-systemsdronesreinforcement-learningenergy-storageAIWebinar to discuss advances in mobile robots for warehouses - The Robot Report
The article discusses an upcoming webinar hosted by Vanderlande and Hai Robotics, focusing on the advancements in mobile robots for warehouse operations. As warehouse operators and third-party logistics providers face challenges such as rising customer demand, labor shortages, and trade disruptions, automation through mobile robots is becoming increasingly vital for enhancing efficiency and competitiveness. The webinar, scheduled for June 10, 2025, will feature industry experts who will explore the integration of automated guided vehicles (AGVs), self-driving forklifts, and autonomous mobile robots (AMRs) into existing workflows, as well as their impact on productivity, inventory management, and safety. Key topics to be covered include identifying workflows suitable for automation, various mobile robot options available, and the role of orchestration software in ensuring interoperability with other equipment. The experts will also emphasize the importance of understanding the operational environment and maintaining human oversight in automated processes. Attendees will gain insights into how mobile robots can improve visibility, reduce costs, and provide valuable data for digital twins and AI applications. The webinar will be available for on-demand viewing after the live session, allowing participants to engage with the panel and ask questions.
robotautomationmobile-robotswarehouse-solutionslogisticsinventory-managementAGVsRobot Talk Episode 124 – Robots in the performing arts, with Amy LaViers - Robohub
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robotIoTenergyreforestationautonomous-systemsenvironmental-restorationpublic-safetyScientists build €8 underwater data hubs from old smartphones
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robotlunar-explorationspace-resourcesEuropean-Space-Agencyregolith-collectioncommercial-spaceispace-EUROPEAmazon launches new R&D group focused on agentic AI and robotics
robotAIroboticsAmazonR&Dwarehouse-automationagentic-AIUS firms to develop high-tech tiny engines for next-gen combat drones
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robotmaterials3D-printingAIadditive-manufacturingrecycled-materialssustainable-manufacturingInventory robots come to Sleepy Hollow as Simbe partners with grocery chain - The Robot Report
robotinventory-managementgrocery-retailautomationreal-time-dataoperational-efficiencyretail-technologyMIT-NVIDIA create robot tech that plans thousands of moves in secs
robotroboticsalgorithmtask-planningmotion-planningindustrial-automationNVIDIAKepler Robotics showcases K2 'Bumblebee' humanoid at ICRA 2025 - The Robot Report
robothumanoidautomationindustrial-roboticsenergy-efficiencysensor-technologyK2-BumblebeeThe New Electric Bulldozer That Could Drive on the Moon
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robotdeliveryautomationAIlogisticshumanoid-robotslast-mile-deliveryFastest-ever robot 3D scanner sees transparent objects in 1.5 seconds
robot3D-scanningthermal-imagingautomationindustrial-roboticsadvanced-manufacturingAI-analysisTesla Robotaxi Service Begins Next Week In Austin. Is Full Self Driving Finally Ready? - CleanTechnica
robotself-drivingTeslarobotaxifull-self-drivingautonomous-vehiclestransportationsamos PRO MOTION Controller wins award for Wieland Electric - The Robot Report
robotautomationsafetymotion-controlindustrial-Ethernetindustrial-automationWieland-ElectricKepler debuts fifth-gen K2 humanoid robot to boost industrial automation
robotindustrial-automationhumanoid-robotautonomous-systemsroboticsadvanced-actuatorsdexterous-handsHistoSonics Edison system gains early market access in the U.K. - The Robot Report
robotultrasoundhistotripsymedical-technologynon-invasive-treatmentliver-tumorshealthcare-innovationRobots automate steel bar work to speed up and reshape construction
robotconstructionautomationreinforcementdigital-fabricationrobotic-arminfrastructureWhale Dynamic partners with Noodoe to create self-driving delivery ecosystem - The Robot Report
robotIoTenergyautonomous-vehicleselectric-vehiclesdelivery-ecosystemAI-powered-chargingUK’s Humanoid teases new robot for retail and logistics revolution
robothumanoidautomationlogisticsretailAImodular-designAldebaran, maker of Pepper and Nao robots, put in receivership - The Robot Report
robothumanoidPepperNaoAldebaranSoftBankroboticsEngineers build blood-inspired battery to run robots more efficiently
robotenergybattery-technologyliquid-energy-storageelectrochemical-systemsrobotics-innovationoxygen-delivery-system32-ton monster electric dozer packs 750 hp, charges 80% in 50 mins
robotIoTenergyelectric-vehiclesconstruction-technologyautonomous-machinerybattery-technologyThis Robot Can Use Chopsticks Better Than You!
robotroboticsautomationAItechnologyinnovationdexterityPony.ai partners with Xihu to deploy 1k robotaxis in Shenzhen - The Robot Report
robotrobotaxiautonomous-drivingmobilityAItransportationfleet-managementZerith H1: China’s humanoid robot cleans and restocks hotel rooms
robothumanoid-robothotel-automationAI-technologycleaning-robothospitality-industryrobotics-innovationBattery-free magic: US team creates jumping shells for seed dispersal
robotenergymaterialsseed-dispersalautonomous-structuresmetashellspolyethylene-terephthalateJ&J reports positive Monarch robotic bronchoscopy data - The Robot Report
robotrobotic-surgerybronchoscopymedical-technologyminimally-invasive-proceduresJohnson-&-Johnsonhealthcare-innovationTesla files new ‘Robotaxi’ trademark applications after prior attempt stalls
robotTeslaRobotaxiautonomous-vehiclesride-hailingtrademarkself-drivingLearn how gearboxes enable next-gen warehouse automation - The Robot Report
robotautomationwarehousegearboxesmotion-controlroboticstechnologyRussia to train school kids with world’s first drone ops textbook
robotdroneeducationunmanned-systemstechnologyroboticsUAV‘World-first’ humanoid robot to master chopsticks, cook dumplings
robothumanoidroboticscookingautomationdexteritytechnologyNew soft robot wriggles through tight spaces with kirigami skin
robotsoft-roboticskirigamibioinspired-designautonomous-explorationinflatable-actuatorshuman-machine-interfaceTRON 1: China’s robot balances like Messi during moving truck test
robotroboticsbipedalbalancemobilitysensorscontrol-algorithmsMusk's Pattern To Overpromise And Underdeliver - CleanTechnica
robotTeslaElon-Muskinnovationelectric-vehiclesself-drivingtechnologyTech transfer in action: What we learned at Malaga's Foro Transfiere 2025
robotIoTenergytechnology-transfercognitive-therapyinnovationroboticsUS submarine with robotic, autonomous system can bolster sea warfare
robotautonomous-systemsunmanned-underwater-vehiclenaval-technologysea-warfaremilitary-innovationsubmarine-capabilitiesTop 10 robotics developments of May 2025 - The Robot Report
robotroboticsautomationhumanoid-robotsmobile-robotsartificial-intelligencemanufacturingIndy Autonomous Challenge coming to California - The Robot Report
robotautonomous-vehiclesAIroboticsIndy-Autonomous-ChallengetechnologyinnovationRobot to explore Jupiter's icy moon in search for extraterrestrial life
robotextraterrestrial-lifeEuropa-ClipperNASAspace-explorationautonomous-technologyicy-moonRobot Talk Episode 123 – Standardising robot programming, with Nick Thompson - Robohub
robotprogrammingroboticsartificial-intelligenceautonomous-machinessoftware-developmentpodcastIndustry experts share their outlook on the future of AMRs - The Robot Report
robotAMRautonomous-mobile-robotsroboticsAIwarehouse-automationmulti-vendor-solutions100 XCMG autonomous mining trucks begin operating in Inner Mongolia - The Robot Report
robotIoTenergyautonomous-vehiclessustainable-miningelectric-truckszero-carbon-technologyRecapping Robotics Summit & Expo 2025
robothumanoidroboticsAIautomationindustrial-robotstechnologySS Innovations reaches 4,000 robotic surgeries with SSi Mantra robotic system - The Robot Report
robotrobotic-surgerytelesurgeryhealthcare-technologysurgical-systemsmedical-roboticsSS-InnovationsShould We Be Afraid Of Driverless Vehicles On Our Roads? - CleanTechnica
robotautonomous-vehiclesdriverless-technologyTeslarobotaxisAItransportationNew MONA M03 Max & Plus Get 12,566 Orders in One Hour! - CleanTechnica
IoTenergyrobotautonomous-vehiclesdriver-assist-technologysmart-transportationXPENGTechCrunch Mobility: A ride-sharing pioneer comes for Uber, Tesla loses more ground, and dog-like delivery robots land in Texas
robotIoTautonomous-vehiclesride-sharingdelivery-robotstechnology-startupspatent-litigationElon Musk is lobbying lawmakers on driverless vehicle rules
robotautonomous-vehiclesTeslalegislationAIlobbyingCybercabsCircus SE acquires agentic AI company FullyAI - The Robot Report
robotAIautonomous-systemsfood-serviceintelligent-ecosystemdata-processingnutrition-technologyNew human spine-inspired neck could revolutionize humanoid robots
robothumanoid-robotsanimatronicsengineering3D-printinglinear-actuatorsartificial-spineUS startup unveils prototype of excavator to mine helium-3 from moon
robotenergylunar-mininghelium-3autonomous-machineryspace-technologyexcavation-equipmentWhy Intempus thinks robots should have a human physiological state
robotroboticsAIemotional-intelligencehuman-robot-interactionIntempusmachine-learningRoboForce introduces Titan mobile manipulator, brings in $5M more in funding - The Robot Report
robotAImobile-manipulatorindustrial-automationroboticsfundingtechnologyHyundai, Kia, Genesis Meta Factory Visit Shows They Are Prepared For The Future - CleanTechnica
robotIoTenergyautomationelectric-vehiclesmanufacturingsmart-factoryTesla's latest self-driving mode overturns car, raises safety concerns
robotself-drivingTeslaautomationsafetytechnologyFSDAstrobotic, WiBotic test lunar wireless charging system - The Robot Report
robotIoTenergywireless-charginglunar-missionsAstrobotictechnologyKilted Kaiju ROS 2 release details are available - The Robot Report
robotROS-2Kilted-KaijuOpen-Source-Roboticsmiddlewarerobotic-applicationsautomationZoox issues second robotaxi software recall in a month following collision
robotrobotaxiautonomous-vehiclessoftware-recallself-driving-technologyZooxcollision-safetyTesla vs. the streets: China's real test for self-driving tech
robotself-drivingautonomous-vehiclesTeslaAIintelligent-drivingChinaTechCrunch Mobility: Uber Freight’s AI bet, Tesla’s robotaxi caveat, and Nikola’s trucks hit the auction block
robotIoTenergyautonomous-vehiclestransportationTeslaUberARM Institute appoints Jorgen Pedersen as new CEO - The Robot Report
robotroboticsmanufacturingAIautomationworkforce-developmentARM-InstituteSnake and insect-inspired robots team up to do what humans can't
robotinspectionmicrorobotssoft-roboticsautomationengineeringtechnology#ICRA2025 social media round-up - Robohub
robotroboticsICRA2025automationUAVUGVconferenceRobot Talk Episode 122 – Bio-inspired flying robots, with Jane Pauline Ramos Ramirez - Robohub
robotdronesbio-inspiredaerospace-engineeringautonomous-machinesbionicstechnologyKorea's busiest airport targets 1,100 EV charging stations by 2026
robotIoTenergyelectric-vehiclesautonomous-chargingAI-technologyEV-infrastructureChina’s 2,200-pound lifting monster drone completes maiden flight
robotdronelogisticsunmanned-aerial-vehicleaerial-transportcargo-dronesupply-chainHyundai Motor Group & Incheon International Airport to Deliver Next-Level Convenience with AI-Powered EV Charging Robots - CleanTechnica
robotIoTenergyelectric-vehiclesAIsmart-airportfuture-mobilityMicrorobot system is designed to float inside stroke patient for autonomous thrombectomy - The Robot Report
robotthrombectomymicrorobotmedical-technologyautonomous-systemsdigital-twinhealthcare-innovationIf Tesla Falls, Would That Hurt The EV Revolution? - CleanTechnica
robotEVTeslarobotaxisenergyclean-technologyautomotiveRobot Navigates With The 5 Senses
robotnavigationsensory-systemroboticstechnologyartificial-intelligenceHyundai deploys AI robots to charge EVs at Incheon airport
robotIoTEV-chargingAIsmart-technologyairport-innovationgreen-technologyC-1 Recharged: Lit Motors Secures $1.6M To Further Develop Self-Balancing E-Motorcycle - CleanTechnica
robotIoTenergyelectric-vehicleurban-mobilityself-balancing-technologylow-carbon-transportationHumanoids demonstrate combat moves ahead of world-first robot boxing
robothumanoidcombatboxingdemonstrationroboticstechnologyMbodi AI launches on Y Combinator, developing embodied AI for industrial robots - The Robot Report
robotAIautomationmanufacturingroboticstechnologyinnovationPorton Man: Humanoid robot to test chemical gear for US Army in real-world conditions
robothumanoid-robotchemical-testingmilitary-technologyroboticsprotective-gearadvanced-roboticsPhotoneo launches MotionCam-3D Color (Blue) to improve robot perception - The Robot Report
robotIoTmachine-visionautomation3D-scanningdigital-twinssensor-technologyTesla’s Optimus robot takes out trash, vacuums, cleans like a pro
robotTeslaOptimusAIautomationhumanoid-robotreinforcement-learningRainbow Robotics unveils omnidirectional wheels, development kit for its dual-arm robot - The Robot Report
robothumanoidroboticsMecanum-wheelsAI-technologydevelopment-kitautonomous-mobile-robot10 robotics trends spotted at Automate 2025 - The Robot Report
robotautomationroboticsindustrial-automationcollaborative-robotstrade-showtechnology-trendsTrump administration may sell deep-sea mining leases at startup’s urging
robotdeep-sea-miningautonomous-vehiclescritical-mineralsenvironmental-impactunderwater-technologyresource-extractionBlack Hawk successor: US virtually flies tiltrotor aircraft of future
robotIoTdigital-twinvirtual-prototypeaviation-technologytiltrotormilitary-technologyLight-powered underwater robots achieve 2x mammalian muscle strength
robotsoft-roboticsartificial-musclesunderwater-roboticslight-responsive-materialsphotochemical-actuatorsazobenzeneAutomate 2025: 5 ways cobots and AMRs top humanoid robots - The Robot Report
robotautomationcollaborative-robotsautonomous-mobile-robotsindustrial-applicationsAI-in-roboticsmanufacturing-technologyUS Air Force may deploy student-made robot snake to scare wildlife
robotAir-Forcewildlife-managementstudent-innovationroboticsenvironmental-solutionsmilitary-technologyUS startup unveils rugged Titan robot for tough industrial workspace
robotindustrial-automationAI-roboticsprecision-engineeringmodular-designoperational-efficiencyTitan-robotUS student develops sound-based remote tool for ocean robotics
robotIoTunderwater-roboticsmetamaterialsacoustic-wavesremote-controlnon-invasive-toolsMusk says Tesla’s self-driving tests will be geofenced to ‘the safest’ parts of Austin
robotself-drivingTeslarobotaxigeofencingautonomous-vehiclestransportationTRON1 robot extends its reach with a new optional arm - The Robot Report
robotmobile-manipulationhumanoid-AIrobotics-innovationresearch-applicationsmodular-featuresvoice-controlSimbe upgrades vision platform with AI-powered capabilities - The Robot Report
robotAIcomputer-visioninventory-managementretail-technologyautomationoperational-efficiencyNHTSA Adjusts Autonomous Vehicle Rules Ahead Of Tesla Robotaxi Rollout - CleanTechnica
robotautonomous-vehiclesTeslaNHTSAvehicle-safetyinnovationtransportationHumanoid robots evolve with 360° wheels, flexible controls from Korea
robothumanoid-robotsroboticsautomationmobilitytechnologyinnovationUK firm debuts world’s longest-range drone ship with 8,500-mile reach
robotIoTenergyautonomous-vesselshybrid-propulsionmaritime-technologyunmanned-systemsOrbit 5.0 adds features to Boston Dynamics' Spot quadruped robot - The Robot Report
robotAIautomationinspectionsBoston-DynamicsSpottechnologyAmazon’s Zoox to start testing AVs in Atlanta, following Waymo
robotautonomous-vehiclesself-driving-technologyrobotaxiZooxWaymotransportation-technologyDuke's robot dog mimics human touch, sound to navigate forest terrain
robotAInavigationsensory-technologyquadruped-robotWildFusionroboticsDrones could fly 30% farther with golf ball-style shape-shifting skin
robotIoTenergymaterialsdronesdrag-reductionmaneuverabilityNew thermobaric robot tank burns enemies in half-a-mile range
robotunmanned-ground-vehiclethermobaricmilitary-technologydrone-warfareelectric-motorsbattlefield-innovationAgibot’s humanoid readies for robot face-off with Kung Fu flair
robotAIhumanoidroboticsautomationmachine-learninginteractionWaymo gets OK to expand robotaxi service into more of Silicon Valley
robotrobotaxiautonomous-vehiclesWaymotransportationSilicon-Valleyride-hailingWorld’s first AI nurse? Nurabot joins Taiwan hospitals to battle healthcare crisis
robotAIhealthcarenursingdigital-healthautomationTaiwanAutomate 2025 recap by The Robot Report Podcast
robotautomationroboticscollaborative-robotsmotion-controlpath-planningsafety-standardsWaymo and Uber are giving some riders early access to Atlanta robotaxi service
robotrobotaxiautonomous-vehiclesWaymoUbertransportationmobilityNew haptic tools let humans feel and guide machines in real time
robothaptic-technologyindustrial-automationremote-controldigital-twinsaugmented-realitysafety-in-manufacturingSaildrone brings in $60M to expand European maritime presence - The Robot Report
robotmaritime-autonomyuncrewed-surface-vehiclesAI-algorithmsmaritime-securitycritical-infrastructureEuropean-operationsOrbbec, Connect Tech to provide support for Gemini stereo depth camera - The Robot Report
robotIoTautonomous-machinesindustrial-automationstereo-visionAI-visiondepth-cameraChina’s marathon-winning humanoid moves from track to factory floor
robothumanoidautomationproductivitylogisticsartificial-intelligenceelectric-robotWatch humanoid robots clash in a tug of war, pull cart, open doors
robothumanoidreinforcement-learningcontrol-systemforce-awareloco-manipulationCMUChina's aerial mothership can launch 100 drones over 4,500 miles
robotdronesUAVmilitary-technologyaerial-warfareChinadefense-technologyNVIDIA releases cloud-to-robot computing platforms for physical AI, humanoid development - The Robot Report
robothumanoidAINVIDIAroboticsautomationphysical-AIOctopus-inspired robot can decide how to grip objects with accuracy
robotoctopus-inspiredsoft-roboticssuction-intelligencedexterous-manipulationenvironmental-sensingmultimodal-perceptionCanada firm's eVTOL becomes first to achieve full wing transition
robotIoTenergymaterialseVTOLhybrid-electricaviationChina's new plasma excitation tech improves drone efficiency by 88%
robotdrone-technologyplasma-excitationaerodynamic-performancehigh-altitude-dronesenergy-efficiencyflight-enduranceNVIDIA accepts Ekso Bionics into its Connect program - The Robot Report
robotexoskeletonmobilityartificial-intelligencerehabilitationhuman-enhancementmedical-technologyRealMan displays embodied robotics at Automate 2025
robotroboticsautomationAIhealthcareindustrial-manufacturinghuman-robot-collaborationPersona AI raises $27M to develop humanoid robots for shipyards
robothumanoid-robotsindustrial-automationshipbuildingrobotics-as-a-serviceworkplace-safetylabor-shortagesĐội xe khai thác mỏ tự động lớn nhất thế giới
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