Articles tagged with "robotics"
China'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-DynamicsRobot Talk Episode 129 – Automating museum experiments, with Yuen Ting Chan - Robohub
In Robot Talk Episode 129, Claire interviews Yuen Ting Chan from the Natural History Museum about her work automating molecular biology experiments using robotics. With nearly two decades of experience in translating and optimizing laboratory protocols across fields such as DNA forensics and biomedicine, Chan has specialized for over 12 years in developing bespoke scripts for liquid handling instruments to automate laboratory processes. At the Natural History Museum, Chan’s role focuses on integrating automation into molecular laboratories to enable researchers to efficiently handle large sample volumes from the museum’s diverse specimen collections. This automation enhances research capabilities by increasing throughput and consistency in molecular experiments. The episode highlights the intersection of robotics and molecular biology, demonstrating how automation can transform traditional laboratory workflows in museum research settings.
roboticslaboratory-automationmolecular-biologyliquid-handling-robotsbiomedical-automationartificial-intelligenceautonomous-machinesVideo: 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-printingYour guide to Day 2 of RoboBusiness 2025 - The Robot Report
RoboBusiness 2025’s second day at the Santa Clara Convention Center features a robust agenda with over 60 speakers, a startup workshop, the annual Pitchfire competition, and more than 100 exhibitors. The day begins at 10:00 a.m. PT with the first keynote and the opening of the show floor, which includes the Engineering Theater, networking lounge, Startup Showcase, MassRobotics Startup Alley, and the KAIST Korean Pavilion. The initial keynote panel, moderated by Eugene Demaitre of The Robot Report, features industry leaders such as Sanjay Aggarwal (F-Prime), Jon Battles (Cobot), Amit Goel (NVIDIA), and Brian Gaunt (DHL Supply Chain), discussing the current state of the robotics industry. This is followed by a panel on “Closing the Robotics Gap With China,” involving Jeff Burnstein (A3), Georg Stieler (Stieler Technology & Market Advisory), and Eric Truebenbach (Teradyne Robotics),
roboticsAIautomationrobotics-industryrobotics-manufacturingautonomous-machinesrobotics-innovationWorld’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-innovationChina builds humanoid robot with realistic eye movements, bionic skin
China’s AheadForm Technology has developed a highly advanced humanoid robot named Elf V1, featuring lifelike bionic skin and realistic eye movements designed for natural daily interactions. The robot integrates 30 facial muscles controlled by brushless micro-motors and a high-precision control system, enabling expressive facial features, synchronized speech, and the ability to convey emotions and interpret human non-verbal cues. This design aims to overcome the “uncanny valley” effect, making interactions with humans more natural and engaging. Powered by self-supervised AI algorithms and enhanced with Large Language Models (LLMs) and Vision-Language Models (VLMs), Elf V1 can perceive its environment, communicate intelligently, and adapt in real-time to human emotions and behaviors. AheadForm envisions these robots providing assistance, companionship, and support across various industries, bridging the gap between humans and machines. The company’s previous Lan Series offered more cost-efficient humanoids with 10 degrees of freedom, while Elf V1 represents a
roboticshumanoid-robotbionic-skinAI-roboticshuman-robot-interactionadvanced-control-systemsemotion-recognitionWhat’s coming up at #IROS2025? - Robohub
The 2025 IEEE/RSJ International Conference on Intelligent Robots and Systems (IROS 2025) will take place from October 19 to 25 in Hangzhou, China. The event features a comprehensive program including plenary and keynote talks, workshops, tutorials, forums, competitions, and a debate. The three plenary talks scheduled for October 21-23 will cover topics such as humanoid and quadruped mobility in real-world applications (Marco Hutter), autonomous aerial manipulation for physically intelligent flying robots (Hyoun Jin Kim), and the integration of physical robots with artificial general intelligence agents (Song-Chun Zhu). Keynote presentations are organized under eleven thematic areas, highlighting cutting-edge research and developments in robotics. These areas include Rehabilitation & Physically Assistive Systems, Bio-inspired Robotics, Soft Robotics, AI and Robot Learning, Perception and Sensors, Human-Robot Interaction, Embodied Intelligence, Medical Robots, and Field Robotics. Notable topics include advancements in legged robots and
roboticssoft-roboticsAIhumanoid-robotswearable-robotsrobot-learningautonomous-systemsYour guide to Day 1 of RoboBusiness 2025 - The Robot Report
RoboBusiness 2025, a leading event for commercial robotics developers and suppliers, launches with a packed agenda featuring over 60 speakers, a startup workshop, the Pitchfire competition, and more than 100 exhibitors. The event begins at 9:30 a.m. PT with a keynote by Deepu Talla, NVIDIA’s VP of robotics and edge AI, focusing on the advancement of physical AI in robotics. Following this, a panel titled “Lessons Learned From the First Humanoid Deployments” includes experts from NVIDIA, Agility Robotics, and The Robot Report. The show floor opens at 10:00 a.m., offering various attractions such as the Engineering Theater, Startup Showcase, and international pavilions, culminating in a networking reception from 5:00 to 7:00 p.m. Day 1 also features multiple breakout sessions starting at 11:30 a.m., covering diverse topics like Singapore’s role as a hub for advanced manufacturing and robotics, sensor evolution in ag
roboticsAIhumanoid-robotsrobotics-industryrobotics-conferencerobotics-technologyrobotics-innovationCoco Robotics taps UCLA professor to lead new physical AI research lab
Coco Robotics, a startup specializing in last-mile delivery robots, has established a new physical AI research lab led by UCLA professor Zhou, who has also joined the company as chief AI scientist. The move aims to leverage the extensive data—spanning millions of miles collected over five years in complex urban environments—to advance autonomous operation of their delivery bots and reduce delivery costs. Coco Robotics co-founder and CEO Zach Rash emphasized that the company now has sufficient data scale to accelerate research in physical AI, particularly in robot navigation and reinforcement learning, areas where Zhou is a leading expert. The new research lab operates independently from Coco Robotics’ partnership with OpenAI, which provides access to language models, while the lab focuses on utilizing the company’s proprietary robot-collected data. Coco Robotics plans to use the insights gained exclusively to enhance its own automation capabilities and improve the efficiency of its local robot models, rather than selling the data. Additionally, the company intends to share relevant research findings with the cities where it operates to help address
roboticsartificial-intelligenceautonomous-deliveryphysical-AIrobot-navigationreinforcement-learninglast-mile-deliveryA guide to everything happening at RoboBusiness 2025 - The Robot Report
RoboBusiness 2025 is set to begin at the Santa Clara Convention Center, offering attendees a comprehensive program focused on robotics and AI advancements. The event features over 60 speakers, including industry leaders from NVIDIA and other key organizations, alongside a startup workshop, the annual Pitchfire competition, and extensive networking opportunities. More than 100 exhibitors will showcase the latest technologies and solutions aimed at addressing robotics development challenges. Attendees can utilize the RoboBusiness App to plan their schedules and connect with peers. The event opens with a ticketed Welcome Reception and includes keynote presentations such as Deepu Talla’s discussion on “Physical AI for the New Era of Robotics” and a panel on humanoid deployments. Day 1 includes breakout sessions, Engineering Theater presentations, and networking events, with the show floor open from 10:00 a.m. to 5:00 p.m. The following day features a “State of Robotics” keynote panel addressing technical breakthroughs and industry trends, followed by a session on “
roboticsAIrobotics-conferencerobotics-industryhumanoid-robotsrobotics-technologyrobotics-startupsUnitree's humanoid robot wows with crazy Kung-fu moves, backflips
Unitree Robotics recently released a video showcasing its G1 humanoid robot performing advanced KungFu moves, including high kicks, spins, punches, one-legged balances, rapid kicks, low sweeps, somersaults, aerial twists, and backflips. The 45-second clip, titled “KungFu Kid V6.0,” demonstrates the robot’s agility, balance, and speed without any video speed-ups. The G1 uses its hands to maintain stability during complex maneuvers and lands smoothly after each move, highlighting significant improvements in its physical capabilities. Despite the impressive martial arts display, some viewers have expressed concerns about the robot’s practical utility in everyday life, questioning its usefulness beyond entertainment and research demonstrations. Unitree positions the G1 primarily as a research and educational platform targeted at universities, robotics enthusiasts, and industrial applications such as factories and warehouses. Priced at $21,500, the G1 is not currently aimed at general household tasks, although it reportedly possesses some basic functions
roboticshumanoid-robotUnitree-G1AI-automationrobotics-researchindustrial-robotsrobot-agilityTiny robot muscle lifts 4,000 times its weight in lab breakthrough
Researchers at the Ulsan National Institute of Science and Technology (UNIST) in South Korea have developed a novel artificial muscle that can transition between soft and flexible to rigid and strong states, overcoming a major limitation in soft robotics. This tiny muscle, weighing just 1.25 grams, can stiffen under heavy loads to provide structural support and then soften to allow contraction and flexibility. Its core innovation lies in a dual cross-linked polymer network combining covalent bonds for strength and thermally responsive physical interactions for flexibility, along with embedded surface-treated magnetic microparticles that enable precise control via external magnetic fields. The artificial muscle can lift up to 5 kilograms—about 4,000 times its own weight—and stretch up to 12 times its original length when softened. It achieves an exceptional strain of 86.4% during contraction, more than double that of human muscles, and a work density of 1,150 kJ/m³, which is 30 times higher than human tissue. This
roboticsartificial-musclessoft-roboticsmaterials-sciencepolymer-networksmagnetic-actuationwearable-devicesFrom sea to space, this robot is on a roll - Robohub
The article discusses the revival and development of RoboBall, a spherical robot originally designed by Dr. Robert Ambrose in 2003 while at NASA. Unlike traditional wheeled or legged robots, RoboBall’s perfect spherical shape prevents it from flipping over, allowing it to navigate challenging terrains such as lunar craters or sandy beaches. After shelving the project for years to focus on rovers, Ambrose reignited the RoboBall concept upon joining Texas A&M University in 2021, supported by university research initiatives. Graduate students Rishi Jangale and Derek Pravecek have been instrumental in advancing the project, enjoying significant autonomy in directing the robot’s development and testing. RoboBall exists in two main prototypes: RoboBall II, a 2-foot diameter model used for testing power and control, and RoboBall III, a larger 6-foot version designed to carry payloads like sensors and sampling tools for real-world missions. Upcoming field trials aim to demonstrate its ability to transition from water to
roboticsspherical-robotautonomous-robotrobotic-explorationterrain-adaptabilityNASA-roboticsrobotic-researchSurgical robots take center stage at DeviceTalks West, RoboBusiness - The Robot Report
The article highlights the prominence of surgical robotics at the upcoming DeviceTalks West and RoboBusiness events, held concurrently at the Santa Clara Convention Center on October 15-16. Surgical robots, recognized as a leading application of robotics and AI in healthcare, will be the focus of multiple sessions covering topics such as intellectual property protection, modern surgical robot suites, and the evolution from teleoperation to autonomous humanoid surgical robots. Notably, Intuitive Surgical’s senior VP Iman Jeddi will deliver a keynote on the redesign and launch of the da Vinci 5 system, underscoring ongoing innovation in this field. RoboBusiness 2025 emphasizes the development and commercialization of automation technologies, featuring tracks on design, enabling technologies, AI, and robotics, alongside networking opportunities and a Pitchfire competition. DeviceTalks West will convene top engineers, executives, and innovators to discuss advances in surgical robotics and digital surgery, including new clinical therapies like neurovascular treatment and expanded use in ambulatory surgery centers.
roboticssurgical-robotsmedical-technologyhealthcare-roboticsrobotic-surgeryautomationartificial-intelligenceHeySanta: World’s first AI Santa robot brings Christmas fun to kids
Hong Kong-based MangDang Technology has launched HeySanta, the world’s first AI-powered Santa Claus robot designed to combine festive fun with educational interaction for children. Available in two versions—HeySanta and HeySanta Pro—the robot features voice interaction, playful eye expressions that respond to conversations, and smooth motorized movement. It uses generative AI to improve its understanding over time through long-term memory and supports interruptible conversations. HeySanta can perform activities such as storytelling, singing, and acting as an alarm clock, all customizable via block programming. The robot is 12.8 inches tall, weighs about 0.5 kg, and operates on USB Type-C or AA batteries. Notably, it lacks a camera to prioritize data security. The product launched on Kickstarter in October 2025 and is slated for mass production with shipping beginning in November 2025. HeySanta will be open-source, with its code available on GitHub prior to shipping, encouraging community involvement and creativity. MangDang Technology,
roboticsAI-roboteducational-robotinteractive-robotAI-powered-robotopen-source-robotchildren's-roboticsHumanoids need orchestration to be useful in manufacturing, notes Flexxbotics CEO - The Robot Report
The article by Tyler Bouchard, CEO of Flexxbotics, emphasizes that humanoid robots in manufacturing require sophisticated orchestration and coordination to be truly effective. Rather than automating isolated tasks, humanoids must perform multiple operations autonomously and work seamlessly alongside other robots, machines, and human workers within smart factories. Achieving this level of integration demands that humanoids operate with contextual awareness, communicating bi-directionally with business IT systems and factory equipment to receive instructions, provide updates, and adjust actions in real time. Bouchard highlights that humanoids need robotic production software capable of secure, real-time read/write communication with diverse factory assets to enable fully autonomous operation. This closed-loop communication system allows humanoids to move beyond simple automation toward connected autonomy, where they can make contextual decisions and interact dynamically within production processes. Without such orchestration and interoperability, the potential of humanoid robots to drive scalable, efficient manufacturing will remain unrealized.
roboticshumanoid-robotssmart-factoryindustrial-automationmanufacturing-technologyrobot-orchestrationautonomous-robotsEdge computing and AI: A conversation with Palladyne AI's Ben Wolff
In Episode 216 of The Robot Report Podcast, hosts Steve Crowe and Mike Oitzman feature an interview with Ben Wolff, CEO of Palladyne AI, highlighting the company's advancements in AI and robotics. Palladyne AI focuses on simplifying robot programming through an improved user interface, developing autonomous drone swarming technology, and creating hardware-agnostic AI solutions. Wolff underscores the benefits of edge computing and stresses a customer-centric approach to ensure their products are essential and user-friendly. The episode also covers significant industry news, including ABB Group’s sale of its Robotics & Discrete Automation division to SoftBank for $5.375 billion amid declining orders and revenues. The report reviews SoftBank’s varied robotics investments over the years, such as acquisitions and divestitures involving Aldebaran Robotics, Boston Dynamics, and others. Additionally, Boston Dynamics showcased its latest humanoid hand design optimized for industrial durability and affordability, while Figure AI unveiled its Figure 03 humanoid robot aimed at safe, scalable
roboticsAIedge-computingautonomous-dronesrobot-programminghumanoid-robotsSoftBank-robotics-investmentsIntel expands Panther Lake processor edge applications to robotics - The Robot Report
Intel has unveiled detailed architectural information about its Intel Core Ultra Series 3 processor, codenamed Panther Lake, highlighting its expanded edge applications including robotics. To support this, Intel introduced a new Robotics AI software suite and reference board designed to help customers rapidly develop cost-effective robots with advanced AI capabilities for control and perception. Panther Lake, Intel’s first product built on the cutting-edge 18A semiconductor process, is set to begin high-volume production in 2024 at Intel’s new Fab 52 facility in Chandler, Arizona, with initial shipments expected by the end of the year and broad availability in January 2026. The Panther Lake processor leverages Intel’s 18A process, the most advanced semiconductor technology developed and manufactured in the U.S., featuring innovations such as RibbonFET transistor architecture and PowerVia backside power delivery. The processor offers a scalable multi-chiplet design, combining up to 16 performance and efficient cores, a new Intel Arc GPU with up to 12 Xe cores, and
roboticsIntel-Panther-LakeAI-processorssemiconductor-technologyedge-computingAI-accelerationadvanced-manufacturingRevolute Robotics brings in $1.9M to deploy its driving, flying robots - The Robot Report
Revolute Robotics, a Scottsdale-based startup founded in 2020, has raised $1.9 million to advance its hybrid aerial-terrestrial robots designed for autonomous inspection, security, and defense applications. The company’s robot features a durable exoskeleton and customizable payloads, enabling it to drive on the ground to conserve battery life and fly to overcome obstacles. This dual mobility allows longer inspection times over larger areas and access to confined, complex, and GPS-denied environments where traditional drones and robots cannot operate. Revolute’s platform supports multiple sensor types—including visual, thermal, gas, radiation detection, lidar mapping, and ultrasonic testing—making it a versatile “Swiss Army Knife” for industries such as oil and gas, power, chemicals, construction, and mining. The robot is already being used by security teams for perimeter patrols and threat response, and by defense teams for base patrol, intelligence, surveillance, reconnaissance (ISR), vehicle inspection, and search and rescue missions. The system also supports
roboticsautonomous-robotshybrid-mobility-robotdrone-technologyinspection-robotssurveillance-robotsdefense-technologyThe world is just not quite ready for humanoids yet
The article highlights skepticism from experts about the current state and near-term prospects of humanoid robots, despite significant investment and hype in the sector. Rodney Brooks, a renowned roboticist and iRobot founder, warns of an investment bubble, emphasizing that humanoids still lack the dexterity and fine motor skills necessary for practical use. Other AI and robotics experts echo this caution, noting that widespread adoption of humanoid robots is unlikely for several years, if not over a decade. Fady Saad, a robotics-focused venture capitalist, points out limited market opportunities beyond niche applications like space exploration and raises serious safety concerns about humanoids operating alongside humans, especially in homes. The timeline for achieving functional, commercially viable humanoid robots remains uncertain, complicating investment decisions given venture capital fund lifecycles. Nvidia’s AI research leaders compare the current enthusiasm for humanoids to early excitement around self-driving cars, which have yet to achieve full global scalability despite years of development. The complexity of humanoid robotics—such as managing
roboticshumanoid-robotsartificial-intelligencerobotics-investmentrobot-safetyautomationrobotics-technologyVideo: Speedy 'drone painter' covers 200 sqft per minute with ease
Lucid Bots has introduced a new painting module for its Sherpa drone, enabling it to spray paint and coat building exteriors with remarkable speed and efficiency. Previously used for cleaning windows and exteriors, the Sherpa drone can now cover over 200 square feet per minute, operating up to 160 feet high with continuous power via a tether. This advancement allows a single operator to manage the drone easily, completing jobs up to three times faster and at about half the traditional cost, significantly improving productivity and safety in high-risk, labor-intensive exterior work. The Sherpa drone leverages embodied AI, which enables it to interact with the environment by adjusting for factors like wind and surface texture to apply paint evenly. This capability addresses critical labor shortages and safety concerns in the construction industry, where many skilled workers are retiring and tasks often involve hazardous conditions. The modular design of the painting attachment allows existing Sherpa users to upgrade without purchasing new equipment, facilitating adoption. With applications already underway in stadium waterproofing and graffiti
roboticsdronesembodied-AIconstruction-automationindustrial-paintinglabor-safetymodular-roboticsIntel unveils 18A chips in major push to revive US semiconductor edge
Intel has unveiled its most advanced processors to date—the Core Ultra series 3 (codenamed Panther Lake) and Xeon 6+—built on its cutting-edge 18A semiconductor process. Panther Lake targets consumer and commercial AI PCs, gaming, and edge computing, featuring a scalable multi-chiplet architecture with up to 16 new performance and efficient cores, delivering over 50% faster CPU performance than its predecessor. It also includes an Intel Arc GPU with up to 12 Xe cores for 50% faster graphics and supports AI acceleration up to 180 TOPS. Additionally, Intel is expanding Panther Lake’s reach into robotics and edge applications through a new AI software suite and reference board. Xeon 6+, Intel’s first 18A-based server processor, is designed for hyperscale data centers and cloud providers, offering up to 288 efficient cores and a 17% increase in instructions per cycle, with availability expected in early 2026. The 18A process represents a
semiconductorsIntel-18AAI-chipsroboticsedge-computingenergy-efficiencymaterials-engineeringFigure 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-chargingsensorsautomationTesla Optimus Plans Evaporated - CleanTechnica
Tesla has reportedly abandoned its ambitious plan to deploy 10,000 Optimus robots internally by the end of 2023, a target previously announced by Elon Musk during an investor call earlier this year. According to reporting from The Information, these plans were scrapped over the summer, and the promise that the robots would be “doing useful things by the end of the year” appears unlikely to be fulfilled. Instead, Musk may showcase a “dancing troupe” of Optimus bots at Tesla’s upcoming annual meeting, which some interpret as more of a publicity stunt than evidence of practical progress. This development fits a broader pattern observed by industry watchers, where Musk tends to make bold claims when facing setbacks, sometimes doubling down on optimistic projections despite missed deadlines or unfulfilled promises. For example, Musk has suggested that Optimus could eventually represent 80% of Tesla’s value, a statement viewed skeptically given the current lack of tangible results. Meanwhile, the global robotics landscape is evolving rapidly, with China leading
roboticsTesla-Optimushumanoid-robotsautomationrobotics-industryindustrial-roboticsrobot-patentsLucid Bots brings embodied AI to commercial painting - The Robot Report
Lucid Bots Inc., a Charlotte-based robotics company founded in 2018, has introduced new painting and coating capabilities for its Sherpa Drone, originally designed for exterior building cleaning. The drone uses a power tether to stay aloft while lifting a hose from the ground to supply water or paint, with the paint reservoir remaining on the ground. The system features automation-assisted controls such as “Distance Lock,” which uses onboard sensors to maintain the optimal distance and angle between the spray nozzle and the surface, ensuring consistent coverage and minimizing overspray. The drone’s design also incorporates military-grade nano-coatings to prevent paint from adhering to its surface, facilitating easy cleanup. Lucid Bots aims to address the growing demand for automation in large-scale commercial and industrial infrastructure projects amid significant labor shortages and safety concerns in construction. With over 40% of construction workers expected to retire by 2031, the company leverages embodied AI—robots capable of navigating and manipulating the physical world—to perform dangerous and demanding tasks like painting
roboticsdronesembodied-AIautomationcommercial-paintingindustrial-robotsinfrastructure-maintenanceHow 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-mobilityBoston Dynamics humanoid robot gets new hands for heavy lifting
Boston Dynamics has introduced a significant upgrade to its humanoid robot Atlas by developing a new three-fingered gripper designed to improve its ability to handle both delicate and heavy objects. Unlike attempts to fully replicate the human hand, the company focused on creating a rugged, reliable gripper with seven degrees of freedom and seven actuators, including an articulated thumb joint. This design enhances Atlas’s dexterity, allowing it to perform complex tasks such as sorting, picking, packing, and manipulating objects with precision. The gripper also incorporates tactile sensing on the fingertips and cameras embedded in the palm, enabling the robot to adjust its grip based on the shape and delicacy of items. In addition to hardware improvements, Boston Dynamics has partnered with the Toyota Research Institute to develop a Large Behavior Model (LBM), an AI system trained on extensive human action datasets. This AI enables Atlas to understand, generate, and adapt human-like behaviors without the need for manual programming of each task. Demonstrations showed Atlas performing tasks such
roboticshumanoid-robotBoston-Dynamicsrobot-handstactile-sensingAI-in-roboticsrobot-gripperHumanoid robot 'superworker' offers dexterous industrial assistance
Ati Motors, an Indian AI and robotics company, has introduced the Sherpa Mecha humanoid-inspired robot designed specifically for practical industrial applications rather than human-like imitation. Unlike traditional humanoid robots that focus on replicating human appearance and motion, Sherpa Mecha prioritizes functionality on manufacturing floors, performing tasks such as machine tending, material transport, and heavy bin handling. The robot features high-performance actuators, precision gripping, 3D navigation, and a 26-pound payload capacity, moving on wheels for enhanced speed and safety in industrial environments. This design reflects Ati Motors’ philosophy of creating robots “for industry, not spectacle,” emphasizing utility and integration over biomimicry. Sherpa Mecha is positioned as a “tool-forward industrial superworker” capable of continuous, fatigue-free operation and seamless integration into existing automation lines. Developed in collaboration with research institutions and industrial partners, the robot has undergone extensive testing to ensure reliability and compatibility. Ati Motors promotes Sherpa Mecha as a customizable platform
roboticsindustrial-automationhumanoid-robotAI-roboticsmanufacturing-technologyautonomous-robotsindustrial-superworkerSupporting the future of medical robotics with smarter motor solutions - The Robot Report
The article highlights the critical role of advanced motor solutions in the evolving field of medical robotics, emphasizing how precision motion systems underpin improvements in surgical outcomes and patient care. As robotic-assisted surgery and automated medical devices become more compact and capable, the demand for highly accurate, reliable motors grows. Portescap, a leader in precision motor technology, addresses these needs by developing specialized brushless DC (BLDC) motors with slotless designs that minimize cogging torque, enabling smooth, high-torque, and high-speed motion essential for delicate procedures like microsurgery and endoscopy. Coupled with high-resolution magnetic encoders, these motors provide real-time feedback crucial for precise robotic control. The article also underscores the importance of durability and sterility in medical environments. Portescap designs motors, encoders, and gearheads to withstand rigorous sterilization processes, including over 1,000 autoclave cycles, ensuring safety and cost-effectiveness by facilitating device reuse rather than disposables. Additionally, the trend toward mini
roboticsmedical-roboticsprecision-motorsbrushless-DC-motorssurgical-technologymotion-controlrobotic-surgeryMicrobot Medical closes stock sale with $29.2M raised - The Robot Report
Microbot Medical Inc., a company specializing in advanced robotic technology for endovascular procedures, has completed the final closing of its stock option exercise, raising $29.2 million by selling 13.9 million shares of common stock. Founded in 2010 and based in Hingham, Massachusetts, Microbot offers the LIBERTY Endovascular Robotic System, a single-use, remotely operated device designed to improve precision, safety, and efficiency in neurovascular, cardiovascular, and peripheral vascular procedures. The system’s compact, single-use design enables controlled remote operation, potentially lowering procedure costs and enhancing care quality. In addition to the stock sale, Microbot announced a new patent for a modular robotic surgical system featuring a base and multiple interchangeable tool-receiver units, which could broaden LIBERTY’s applicability across various endovascular procedures. The company has issued new short-term Series J preferred investment options with an exercise price of $4.50 per share, potentially raising up to $63 million if fully exercised.
roboticssurgical-robotsmedical-technologyrobotic-surgeryhealthcare-innovationendovascular-proceduresMicrobot-MedicalYUAN Unveils Next-Gen AI Robotics Powered by NVIDIA for Land, Sea & Air - The Robot Report
YUAN, a leader in Industrial Video PCs, has introduced its next-generation AI robotics platforms—Pandora NX Super and AIR NX Super—powered by NVIDIA Jetson Orin technology. These platforms are designed for versatile applications across land, sea, and air, enabling advanced real-time video analytics and autonomous decision-making. Key sectors benefiting from these innovations include maritime safety, agriculture, and aerial inspections, where the integration of NVIDIA’s AI and sensor fusion technologies enhances operational efficiency and situational awareness. In maritime safety, YUAN’s Smart Sea Patrol system utilizes NVIDIA Jetson AGX Orin and Isaac ROS for multi-sensor fusion, delivering 360-degree monitoring and real-time threat detection. This system supports coast guard operations, offshore platform monitoring, and autonomous vessel navigation by identifying hazards, unauthorized vessels, and environmental threats such as oil spills and illegal fishing. In agriculture, YUAN’s Smart Farming solutions employ AI-driven drones and ground robots equipped with multispectral imaging, LiDAR, and GNSS
roboticsAI-roboticsNVIDIA-Jetsonautonomous-systemssmart-farmingmaritime-safetyedge-AIABB Group to sell ABB Robotics to SoftBank for $5.375B - The Robot Report
ABB Group has announced the sale of its ABB Robotics & Discrete Automation division to SoftBank Group Corp. for $5.375 billion. The Zurich-based industrial automation giant had previously planned to spin off the unit due to declining orders and revenues from 2023 through early 2025. ABB Robotics generated $2.3 billion in revenue in 2024, accounting for about 7% of ABB’s total revenue, with an operational EBITDA margin of 12.1%. The division employs roughly 7,000 people and includes a product portfolio featuring the OmniCore controller, industrial automation solutions, robot arms, and autonomous mobile robots acquired through ASTI Mobile Robotics. ABB intends to use the proceeds from the sale according to its capital allocation principles while maintaining focus on its core electrification and automation strategies. SoftBank, which has a history of investments and ownership in robotics companies with mixed outcomes, views this acquisition as a strategic move to advance its vision of “physical AI” by combining ABB Robotics’
roboticsindustrial-automationABB-RoboticsSoftBankautonomous-mobile-robotsrobot-armsrobotics-investmentSoftBank bulks up its robotics portfolio with ABB Group’s robotics unit
Japanese conglomerate SoftBank Group is expanding its robotics portfolio by acquiring ABB Group’s robotics business unit based in Zurich for $5.375 billion. The deal, expected to close by mid-to-late 2026 pending regulatory approval, involves ABB’s robotics division which employs around 7,000 people and generated $2.3 billion in revenue in 2024, accounting for 7% of ABB’s total revenue. ABB’s robotics unit offers a range of robots for tasks such as picking, cleaning, and painting. Following the acquisition, Sami Atiya, the division head, will leave the company. SoftBank aims to revitalize the robotics spinoff, whose revenue declined from $2.5 billion in 2023 to $2.3 billion in 2024. SoftBank has been steadily increasing its investments in robotics, including stakes in established companies like AutoStore and startups such as Skild AI and Agile Robots, alongside launching its own SoftBank Robotics Group in 2014
roboticsSoftBankABB-Groupartificial-intelligencephysical-AIrobotics-acquisitionautomationEdge-to-cloud robotics: eInfochips teams up with InOrbit - The Robot Report
eInfochips, an Arrow Electronics company specializing in product engineering and digital transformation, has formed a strategic partnership with InOrbit, a provider of AI-powered robot orchestration. This collaboration aims to deliver scalable, optimized edge-to-cloud robotics solutions for industries requiring large-scale autonomous mobile robot (AMR) deployments, such as warehouses, factories, and industrial hubs. Leveraging eInfochips’ Robotics Center of Excellence, the partnership will support the entire robotics stack—from hardware design and sensor fusion to edge AI and digital twins—while InOrbit’s Space Intelligence platform will provide tools for real-time fleet management, incident response, multi-vehicle orchestration, and continuous performance optimization. The integrated offering is designed to simplify and accelerate the deployment of AMR fleets, enabling businesses to automate repetitive tasks like material handling and sorting with greater flexibility and operational scale. eInfochips brings extensive expertise in AI, hardware integration, and partnerships with platform providers like NVIDIA and Qualcomm, while InOrbit contributes its experience in managing thousands of robots
roboticsedge-computingautonomous-mobile-robotsAIIoTcloud-roboticsindustrial-automationHumanoid 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-controlengineeringShenzhenReframe Systems wants to use robotic microfactories to change how we build homes - The Robot Report
Reframe Systems, founded in 2022 by Vikas Enti and Aaron Small, aims to address the U.S. housing shortage and improve home resilience through robotic microfactories. The company leverages off-the-shelf robotic arms combined with proprietary vision, motion planning, and fixturing technologies to automate the framing and assembly of homes away from traditional construction sites. This microfactory approach allows Reframe to consolidate operations, build components like walls and ceilings out of the conventional sequence, and target automating 60% to 80% of home construction. The startup recently raised $20 million to scale its operations, with a long-term goal of building one million homes by 2045. Enti highlights that the construction industry's fragmentation—requiring about 25 specialized subcontractors per home—has hindered widespread automation adoption, as most firms operate as small businesses lacking resources for R&D or technology investment. By shifting construction to controlled microfactories, Reframe aims to overcome these challenges and improve
roboticsmicrofactoriesconstruction-automationrobotic-armshome-building-technologysustainable-constructionhousing-innovationCivil engineer deficit forces shift to AI and robotics in bridge projects
The article highlights a critical workforce shortage in civil engineering, particularly in bridge construction, which is driving a shift toward increased use of automation, robotics, and modular construction techniques. Historically, bridge building has evolved from simple wooden structures to complex modern feats capable of spanning vast distances and enduring extreme conditions. However, the current decline in skilled labor—exacerbated by retirements and fewer new graduates—threatens to slow infrastructure development at a time when demand is surging. In the US alone, an estimated 23,600 civil engineering job openings are projected annually from 2024 to 2034, largely due to workforce turnover. To address this gap, the industry is increasingly adopting robotic technologies. Notable examples include China’s use of construction robots in completing the world’s longest single-tower suspension bridge in 2022, and Norway’s Ya Bridge, the first automotive bridge assembled using robotic laser welding. These innovations help mitigate labor shortages by automating high-risk or labor-intensive tasks, although
roboticsconstruction-robotsAI-in-engineeringrobotic-weldingcivil-engineering-automationinfrastructure-technologyworkforce-automationARM Institute opens technology project call to speed submarine manufacturing - The Robot Report
The ARM Institute has launched a new Technology Project Call aimed at accelerating submarine manufacturing by addressing critical challenges within the U.S. marine industrial base (MIB). The call seeks mature technologies (Technology Readiness Level 7+) that can be demonstrated in shipyard-representative environments to enhance production capabilities for Columbia-class and Virginia-class submarines. Key focus areas include welding automation and monitoring, metrology and in-process inspection, and casting process automation. Proposals must be submitted by Nov. 21 via the ARM member community, as only members can apply. This initiative responds to significant issues facing the MIB, such as workforce shortages, loss of expert knowledge, supply chain instability, and technical hurdles that could be mitigated through robotics and artificial intelligence. The ARM Institute emphasizes collaboration among industry, government, and academia to foster innovation and overcome funding or technical barriers. The project call is part of a broader schedule of calls planned through early 2026, reflecting the Institute’s ongoing commitment to strengthening U.S
roboticsmanufacturing-automationsubmarine-constructionwelding-automationAI-in-manufacturingindustrial-roboticstechnology-readiness-levelAutonomous ARGUS robot tracks hackers and guards physical spaces
Romanian researchers from Ștefan cel Mare University have developed ARGUS (Autonomous Robotic Guard System), an innovative autonomous robot that integrates physical security and cybersecurity into a unified defense platform. Equipped with LiDAR, RGB/IR cameras, an intrusion detection system (IDS) module, and AI-powered computer vision, ARGUS can simultaneously patrol physical spaces and monitor network traffic to detect intruders and cyber threats in near real-time. It uses deep learning to identify suspicious activities such as unauthorized personnel, weapons, abnormal sounds, and digital anomalies, enabling it to respond to both physical and cyber breaches concurrently. ARGUS employs advanced navigation technologies like Simultaneous Localization and Mapping (SLAM) and sophisticated control algorithms to autonomously maneuver through indoor and outdoor environments without human intervention. Its modular design allows integration with existing security infrastructures, making it suitable for complex environments such as industrial plants, smart cities, airports, and research labs where cyber-physical threats often overlap. Future developments envision multiple ARGUS units operating as
roboticsautonomous-robotscybersecurityAISLAMsmart-buildingsintrusion-detectionMedical Microinstruments completes first case in neurosurgical trial with MMI Symani system - The Robot Report
Medical Microinstruments Inc. (MMI) has completed the first neurosurgical cases using its Symani Surgical System in a clinical trial sponsored by the Jacobs Institute at Buffalo General Medical Center. The Symani system features a portable cart with a macropositioner and micromanipulators offering seven degrees of freedom, designed to enhance precision in delicate microsurgical procedures. This milestone builds on a 2024 preclinical study and demonstrates the system’s ability to perform highly skilled maneuvers in neurosurgery, potentially surpassing human manual capabilities. MMI aims to expand robotic microsurgery into complex areas such as neurovascular disease treatment, with the goal of reducing stroke, seizures, paralysis, and vision problems. The system combines wristed micro-instruments with tremor reduction and motion scaling and has been used in over 2,000 cases globally, primarily in lymphatic surgery. Although FDA-authorized for general use in the U.S. and CE-marked in Europe, the Symani system has
roboticsmedical-roboticssurgical-robotsneurosurgeryrobotic-surgerymedical-technologyrobotic-microsurgeryWatch: South Korean robotic hand performs a moonwalk with its fingers
South Korea’s Hanyang University showcased a playful yet technically impressive demonstration of robotic dexterity by having the Tesollo DG-5F robotic hand perform a finger-based moonwalk to Michael Jackson’s "Smooth Criminal." This 40-second video, created by PhD candidate Ji-Hun Bae at the RoCogMan Lab, serves as an academic parody inspired by a similar moonwalk performed by KAIST’s humanoid robot using legs. The demonstration highlights the robotic hand’s fine motor control and joint coordination, emphasizing that not only humanoid robots but also robotic fingers can exhibit dance-like movements. The Tesollo DG-5F is a fully actuated, five-finger anthropomorphic robotic hand with 20 degrees of freedom, designed for human-like precision. Each joint is independently controlled, enabling complex, coordinated movements and various grip patterns such as pinch, power, and precision grips. Equipped optionally with high-precision force sensors, the DG-5F provides tactile feedback essential for adaptive force control and slip
roboticsrobotic-handdexterous-manipulationanthropomorphic-robotTESOLLO-DG-5Frobotic-cognitionmedical-roboticsVideo: 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-intelligenceDrone lands on speeding truck with shock absorbers, reverse thrust
Researchers at Université de Sherbrooke in Canada have developed the DART (Direct Approach Rapid Touchdown) drone, capable of safely landing on a moving vehicle traveling up to 110 km/h (68 mph). In tests by the Createk Research Lab, DART completed 38 consecutive landings on a pickup truck’s flatbed at highway speeds. This breakthrough addresses a longstanding challenge in drone technology, where high-speed landings risk damage due to air drag and impact forces. The team’s novel system combines friction-based shock absorbers with reverse thrust control, enabling the drone to absorb impact energy and maintain secure contact without rebounding or sliding. DART’s landing process involves tracking the vehicle from above, performing a high-speed vertical dive to minimize wind interference, and executing a pitch-leveling maneuver just before touchdown to ensure even contact. The shock absorbers dissipate kinetic energy while reverse thrust presses the drone’s legs firmly against the surface, allowing stable attachment even on fast or uneven moving platforms. This
drone-technologyroboticsshock-absorbersreverse-thrustautonomous-landingUAV-innovationmechanical-engineeringWomen in robotics you need to know about 2025 - Robohub
The article "Women in Robotics You Need to Know About 2025" from Robohub celebrates International Women in Robotics Day by highlighting 20 influential women shaping the robotics field worldwide. Robotics today extends beyond traditional manufacturing to areas like space exploration, healthcare, agriculture, and global connectivity. The featured women include professors, engineers, startup founders, and communicators from diverse countries such as Australia, Brazil, Canada, China, Germany, Spain, Switzerland, the UK, and the US. Their work spans tactile sensing, swarm robotics, embodied AI, and more, demonstrating the broad scope and impact of robotics research and innovation. The article emphasizes the importance of recognizing women's contributions to robotics to combat their historical invisibility and encourage greater representation. Among the honorees are Heba Khamis, co-founder of Contactile developing tactile sensors; Kelen Teixeira Vivaldini, researching autonomous robots for environmental applications; Natalie Panek, a senior engineer in space robotics; and Joelle Pineau,
roboticswomen-in-roboticstactile-sensorsautonomous-robotsAI-in-roboticsswarm-roboticsrobotics-innovationChina tests robot dogs to unlock moon’s secrets, help build lunar base
China is developing robotic dogs to explore lunar lava tubes—underground tunnels formed by ancient volcanic activity—that could serve as protective sites for future moon bases. Researchers from Peking University have created two types of robot dogs, named “Anteater” and “Salamander,” each with specialized features to navigate the moon’s challenging terrain. These robots are equipped with autonomous navigation, obstacle avoidance, 3D mapping, and embodied intelligence, enabling them to scout narrow, uneven, and low-light environments similar to lunar caves. Testing is currently underway in a lava tube–like cave in Northeastern China, chosen for its geological similarity to expected lunar conditions. The motivation behind this research is China’s ambition to establish a crewed lunar base within these underground caves, which offer natural protection from radiation, micrometeorites, and extreme temperature fluctuations on the moon’s surface. More than 200 pits and large underground cavities have been identified on the moon, with NASA confirming a significant cavity in 2024. These
roboticslunar-explorationrobot-dogsautonomous-navigationspace-technologyAI-roboticslunar-base-developmentSolving the labor crisis: How community colleges fuel the robotics workforce - The Robot Report
The article highlights the critical role community colleges play in addressing the skilled labor shortage in the robotics and automation industry. Unlike the common perception that four-year degrees are essential for high-tech careers, community colleges provide accessible, affordable, and targeted education for technicians who assemble, test, install, and maintain robots and automated machinery. Sierra College in Rocklin, California, serves as a prime example, offering mechatronics programs that combine electronics, mechanical theory, and hands-on lab experience to prepare students for well-paying, in-demand jobs. The college actively adapts its curriculum based on industry needs, such as scaling back automotive technician training to focus on essential skills aligned with local employer requirements. Local high-tech companies like Bosch have supported Sierra College by funding curriculum development in areas like high-voltage electronics and circuit design, ensuring students gain relevant skills such as PLC ladder logic and robot programming. The program benefits from strong industry partnerships, with companies participating in advisory committees to shape course content. The college’s acquisition of industrial robots
roboticsworkforce-developmentmechatronicsautomationSTEM-educationskilled-laborcommunity-collegesTesla’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-controlRobot that reads wind direction competes with archers in Korea event
At the 2025 Hyundai Motor Chung Mong-koo Cup Korea Archery Championship held on October 3 in Gwangju, South Korea, a cutting-edge archery robot developed by Hyundai Motor Group competed against the nation’s elite archers. Equipped with advanced sensors, the robot measured wind direction and speed, adjusting its arrow launch angles with millimeter-level precision. Despite a sudden storm that initially disrupted its performance, the robot recalibrated and delivered a streak of perfect 10-point shots. However, the human archers narrowly outscored the robot, with the men’s and women’s teams combining for a 55 to 54 victory in the recurve category, while also outperforming the robot in the compound bow category. The event recreated international tournament conditions to provide realistic domestic practice and served as a test of South Korea’s readiness for upcoming major competitions like the 2026 Asian Games and 2028 Olympics. Hyundai’s innovations extend beyond the robot, including a multi-camera posture analysis system
roboticssensorsarchery-robotHyundaiBoston-Dynamicsprecision-technologyrobotics-competitionDiligent Robotics adds two members to AI advisory board - The Robot Report
Diligent Robotics, known for its Moxi mobile manipulator used in hospitals, has expanded its AI advisory board by adding two prominent experts: Siddhartha Srinivasa, a robotics professor at the University of Washington, and Zhaoyin Jia, a distinguished engineer specializing in robotic perception and autonomy. The advisory board, launched in late 2023, aims to guide the company’s AI development with a focus on responsible practices and advancing embodied AI. The board includes leading academics and industry experts who provide strategic counsel as Diligent scales its Moxi robot deployments across health systems nationwide. Srinivasa brings extensive experience in robotic manipulation and human-robot interaction, having led research and development teams at Amazon Robotics and Cruise, and contributed influential algorithms and systems like HERB and ADA. Jia offers deep expertise in computer vision and large-scale autonomous systems from his leadership roles at Cruise, DiDi, and Waymo, focusing on safe and reliable AI deployment in complex environments. Diligent Robotics’
roboticsAIhealthcare-robotsautonomous-robotshuman-robot-interactionrobotic-manipulationembodied-AIBezos predicts that millions will live in space kind of soon
At Italian Tech Week in Turin, Jeff Bezos predicted that millions of people will be living in space within the next couple of decades. He emphasized that this migration will be driven primarily by choice, with robots managing labor-intensive tasks and AI-powered data centers operating in orbit. Bezos’s vision contrasts with, yet parallels, Elon Musk’s long-standing goal of colonizing Mars, where Musk envisions a million inhabitants by 2050. Both billionaires appear optimistic about rapid space habitation, though their timelines and approaches differ. Bezos also expressed strong support for the current surge in AI investments, describing it as a beneficial “industrial” bubble rather than a speculative financial one. He conveyed an overall optimistic outlook on the future, suggesting that this period is an unprecedented opportunity for technological advancement and innovation. His remarks reflect a confident stance on both space exploration and AI development as transformative forces shaping humanity’s near future.
robotsAIspace-colonizationBlue-Originroboticsartificial-intelligencespace-technologyAdrian Stoch: Driving Hai Robotics' U.S. expansion
In Episode 215 of The Robot Report Podcast, Adrian Stoch, CEO of Hai Robotics USA, discusses his move from GXO Logistics to Hai Robotics, attracted by the company’s customer-focused approach and innovative culture under founder Richie Chen. Stoch emphasizes the importance of aligning automation solutions with customer needs, highlighting a trend toward large-scale automation driven by global supply chain challenges and labor shortages. His goals for Hai Robotics in the Americas include building a skilled team and implementing lean processes to support growth and enhance customer success. The episode also covers major robotics industry news, including Dexory’s milestone of 500 million warehouse scans and an $80 million Series B funding round aimed at expanding its AI-powered DexoryView platform and U.S. market presence. DoorDash introduced Dot, a compact autonomous delivery robot designed for neighborhood deliveries, capable of carrying up to 30 pounds and traveling at speeds up to 20 mph. Zoox has begun testing its self-driving robotaxi service in Washington, D.C., marking its
roboticsautonomous-robotswarehouse-automationdelivery-robotsAI-powered-roboticslogistics-automationself-driving-vehiclesAI robots speed up installation of 500,000 solar panels in Australia
An Australian electricity and gas provider, ENGIE, is using AI-powered autonomous robots developed by US company Luminous Robotics to install nearly 500,000 solar panels at the 250-megawatt Goorambat East Solar Farm in Victoria. The LUMI S4 robots employ AI-driven pick-and-place technology to lift and position solar modules onto racking structures, reducing the physically demanding manual labor involved in solar farm construction. This robotic assistance enhances installation speed, improves worker safety by minimizing injury risks, and allows human crews to focus on skilled tasks. The project is ahead of schedule, with first energization expected by October 2025 and full operation targeted for mid-2026, supplying power to over 100,000 homes. Funded in part by a USD 4.9 million grant from the Australian Renewable Energy Agency (ARENA) as part of its Solar ScaleUp Challenge, the deployment marks Luminous Robotics’ first international use of the LUMI fleet. The company
roboticssolar-energyAI-robotsrenewable-energysolar-panel-installationautomationclean-energy-technologyEndoQuest Robotics completes first robotic ESD procedure at Mayo Clinic - The Robot Report
EndoQuest Robotics announced that a surgeon at the Mayo Clinic successfully completed the first robotic endoscopic submucosal dissection (ESD) procedure using its Endoluminal Surgical (ELS) System as part of the multicenter PARADIGM Trial. This trial is designed to evaluate the system for lower gastrointestinal tract procedures. Dr. Norio Fukami, a leading expert in therapeutic endoscopy at Mayo Clinic Arizona, performed the 4 cm colorectal lesion removal under an FDA Investigational Device Exemption pivotal trial. He praised the device for its intuitive use, enhanced surgical control through dynamic traction and counter-traction, and its potential to make complex procedures more straightforward and reproducible, representing a significant advancement in endoluminal therapies. EndoQuest developed the ELS System to address the technical challenges and steep learning curve associated with ESD and other advanced endoluminal procedures, which are limited by conventional flexible endoscopes. Preclinical data from Brigham and Women’s Hospital
roboticsmedical-roboticssurgical-robotsendoscopic-surgeryhealthcare-technologyrobotic-surgeryminimally-invasive-surgeryNew deep tech fund Wave Function Ventures raises $15 million
Jamie Gull, an aerospace engineer with a background at Scaled Composites and SpaceX, has launched Wave Function Ventures, an early-stage deep tech fund that recently closed its first $15.1 million fund. Gull has already invested in nine startups across sectors including nuclear energy, humanoid robotics, and aerospace, with plans to make about 25 seed or pre-seed investments. The fund’s limited partners include high net worth individuals, family offices, and other funds, though the anchor LP remains undisclosed. Wave Function Ventures enters the market amid growing interest and capital inflows into deep tech, especially in aerospace and defense, exemplified by other large funds like Silicon Valley’s Leitmotif. Gull’s extensive experience spans rapid prototyping, founding an eVTOL startup (Talyn Air), angel investing, and venture partnership at Y Combinator’s Pioneer Fund. He aims to leverage this expertise to support founders navigating the uncertain early stages of deep tech ventures. He believes deep tech startups
roboticsenergyaerospacedeep-techventure-capitalstartupsnuclear-energyFesto Didactic celebrates Manufacturing Day, dedicates efforts to workforce development - The Robot Report
Festo Didactic, the vocational and technical training division of global automation company Festo SE, is celebrating its 100th anniversary alongside National Manufacturing Day, which launches Manufacturing Month in the U.S. Manufacturing Day, organized by the Manufacturing Institute, highlights modern factories and production technologies while promoting STEM education and addressing skilled labor shortages through events and job fairs. Ted Rozier, director of digital, advanced technology, and robotics at Festo Didactic, emphasized the company’s century-long innovation and its broad involvement in areas such as digitization and workforce development. Rozier discussed the evolving role of artificial intelligence (AI) in manufacturing, noting the importance of using AI thoughtfully to enhance production processes rather than viewing it as a threat. He highlighted the need for education around data classification, predictive maintenance, and the integration of AI tools to empower technicians and operators—currently among the most in-demand manufacturing roles—to make better decisions and improve efficiency. On workforce development, Rozier stressed the importance of teaching practical skills across educational
roboticsmanufacturingworkforce-developmentAI-in-manufacturingautomationindustrial-roboticsSTEM-educationRobot 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-robotsMicrobot Medical receives first Japanese patent for LIBERTY - The Robot Report
Microbot Medical, developer of the LIBERTY Endovascular Robotic System, has received its first Japanese patent covering the core technology of its compact robotic device designed to drive and manipulate elongate surgical tools. This milestone follows recent patents granted in the U.S., China, and Israel, as well as FDA 510(k) clearance in September. The company aims to expand beyond its initial focus on the U.S. market into strategically important regions like Japan, leveraging FDA clearance to potentially expedite local regulatory approvals and adoption. The LIBERTY system is designed to enhance precision, safety, and efficiency in neurovascular, cardiovascular, and peripheral vascular procedures through remote-controlled, single-use robotic technology. Microbot highlights that LIBERTY’s compact design could reduce procedure costs and improve care quality. Additionally, a recently granted patent for a modular robotic surgical system may enable adapting LIBERTY for a broader range of endovascular applications. To support ongoing development, commercialization, and regulatory efforts, Microbot plans to raise up
roboticsmedical-roboticssurgical-robotsendovascular-proceduresrobotic-surgeryhealthcare-technologymedical-devicesWorld’s first half-trillionaire: Elon Musk hits $500 billion fortune
Elon Musk has become the first person in history to reach a net worth of $500 billion, briefly crossing $500.1 billion according to Forbes’ billionaires index. This milestone reflects the rising valuations of his key ventures, notably Tesla, which remains central to his fortune due to his 12% stake. Tesla’s stock performance in 2024, with a yearly gain exceeding 20%, has been critical in boosting Musk’s wealth, despite challenges such as slowing car sales, competition from Chinese EV maker BYD, and profit margin pressures. Musk’s renewed focus on Tesla, underscored by his recent $1 billion share purchase and increased involvement after a period of political engagement, has been positively received by investors. Musk’s wealth lead remains substantial compared to rivals like Oracle founder Larry Ellison, whose net worth stands at $350.7 billion. Ellison briefly surpassed Musk last month due to Oracle’s strong stock performance driven by cloud computing and AI optimism, but Musk quickly regained the
Elon-MuskTeslaelectric-vehiclesartificial-intelligenceroboticsenergytechnology-innovationJeff 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-landerroboticsTop 10 robotics developments of September 2025 - The Robot Report
In September 2025, the robotics industry experienced significant developments, highlighted by major funding rounds, new product launches, and shifts in technology platforms. UBTECH Robotics secured up to $1 billion in financing from Infini Capital to expand humanoid robot production in the Middle East, planning a superfactory and R&D center. Similarly, Figure AI raised over $1 billion in Series C funding, reaching a $39 billion valuation to accelerate general-purpose humanoid robot deployment. These investments underscore the growing emphasis on humanoid robots as key players in industrial and service sectors, despite ongoing challenges in advancing their capabilities at the pace of AI chatbots. Several companies introduced innovative technologies addressing automation and robotics control. Google DeepMind and Intrinsic collaborated on AI solutions for multi-robot planning to reduce programming complexity in industrial settings, where over 4.3 million robots are currently in use. U.K.-based startup Humanoid launched the HMND 01 Alpha, a dual-armed mobile manipulator designed to help alleviate
roboticshumanoid-robotsindustrial-robotsAI-in-roboticsrobot-automationmulti-robot-planningrobotics-industry-developmentsFieldAI founder and CEO to discuss building risk-aware AI models at RoboBusiness - The Robot Report
FieldAI, a company specializing in autonomy software for industries such as construction, oil and gas, mining, and agriculture, is addressing the challenge of deploying scalable autonomous robots in complex real-world environments. At RoboBusiness 2025 in Santa Clara, CEO Dr. Ali Agha will present how FieldAI’s “physics-first” foundation models (Field Foundation Models, FFMs) are uniquely designed for embodied intelligence. Unlike traditional vision or language models adapted for robotics, FFMs are built from the ground up to handle uncertainty, risk, and physical constraints, enabling robots to make real-time decisions and navigate dynamic, unstructured settings without relying on maps, GPS, or predefined routes. This approach is already being implemented successfully in various industrial applications worldwide. Dr. Ali Agha brings nearly 20 years of experience in AI and autonomy, having led significant projects at NASA’s Jet Propulsion Laboratory, including the DARPA Subterranean Challenge and autonomous exploration missions on Mars. His expertise underpins FieldAI’s strategic
roboticsAIautonomyFieldAIrobotics-softwareindustrial-robotsRoboBusinessJet-powered robot baby shows robust flight control in simulations
The article discusses a significant advancement in flight control for the jet-powered humanoid robot iRonCub, developed by researchers at the Italian Institute of Technology. The team introduced a novel Model Predictive Control (MPC) framework that integrates both the robot’s fast joint actuators and slower jet engine dynamics through a multirate control design. This approach uses a linearized centroidal momentum model for flight dynamics combined with a nonlinear model for jet propulsion, allowing the controller to issue commands at rates suited to each actuator’s physical capabilities. Simulations in MuJoCo demonstrated the robot’s ability to maintain stable flight, recover from disturbances such as pushes causing pitching and rolling, and accurately track both smooth and aggressive flight trajectories. This research marks a step forward in combining walking robots with airborne mobility, with the iRonCub3 platform having recently achieved lift-off in the lab by hovering about 50 centimeters using four jet engines. The unified multirate MPC framework not only improves responsiveness and stability by embedding jet dynamics directly
roboticshumanoid-robotjet-propulsionflight-controlmodel-predictive-controlsimulationautonomous-systemsCone Drive adds cycloidal gearing technology to its robotics lineup - The Robot Report
Cone Drive has expanded its motion control product line by adding a cycloidal gearing series designed to meet the high performance and durability requirements of modern robotics and automation. The company highlights that cycloidal gears, specifically from the Spinea range, offer precision, compactness, and high torque transmission, making them ideal for robotic systems that demand low backlash, high positioning accuracy, and long service life. These gears distribute torque across multiple contact points, resulting in excellent shock load resistance and quiet, vibration-free operation. The new cycloidal gearing lineup from Cone Drive includes various configurations such as inline and right-angle variants, hollow-shaft and solid-shaft options, and a broad range of gear ratios, allowing for easy integration into both OEM and custom systems. Cone Drive supports this product line globally through its network of technical specialists, providing application assistance, rapid prototyping, and customization services across North America, Europe, and Asia. As a Timken unit with over a century of experience, Cone Drive offers a comprehensive portfolio of
roboticscycloidal-gearingmotion-controlindustrial-robotsautomationprecision-engineeringtorque-transmissionHackers can hijack Unitree humanoid robots via Bluetooth flaw
Security researchers Andreas Markis and Kevin Finnisterre revealed a critical Bluetooth Low Energy (BLE) vulnerability affecting Unitree Robotics’ humanoid and quadruped robots, including the Go2, B2, G1, and H1 models. The flaw, dubbed UniPwn, allows attackers to gain root-level wireless access by exploiting hardcoded encryption keys used in the robots’ BLE setup for WiFi configuration. This weakness enables a single compromised robot to infect others within range, effectively creating a self-propagating botnet. Additionally, the G1 robot was found to transmit data to servers in China every five minutes without user notification, raising further privacy and security concerns. The researchers criticized Unitree Robotics for poor communication regarding these vulnerabilities, questioning whether the issues stem from negligence or intentional design flaws. In response, Unitree acknowledged the problems and stated that most fixes have been completed and will be rolled out soon. Experts recommend disabling Bluetooth connectivity and using only WiFi to connect these robots to mitigate risks
roboticscybersecurityBluetooth-Low-EnergyUnitree-robotsIoT-securityhumanoid-robotsrobot-hackingRethinking how robots move: Light and AI drive precise motion in soft robotic arm - Robohub
Researchers at Rice University have developed a novel soft robotic arm that can perform complex tasks such as navigating obstacles or hitting a ball, controlled remotely by laser beams without any onboard electronics or wiring. The arm is made from azobenzene liquid crystal elastomer, a polymer that responds to light by shrinking under blue laser illumination and relaxing in the dark, enabling rapid and reversible shape changes. This material’s fast relaxation time and responsiveness to safer, longer wavelengths of light allow real-time, reconfigurable control, a significant improvement over previous light-sensitive materials that required harmful UV light or slow reset times. The robotic system integrates a spatial light modulator to split a single laser into multiple adjustable beamlets, each targeting different parts of the arm to induce bending or contraction with high precision, akin to the flexible tentacles of an octopus. A neural network was trained to predict the necessary light patterns to achieve specific movements, simplifying the control of the arm and enabling virtually infinite degrees of freedom beyond traditional robots with fixed joints
roboticssoft-roboticssmart-materialsAI-controllight-responsive-materialsmachine-learningazobenzene-elastomerToyota 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-technologyMachina Labs uses robotics, AI to customize automotive body manufacturing - The Robot Report
Machina Labs, founded in 2019 and based in Los Angeles, is revolutionizing automotive body manufacturing by replacing traditional, bulky, and expensive dies and presses with a robotic and AI-driven approach. Their RoboCraftsman platform uses advanced robotics and AI process controls to incrementally form sheet metal into customized vehicle panels rapidly, eliminating the need for dedicated tooling per model variation. This innovation significantly reduces capital costs, storage needs, and production changeover times, enabling automakers to offer customized vehicles at mass-production prices. The technology also allows the use of new metal alloys, such as titanium and nickel, which were previously difficult to form with conventional methods. The company’s approach supports on-demand, low-volume part production near assembly lines, streamlining factory workflows and enabling dynamic batching without disrupting existing manufacturing processes. This contrasts with traditional automotive manufacturing, which relies on long-term use of costly dies and molds, limiting customization and flexibility. Machina Labs initially targeted defense applications with high-mix, low-volume production but
roboticsAIautomotive-manufacturingsheet-metal-formingindustrial-robotsmanufacturing-automationcustom-vehicle-productionMassRobotics opens Cohort 5 applications for Healthcare Robotics Startup Catalyst - The Robot Report
MassRobotics has opened applications for Cohort 5 of its Healthcare Robotics Startup Catalyst Program, a five-month, non-equity initiative aimed at accelerating clinical readiness, technical validation, and go-to-market strategies for robotics and automation startups in healthcare and life sciences. The program runs from January to May 2026 and culminates in a showcase at the Robotics Summit & Expo in Boston. Startups working on a broad range of healthcare robotics—including laboratory automation, diagnostics, surgical robotics, rehabilitation devices, and enabling technologies—are encouraged to apply by the December 1, 2025 deadline. The program welcomes global teams at various stages, from seed funding to Series C. Cohort 5 will benefit from an expanded Medical Advisory Board featuring experts from Mass General Brigham and others, enhancing support in perioperative care, patient safety, and clinical workflow integration. Selected startups receive tailored mentorship from senior leaders at companies such as Festo, Novanta, Mitsubishi Electric Automation, MITRE, and yax
roboticshealthcare-roboticsstartup-acceleratorautomationAI-enabled-robotsclinical-technologyrobotics-summitGlobant 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-robotsRoot 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-systemsGoogle's Gemini model lets humanoid robot carry out multimodal tasks
Google DeepMind has unveiled advancements in its humanoid robots powered by the Gemini Robotics 1.5 AI models, enabling them to perform complex, multi-step tasks through multimodal reasoning. Demonstrated in a recent video, the bi-arm Franka robot successfully completed the "banana test," sorting different fruits by color into separate plates, showcasing improved capabilities over previous models that could only follow single-step instructions. Another test featured Apptronik’s Apollo humanoid sorting laundry by color, even adapting to changes in basket positions mid-task, highlighting the robots' enhanced perception and adaptability. The Gemini Robotics 1.5 family includes two complementary models: one that converts visual inputs and instructions into actions, and another that reasons about the environment to create step-by-step plans. This agentic framework allows robots to autonomously study their surroundings, make decisions, and execute tasks such as sorting waste according to local recycling rules by researching guidelines online and applying them in real time. Google emphasizes safety in these models, incorporating risk assessment
roboticshumanoid-robotsAI-modelsmultimodal-tasksautonomous-robotsrobot-perceptionrobot-reasoningDoorDash 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-deliveryUS Army tests 75-pound drone that strikes targets like a missile
The US Army recently conducted its first live-fire test of the Switchblade 600 loitering munition system with the 1st Cavalry Division at Fort Cavazos, Texas. The Switchblade 600 is a tube-launched, unmanned aerial system approximately 5 feet long and weighing 75 pounds, equipped with a Javelin multipurpose warhead. It can fly up to 27 miles, loiter for 40 to 45 minutes, and deliver a 5-pound explosive payload with precision. Unlike traditional drones, it functions as a remote-controlled missile that can be redirected mid-flight, allowing operators to identify, select, and engage targets while minimizing collateral damage and enhancing soldier safety. Previously used primarily by Special Operations Forces and light infantry, the Switchblade 600 is now being integrated into armored formations as part of the Army’s “Transforming in Contact” initiative, which aims to modernize combat tactics by incorporating advanced drone technologies and communications. Soldiers trained intensively with the system
droneunmanned-aerial-systemmilitary-technologyroboticsprecision-strikedefense-technologyautonomous-weaponsNext-gen robots are welding shipyards, roaming city streets in Korea
Korea Advanced Institute of Science and Technology (KAIST) has showcased how its research-backed startups are pioneering next-generation robots capable of operating in challenging environments such as shipyards and urban streets. DIDEN Robotics has developed the quadrupedal DIDEN 30 robot, equipped with magnetic feet to crawl on steel walls and ceilings, designed for high-risk tasks like welding and painting by 2026. They are also advancing a bipedal robot, DIDE Walker, for stable walking in complex industrial settings. DIDEN Robotics has partnered with major Korean shipbuilders including Samsung Heavy Industries and HD Hyundai Samho to customize these robots, aiming to address labor shortages and enhance automation in shipbuilding. Meanwhile, Eurobotics is commercializing humanoid walking technology that enables robots to navigate indoor and outdoor industrial sites, including rough terrains, without relying on cameras or external sensors. Their humanoid robot uses a Blind Walking Controller, which allows it to "imagine" the ground and walk steadily on sidewalks, slopes,
robotsroboticshumanoid-robotsindustrial-automationshipyard-technologywalking-robotsKorea-Advanced-Institute-of-Science-and-TechnologyNVIDIA unveils brain-and-body stack to train next-gen humanoids
NVIDIA has introduced a comprehensive robotics stack aimed at advancing humanoid robot development by integrating physics simulation, AI reasoning, and infrastructure within its Isaac Lab platform. Central to this update are the open-source, GPU-accelerated Newton Physics Engine and the Isaac GR00T N1.6 robot foundation model. Newton, co-developed with Google DeepMind and Disney Research and managed by the Linux Foundation, enables highly realistic simulations of complex physical interactions—such as walking on uneven terrain or handling fragile objects—facilitating safer and more reliable transfer of robot skills from simulation to real-world environments. Early adopters include leading academic and industry robotics groups. Isaac GR00T N1.6 incorporates NVIDIA’s Cosmos Reason, a vision-language reasoning model designed for physical AI, which enhances humanoid robots’ ability to interpret ambiguous instructions, leverage prior knowledge, and generalize across tasks. This model supports simultaneous movement and object manipulation, tackling advanced challenges like opening heavy doors. Developers can fine-tune GR00T
roboticshumanoid-robotsNVIDIA-IsaacNewton-Physics-EngineAI-infrastructurerobot-simulationphysical-AINVIDIA launches Newton physics engine and GR00T AI at CoRL 2025 - The Robot Report
NVIDIA has introduced several advancements to accelerate robotics research, unveiling the beta release of Newton, an open-source, GPU-accelerated physics engine managed by the Linux Foundation. Developed collaboratively with Google DeepMind and Disney Research, Newton is built on NVIDIA’s Warp and OpenUSD frameworks and is designed to simulate physical AI bodies. Alongside Newton, NVIDIA announced the latest version of the Isaac GR00T N1.6 robot foundation model, soon to be available on Hugging Face. This model integrates Cosmos Reason, an open, customizable vision language model (VLM) that enables robots to convert vague instructions into detailed plans by leveraging prior knowledge, common sense, and physics, thus enhancing robots’ ability to reason, adapt, and generalize across tasks. At the Conference on Robot Learning (CoRL) 2025 in Seoul, NVIDIA highlighted Cosmos Reason’s role in enabling robots to handle ambiguous or novel instructions through multi-step inference and AI reasoning, akin to how language models process text. This capability is
roboticsAIphysics-engineNVIDIArobot-simulationmachine-learningIsaac-GR00TSpider-like robot can 3D print homes in a day to fight housing crunch
Australia has developed an advanced spider-like robot named Charlotte, designed to address the housing crisis by 3D printing low-cost, low-carbon homes rapidly. Created through a collaboration between Crest Robotics and Earthbuilt Technology, Charlotte can autonomously print a 200-square-metre house within 24 hours by transforming readily available materials such as sand, earth, and crushed brick into structural walls. The robot employs a sustainable Earthbagging-like technique, compacting these materials in fabric layers to build durable structures efficiently, offering a scalable solution to the slow and costly traditional construction methods. Beyond Earth, Charlotte is engineered for lunar construction, supporting NASA and other space agencies' ambitions to establish permanent bases on the Moon. Its lightweight, foldable hexapod design makes it highly portable for space travel, unlike bulky traditional 3D printers, and allows it to extrude and compact lunar soil to build habitats such as domed shelters. This innovation positions Charlotte within a competitive global effort alongside companies like ICON and AI SpaceFactory
robotics3D-printingconstruction-technologylunar-habitatsautonomous-robotssustainable-buildingspace-explorationNew 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-servicesOxford Robotics Institute director discusses the truth about AI and robotics - The Robot Report
Nick Hawes, director of the Oxford Robotics Institute and professor at the University of Oxford, highlights significant advances in robotics and AI that are transforming business applications. He emphasizes that autonomous robotics—robots capable of operating independently without direct human control—are becoming increasingly common, especially in logistics and inspection tasks. Examples include quadruped robots and drones that autonomously monitor sites for issues requiring human attention. While humanoid robots generate excitement, Hawes advises caution for immediate business adoption, suggesting their practical use cases may emerge within the next five to ten years. In AI, he points to foundation models, such as large language and vision-language-action models, as pivotal technologies that enable robots to better understand and interact with complex, unstructured environments. Hawes draws on extensive experience deploying autonomous robots across diverse environments to illustrate their potential. Early projects involved autonomous mobile robots performing security patrols in offices and assisting nursing staff in care homes and hospitals, operating continuously without human intervention. His work also includes underwater autonomous robots collecting
roboticsartificial-intelligenceautonomous-robotsAI-in-roboticsrobotics-applicationshumanoid-robotsrobotics-researchIt's time to recreate China's robotics strategy in the U.S. - The Robot Report
The article highlights the urgent need for the U.S. to develop a comprehensive national robotics strategy to compete effectively with China, particularly in manufacturing and automation. While China has already established a dominant position in sectors like electric vehicles—creating major companies such as CATL and BYD and improving urban air quality—the U.S. lags behind due to labor shortages and slower adoption of advanced robotics. With the manufacturing sector facing a projected shortfall of 2.1 million workers by 2033, the article argues that automation and robotics are essential for maintaining global competitiveness and driving domestic industrial growth. Significant private investment in robotics startups, fueled by advances in AI and computer vision, is positioning the U.S. to potentially leap forward in automation capabilities, enabling robots to perform increasingly complex tasks autonomously. However, the article stresses that without a unified national strategy, the U.S. risks missing a critical technological inflection point. Beyond economic benefits, robotics also offers substantial environmental advantages by improving resource efficiency and supporting climate
roboticsautomationmanufacturingindustrial-robotsAI-in-roboticsU.S.-manufacturingrobotics-strategyChina to build robot 'boot camps' as gyms to power next-gen humanoids
China plans to establish a network of robot "boot camps"—large-scale training facilities acting as gyms or obstacle courses for humanoid robots—in major cities including Beijing and Shanghai. The largest facility, located in Beijing’s Shijingshan district, will span over 108,000 square feet and generate more than 6 million data points annually. These camps will simulate real-world environments such as factories, retail shops, elderly care centers, and smart homes, enabling robots to practice tasks and gather standardized, high-quality training data. This initiative aims to address the current bottleneck in China’s robotics industry caused by inconsistent and costly data collection methods, facilitating improved AI development and data sharing among robotics companies. This effort is part of China’s broader strategic push to lead in embodied intelligence—AI integrated into physical robots—and to compete with the United States, which currently deploys far fewer industrial robots annually (about one-tenth of China’s 300,000). The boot camps will form a national network linked across
roboticshumanoid-robotsAI-trainingrobotics-industryChina-technologyrobot-boot-campsembodied-intelligenceFamed 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-BrooksRobotic exoskeleton gives YouTuber 63% aim boost, 17ms latency
YouTuber Nick Zetta, known as Basically Homeless, developed a robotic exoskeleton aimed at enhancing aiming performance in the Aimlabs training program. Combining Nvidia Jetson hardware with a YOLO-powered AI vision system, motors, and 3D-printed components, the device physically guides his wrist and fingers to improve target acquisition. Initial tests showed a 20% accuracy drop as Zetta adapted to the system, but after hardware optimizations—such as reducing latency from 50ms to 17ms and increasing motor strength—he achieved a 63% boost in his Aimlabs score, propelling him to second place on the global leaderboard. The exoskeleton attaches to the forearm using 3D-printed hinges, with Kevlar lines and gimbal motors controlling wrist movements and solenoids managing finger clicks. A high-speed camera feeds real-time target data to the AI, which directs the motors to adjust hand positioning, effectively acting as a physical aimbot. Unlike
roboticsrobotic-exoskeletonAI-visioncomputer-visionNvidia-Jetson3D-printingassistive-technologyRobots, mergers and acquitions with Peter Finn
In Episode 214 of The Robot Report Podcast, hosts Steve Crowe and Mike Oitzman discuss key developments in robotics with guest Peter Finn, Managing Director at Brown Gibbons Lang & Company (BGL). Finn provides insights into the post-COVID industrial technology landscape, highlighting the growing influence of AI and robotics, the challenges and opportunities in the sector, and the importance of adaptability amid rapid technological change. The conversation also covers trends in mergers and acquisitions within robotics, as well as the emerging potential of humanoid robots. The episode also reviews major robotics news, including a U.S. national security investigation into imports of medical devices, robotics, and industrial machinery aimed at reducing reliance on overseas supply chains. This has raised concerns about potential tariffs on imported robots and their impact on reshoring manufacturing efforts, especially since most industrial robots used in the U.S. are currently imported. Additionally, the IEEE Humanoid Study Group released a framework for humanoid robot standards, addressing classification, stability, and human-robot
roboticsindustrial-robotsAIhumanoid-robotsmergers-and-acquisitionsrobotics-standardsmanufacturing-reshoringABB Robotics adds generative AI assistant to RobotStudio Suite - The Robot Report
ABB Robotics has integrated a generative AI assistant into its RobotStudio Suite to enhance robot programming by providing real-time, step-by-step guidance. This AI Assistant leverages a large language model (LLM) that interprets human language and draws from ABB’s extensive manuals and documentation to deliver context-rich responses. The feature aims to make robot programming faster, easier, and more accessible, particularly benefiting less experienced users and helping experts address technical challenges more efficiently. ABB emphasizes that this addition addresses the growing demand for AI in robotics driven by the need for greater flexibility, faster commissioning, and a shortage of specialist programming skills. By improving accessibility, ABB hopes to support smaller businesses and emerging sectors that often lack robotic automation expertise. The AI Assistant is integrated into RobotStudio’s cloud-hosted offline programming environment, serving as an effective training tool for students and early-career professionals. RobotStudio itself is a collaborative robot programming and simulation platform with features like automatic path planning to optimize productivity and reduce energy use. The AI Assistant
roboticsgenerative-AIrobot-programmingindustrial-robotsautonomous-mobile-robotsautomationAI-assistantIndustry experts react to U.S. robotics tariff proposal - The Robot Report
The U.S. Department of Commerce has initiated a Section 232 investigation into imports of robotics, industrial machinery, personal protective equipment, and medical devices, with the potential to impose tariffs aimed at bolstering domestic manufacturing and national security. This move is part of broader efforts by the current administration to compete more effectively with China, which currently leads the world in industrial robot usage, possessing five times the operational stock of industrial robots compared to the U.S. The investigation, begun on September 2 but not immediately publicized, targets a wide range of equipment including CNC machines, automated tools, and robots, intending to encourage reshoring and foreign investment in U.S. production. Industry experts and robotics leaders have expressed concerns about the potential tariffs. Startup founders and executives at robotics events noted that much of the world’s industrial automation comes from Asian and European suppliers, which U.S. companies rely on for quality components necessary for reshoring efforts. They also highlighted the challenge posed by increased H-1B visa fees
roboticsindustrial-automationtariffsmanufacturingU.S.-China-tradereshoringindustrial-robotsWind-driven tumbleweed rovers could roll up to 1,740 miles on Mars
European researchers have developed a novel concept for Mars exploration using wind-driven “Tumbleweed” rovers—lightweight, spherical robots up to five meters in diameter designed to be propelled across the Martian surface by winds. Inspired by natural tumbleweeds, these rovers carry scientific instruments within their cores and can traverse diverse terrains, including sand, pebbles, rough ground, and slopes equivalent to 30 degrees on Mars. Initial field tests with a 2.7-meter prototype in a Dutch quarry and wind tunnel experiments simulating Martian atmospheric conditions demonstrated that these rovers can maintain sensor functionality while rolling and can be mobilized by wind speeds typical on Mars. The experiments validated fluid dynamics models predicting rover movement and confirmed the feasibility of using swarms of these rovers for low-cost, wide-ranging planetary exploration. Data suggest a single Tumbleweed rover could travel approximately 262 miles in 100 Martian sols at an average speed of 0.22 mph, with potential maximum distances up
roboticsMars-explorationwind-powered-roversplanetary-roversautonomous-robotsspace-roboticsrobotic-sensorsGemini Robotics 1.5 enables agentic experiences, explains Google DeepMind - The Robot Report
Google DeepMind has introduced two advanced models, Gemini Robotics 1.5 and Gemini Robotics-ER 1.5, aimed at enhancing robotic capabilities toward artificial general intelligence (AGI) in physical environments. Gemini Robotics 1.5 is a vision-language-action (VLA) model that translates visual inputs and instructions into motor commands, enabling robots to perform complex tasks with transparent reasoning by thinking before acting. It also supports learning across different robot embodiments, accelerating skill acquisition. Gemini Robotics-ER 1.5, a vision-language model (VLM), excels in spatial understanding, reasoning about the physical world, planning multi-step missions, and natively calling digital tools such as Google Search. This model is accessible to developers via the Gemini API in Google AI Studio, while Gemini Robotics 1.5 is available to select partners. Together, these models form an agentic framework where Gemini Robotics-ER 1.5 functions as a high-level planner orchestrating robot activities, and Gemini Robotics
roboticsartificial-intelligenceGoogle-DeepMindGemini-Roboticsvision-language-modelsagentic-systemsrobot-planningDeLorean recreated with drones, lifts off like 'Back to the Future'
Designer Brian Brocken has successfully recreated a full-scale flying DeLorean from the movie Back to the Future, fulfilling a childhood dream by combining detailed replica craftsmanship with advanced drone technology. The car’s body is constructed from lightweight EPS foam reinforced with fiberglass to maintain the iconic styling without excess weight. Using CAD software and CNC-cut foam slices, Brocken precisely assembled the hollow shell, while a custom carbon-fiber tubular frame provides the necessary strength and rigidity for flight, reducing weight to about 2 kg (4.4 lbs) and addressing structural flex issues encountered with earlier aluminum frames. The replica features functional elements true to the film, including retractable, rotating wheels 3D printed from PLA that enable both ground steering and in-flight folding, as well as gullwing doors with hidden 3D-printed hinges that open automatically. Flight stability was enhanced by adding thrust vector control fins under the four powerful drone motors, each paired with 30-inch propellers producing up to 13.5 kg (
roboticsdronescarbon-fiberlightweight-materials3D-printingCAD-designUAV-engineeringIEEE study group publishes framework for humanoid standards
The IEEE Humanoid Study Group has published a comprehensive framework aimed at guiding the development of standards for humanoid robots. This framework addresses the unique risks and capabilities of humanoids to support their safe and effective deployment across industrial, service, and public sectors. The study group focused on three key interconnected areas: Classification, Stability, and Human-Robot Interaction (HRI). Classification involves creating a clear taxonomy to define humanoid robots by their physical and behavioral traits and application domains, serving as a foundation for identifying applicable standards and gaps. Stability focuses on developing measurable metrics and safety standards for balancing robots, including dynamic balance and fall-response behaviors. HRI guidelines aim to ensure safe, trustworthy interactions between humans and humanoid robots, covering collaborative safety, interpretable behavior, and user training. Led by Aaron Prather of ASTM International, the working group comprised over 60 experts from industry, academia, and regulatory bodies who collaborated for more than a year. Their efforts included market research, vendor and end-user interviews,
roboticshumanoid-robotsrobot-standardshuman-robot-interactionrobotics-safetyIEEE-standardsautonomous-systemsHow robotics startups can avoid costly IP mistakes
The article emphasizes the critical importance of intellectual property (IP) management for robotics startups, highlighting that strong IP protection can safeguard innovations, deter competitors, and attract investment. Robotics companies operate at the intersection of hardware, software, AI, and data, making a comprehensive IP strategy essential. Key forms of protection include patents, which guard core technologies and incremental improvements; trade secrets, especially for algorithms and manufacturing know-how; trademarks for brand identity; and copyrights for software. A well-rounded approach integrating these protections can differentiate startups that successfully scale. For software-based innovations, particularly AI-driven robotics, the article advises combining patents, trade secrets, and copyrights to cover unique technical solutions and code. Startups must avoid common pitfalls such as public disclosure before filing patents, neglecting incremental improvements, failing to secure IP ownership from contractors, and undervaluing trade secrets. Conducting freedom-to-operate analyses and patent landscape reviews helps avoid infringement on patents held by established companies and identifies innovation opportunities. Finally, an international patent strategy
roboticsintellectual-propertyAIpatentstrade-secretsstartupsinnovationRoboCup Logistics League: an interview with Alexander Ferrein, Till Hofmann and Wataru Uemura - Robohub
The RoboCup Logistics League, part of the Industrial League at RoboCup 2025 held in Salvador, Brazil, focuses on advancing intelligent robotics and AI in smart factory logistics. The league simulates an intra-production logistics scenario where teams of three robots manage the delivery and production of various products using six machines arranged on a playing field. Robots must navigate, avoid collisions, and handle simple manipulation tasks such as moving colored discs that represent product components. The primary challenge lies in production logistics and planning, requiring robots to collaboratively produce complex products within a limited timeframe. Unlike other RoboCup competitions, this league emphasizes long-horizon planning and real-time adaptation due to dynamic order arrivals and interactions with opponent teams. A key aspect highlighted by the league’s organizers is the necessity for online planning and execution monitoring. Since product orders are unpredictable and numerous, pre-planned sequences are ineffective. Robots must continuously replan and adjust their strategies during execution to respond to changing conditions on the field, including the actions of competing teams. This
roboticssmart-factoryindustrial-automationRoboCuplogistics-robotsAI-in-manufacturingproduction-logisticsAMP Robotics acquires Portsmouth recycling operations from RDS of Virginia - The Robot Report
AMP Robotics Corp., a developer of AI-powered robotic sorting technology for waste and recycling, has acquired the Portsmouth recycling operations of RDS of Virginia LLC, which has served South Hampton Roads since 2005. Since late 2023, AMP has operated its AMP ONE system at the Portsmouth facility, autonomously processing up to 150 tons of municipal solid waste (MSW) daily with over 90% uptime. The system separates recyclables and organic materials from bagged trash, enabling the facility to divert more than 50% of landfill-bound waste when combined with organics management and mixed recyclables sorting. AMP also plans to expand the single-stream recycling operations inherited from RDS Portsmouth. Founded in 2014, AMP Robotics has identified 150 billion items and sorted over 2.5 million tons of recyclables using its AI platform. The company raised $91 million in funding at the end of 2024 and is transitioning from solely a technology developer to an operating company by acquiring and managing
roboticsAIwaste-managementrecycling-technologyAMP-Roboticsmunicipal-solid-wasteautomationDrone startup Guardian Agriculture shuts down
Guardian Agriculture, a Woburn, Massachusetts-based startup founded in 2017, recently shut down after failing to secure additional funding. The company developed the SC1, a large, fully autonomous quadcopter drone designed for aerial crop spraying, capable of carrying 200 pounds of fertilizer or pesticides and covering 60 acres per hour. Despite receiving FAA approval in April 2023 as the first commercially authorized electric vertical take-off and landing (eVTOL) system in the U.S., Guardian struggled to commercialize its technology, having only one paying customer at the time of closure. The company ceased operations in late August 2025 following layoffs earlier that summer, with CEO Ashley Ferguson citing insufficient cash and investor commitments to continue operations. Guardian Agriculture raised $51.7 million across five funding rounds, including a $20 million Series A led by Fall Line Capital in mid-2023. The SC1 drone earned industry recognition, being named one of Time magazine’s Best Inventions of 2024
roboticsdronesagriculture-technologyautonomous-vehicleseVTOLagtechstartup-shutdownCreateMe innovates with robotic assembly, adhesion tech for the garment industry - The Robot Report
CreateMe Technologies Inc., based in Newark, California, has introduced two key innovations aimed at transforming apparel manufacturing: MeRA, an autonomous robotic platform for garment assembly, and Pixel, a proprietary micro-adhesive technology that replaces traditional sewing. MeRA enables software-defined, end-to-end garment construction, producing up to 250 garments per hour with twice the precision of manual sewing and at a speed 20 times faster. The first commercial application targets women’s intimates, offering fully autonomous bonded products designed for comfort, fit, and sustainability. The company plans to expand MeRA’s use to everyday apparel such as T-shirts, emphasizing flexibility and cost-competitiveness with offshore manufacturing. The Pixel adhesive technology bonds seams with precision less than 1mm wide, enhancing garment stretch, durability, comfort, and recyclability by allowing clean material separation—unlike traditional stitching or permanent adhesives. Pixel also supports performance features like moisture-wicking and thermal regulation, contributing to longer garment lifespans and smoother
roboticsrobotic-assemblygarment-manufacturingautomationadhesive-technologyapparel-industrysustainable-manufacturingHyundai 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-farmingRobot umpires coming to MLB, strikes and balls now challengeable
Major League Baseball (MLB) will introduce robot umpires in the 2026 season through the Automated Ball/Strike System (ABS) Challenge System, allowing teams to challenge close ball-strike calls. This system, approved by MLB’s 11-man competition committee, has been tested in the minors since 2019 and featured in big league spring training in 2025. While umpires will still make initial calls, players—specifically the pitcher, catcher, or batter—can signal challenges by tapping their cap or helmet. Each team starts with two challenges per game, with additional challenges available in extra innings. The system uses Hawk-Eye cameras and T-Mobile’s 5G network to provide near-instant replay, averaging under 15 seconds per review, thus maintaining game pace. The ABS system has demonstrated effectiveness in spring training and Triple-A games, with a 52.2% overturn rate on challenged calls and catchers and pitchers winning about 54% of their appeals. MLB
roboticssports-technologyautomated-umpiringHawk-Eye-system5G-networkMLB-technologychallenge-systemOmniCore EyeMotion lets robots adapt to complex environments in real time, says ABB - The Robot Report
ABB Robotics has launched OmniCore EyeMotion, a new software solution that enables OmniCore-powered robots to recognize and adapt to their surroundings in real time using any third-party camera or sensor. This advancement allows robots to perform complex 2D and 3D vision-based tasks without requiring specialized camera hardware. Designed for ease of use with a simple drag-and-drop web interface, EyeMotion integrates fully with ABB’s RobotStudio programming tool, significantly reducing commissioning time by up to 90%. The system supports a wide range of applications across industries such as manufacturing, logistics, packaging, and food and beverage, handling tasks like item sorting and quality inspection. In more complex scenarios, OmniCore EyeMotion can be combined with ABB’s Automatic Path Planning Online to enable collision-free navigation around obstacles, potentially reducing cycle times by up to 50%. This innovation is part of ABB’s broader strategy to advance “autonomous versatile robotics” (AVR), aiming for robots that autonomously plan and execute diverse tasks in real time
roboticsindustrial-robotsAI-visionautonomous-robotsOmniCore-EyeMotionABB-Roboticsmachine-automationNASA’s new astronaut class includes SpaceX veterans Anna Menon and Yuri Kubo
NASA’s 2025 astronaut class includes two notable SpaceX veterans, Anna Menon and Yuri Kubo, highlighting the growing influence of private space companies in government astronaut selection. Menon, who joined SpaceX in 2018 after working at NASA’s Mission Control Center, served as a senior engineer and flew as a mission specialist and medical officer on the Polaris Dawn mission, which achieved the first commercial spacewalk. Kubo spent 12 years at SpaceX, holding key roles such as Falcon 9 launch director and overseeing the Starshield program and ground systems. These two are part of a select group of ten astronauts chosen from over 8,000 applicants, embarking on nearly two years of rigorous training covering robotics, geology, foreign languages, space medicine, simulated spacewalks, and flight training. This astronaut class is expected to join NASA’s active corps of over 40 astronauts and may contribute to future missions on the International Space Station, commercial private space stations post-ISS retirement in 203
roboticsspace-explorationastronaut-trainingSpaceXNASAcommercial-spaceflightspace-missionsANYbotics earns strategic investment from Climate Investment - The Robot Report
ANYbotics AG, a Zurich-based company specializing in quadruped robots for autonomous industrial inspections, has received a strategic investment from Climate Investment (CI), increasing its total funding to over $150 million. The company’s flagship robot, ANYmal, is designed to operate safely in hazardous, explosive, and all-weather conditions, providing early detection of asset degradation, such as equipment overheating, abnormal vibrations, and gas leaks. ANYmal D is already conducting thousands of inspections weekly, autonomously navigating complex industrial sites with AI-powered capabilities including collision avoidance and stair climbing. The investment will support the upcoming market launch of ANYmal X in 2026, an Ex-certified legged robot tailored for explosive environments, enabling continuous and safe inspections in such zones. ANYbotics also recently introduced enhanced gas-leak and presence-detection features, integrating gas detectors and acoustic imaging to precisely locate leaks and measure ambient gas concentrations. The funding will further aid ANYbotics’ global expansion and strengthen collaborations with CI’s extensive network
roboticsindustrial-automationautonomous-robotsenergy-sectoremissions-reductionAI-navigationhazardous-environment-robotsAlloy is bringing data management to the robotics industry
Alloy, a Sydney-based startup founded by Joe Harris in 2025, is addressing a critical challenge in the robotics industry: managing the massive amounts of data robots generate daily from sensors and cameras, which can reach up to a terabyte per robot per day. Alloy provides specialized data infrastructure that encodes, labels, and organizes this multimodal data, enabling users to search through it using natural language to identify bugs and errors efficiently. The platform also allows users to set automated rules to flag future issues, akin to observability tools in software development, helping robotics companies reduce the time spent manually diagnosing problems. Since its launch, Alloy has partnered with four Australian robotics firms and aims to expand into the U.S. market. The company has raised over AUD 4.5 million (approximately USD 3 million) in pre-seed funding led by Blackbird Ventures. Alloy’s solution stands out because many robotics companies currently rely on retrofitted data tools not designed for robotics or build their own internal systems
roboticsdata-managementrobotics-industrysensor-datarobotics-startupdata-infrastructurerobot-data-analysisAWS, NVIDIA, and MassRobotics pick Diligent for first Physical AI Fellowship cohort - The Robot Report
MassRobotics, AWS, and NVIDIA have launched the Physical AI Fellowship to support startups integrating robotics and artificial intelligence for practical applications. Diligent Robotics, known for its AI-native mobile manipulator robot Moxi, was selected for the inaugural cohort. Moxi assists nurses in over 25 U.S. hospitals by performing routine tasks like medication and lab sample delivery, saving nearly 600,000 staff hours and completing over 1 million tasks. The fellowship offers Diligent Robotics $200,000 in AWS cloud credits, access to NVIDIA platforms and Deep Learning Institute resources, and support from MassRobotics’ testbed and ecosystem, aiming to accelerate development of autonomous humanoid robots and enhance Moxi’s intelligence layer. The Physical AI Fellowship is designed to fast-track startups building intelligent physical systems by providing technical guidance, hardware, and global networking opportunities. The program will culminate in showcases at major events including AWS re:Invent 2025. Diligent Robotics plans to use the fellowship to expand
roboticsartificial-intelligenceautomationhealthcare-robotsphysical-AIAWSNVIDIADrones and Droids: a co-operative strategy game - Robohub
"Drones and Droids" is a cooperative strategy game developed by the Scottish Association for Marine Science (SAMS) that immerses players in a scientific mission aboard the research vessel Seol Mara. Players, alongside six robots, investigate an algal bloom near Lismore to identify its source and assess potential threats to nearby seafarms. The game’s mechanics mirror the real behaviors of SAMS robots, and its narrative incorporates challenges inspired by the actual experiences of scientists and roboteers, making it both an educational tool and an engaging experience. Initially created for teaching purposes, the game has received positive feedback from local pro-gamers, prompting a crowdfunding campaign to fund a full production run. With a goal of £16,000, the campaign aims to distribute copies to every school in Argyll and generate additional sales to support ongoing research. The developers encourage those interested in robotics, marine science, and education to contribute and follow updates on the project’s progress.
roboticsdronescooperative-strategy-gamemarine-scienceeducational-technologyrobot-researchrobotics-educationThe $100,000 Mistake: Why H1-B Barriers and Policy Rollbacks Shrink America’s Future - CleanTechnica
The article from CleanTechnica highlights the critical role the H1-B visa program has played in sustaining U.S. leadership in high technology over the past fifty years. H1-B visa holders, predominantly from India (65-75%), along with significant contributions from China, Canada, South Korea, the Philippines, and Eastern Europe, have been integral to innovation across multiple sectors including Silicon Valley tech firms, Wall Street quantitative modeling, semiconductor design, biotech, clean energy, and academia. These skilled immigrants have not only filled essential technical roles but also contributed to research, development, and executive leadership, fueling America’s competitive edge in global technology and innovation. However, recent policy changes, particularly the imposition of a $100,000 fee per new H1-B visa application introduced under the Trump administration, threaten this ecosystem. This surcharge disproportionately impacts startups and smaller companies that cannot afford such costs, forcing them to either hire remotely or leave positions unfilled. Larger firms may relocate talent abroad to avoid the fee,
energyroboticsartificial-intelligencesemiconductor-designclean-energy-startupsbattery-management-systemsautonomous-drivingMassRobotics encourages high school girls interested in STEM to apply for Jumpstart Fellowship - The Robot Report
MassRobotics has opened applications for Cohort 6 of its Jumpstart Fellowship, a program designed to prepare high school girls for careers in robotics and STEM fields. Running from January to May 2026, the program includes Saturday sessions, a week of robotics company visits during the February school vacation, and paid internships to provide real-world experience. The fellowship targets female juniors and seniors in Massachusetts, prioritizing Boston students, and offers opportunities to engage with mentors and alumnae, including at the upcoming Robot Block Party on September 27. Since its inception in 2021, the Jumpstart Fellowship has empowered 98 girls across Massachusetts, with 88% pursuing STEM careers, primarily in engineering and computer science. The program emphasizes technical skill development, professional networking, and confidence-building to help young women envision and succeed in STEM pathways. MassRobotics will also honor women leaders in robotics at its annual gala on October 25, celebrating notable researchers and featuring Jumpstart alumnae as guests. The organization continues
roboticsSTEM-educationwomen-in-STEMrobotics-careersrobotics-internshipsrobotics-mentorshipSTEM-fellowshipPerformance-guided surgery: Robots in the operating room
The podcast episode of The Robot Report features Dustin Vaughan, VP of R&D for robotics at Asensus Surgical, discussing the company’s strategic focus on the Luna surgical platform. Vaughan highlights how performance-guided surgery, augmented intelligence, and AI integration can improve clinical support and surgical outcomes, particularly emphasizing the promising future of robotics in pediatric care. He also addresses challenges such as regulatory compliance and cybersecurity in advancing surgical robotics. Asensus’s Senhance system was recognized with a 2025 RBR50 award, underscoring its innovation in the field. The episode also covers broader robotics industry news, including Figure AI’s recent Series C funding round that raised its valuation to $39 billion, aiming to mass-produce humanoid robots through its Helix platform and BotQ production environment. This reflects growing investor enthusiasm for humanoid robotics, alongside other companies like UBTECH and Dyna Robotics securing significant funding. Additionally, the podcast reports on the second shutdown of Rethink Robotics, a pioneer in collaborative robots
roboticssurgical-robotsmedical-roboticsAI-in-surgeryhumanoid-robotscollaborative-robotsrobotics-researchPerformance-Guided Surgery: Robots in the operating room
The article summarizes Episode 213 of The Robot Report Podcast, featuring Dustin Vaughan, VP of R&D for Robotics at Ascensus, who discusses the company’s focus on performance-guided surgery through their Luna platform. Vaughan emphasizes integrating augmented intelligence to improve clinical support systems, addressing regulatory and cybersecurity challenges, and highlights the promising future of surgical robotics, especially in pediatric care. The conversation reflects Ascensus’s commitment to innovative, cost-effective robotic solutions that enhance patient outcomes and operational efficiency. Ascensus’s Senhance system was recognized with a 2025 RBR50 award, underscoring its industry impact. The episode also includes insights from Anders Beck, VP of Technology at Universal Robots, on evolving collaborative robotics standards, and Scott Kuindersma from Boston Dynamics on robotics research. The news segment covers major industry developments: Figure AI becoming a robotics unicorn with a $39 billion valuation after its Series C funding, aiming to produce 100,000 humanoid robots in four years; and the shutdown of R
roboticssurgical-robotsAI-in-healthcarehumanoid-robotsrobotics-researchcollaborative-robotsautomation-in-surgeryCarbonSix says its toolkit brings robot imitation learning to the factory floor - The Robot Report
CarbonSix Inc., a manufacturing-focused AI developer, has launched SigmaKit, a toolkit that brings robot imitation learning directly to factory floors. Designed for industries such as electronics, batteries, and food and beverage, SigmaKit enables manufacturers to deploy AI-powered robots without needing specialized expertise or extensive programming. The system uses imitation learning, allowing robots to learn complex, delicate, and non-standardized tasks—like film attachment, assembly, and cable fastening—by observing human demonstrations. This approach addresses traditional automation challenges in unstructured and variable manufacturing environments, where conventional robots struggle to adapt. SigmaKit integrates AI algorithms, precision robotic grippers, sensor modules, and a teaching tool that simplifies operation. Users build training datasets by repeatedly demonstrating tasks, with models generated in less than a day depending on complexity. The resulting robotic "skills" can then be deployed to handle variable, non-routine tasks efficiently. Founded in 2024 by co-CEOs Jehyuk Kim and Terry Moon, CarbonSix leverages deep
roboticsindustrial-automationimitation-learningAI-robotsmanufacturing-technologyrobotic-toolkitfactory-automationKorean humanoid nails Michael Jackson’s Moonwalk dance with AI
Researchers at the Korea Advanced Institute of Science and Technology (KAIST) have developed a humanoid robot capable of performing advanced lower-body movements, including Michael Jackson’s iconic Moonwalk, high-speed running up to 12 km/h, and complex gait patterns such as duck walking and straight-leg bounds. A demonstration video showcases the robot’s stability and adaptability, highlighting its ability to recover from external pushes and navigate obstacles without relying on vision-based sensors. Instead, the robot uses internal sensing and AI-driven control trained via reinforcement learning to maintain balance and traverse uneven terrain, including stairs and debris. Standing 165 cm tall and weighing 75 kg, the robot’s core mechanical components—motors, reducers, and drivers—were developed in-house, ensuring technological independence. The research team successfully bridged the simulation-to-reality gap, enabling reliable real-world performance. The work will be presented at upcoming robotics conferences CoRL 2025 and Humanoids 2025. Future plans include enhancing the robot’s capabilities
roboticshumanoid-robotAI-controlrobot-locomotionKAISTrobotics-researchrobot-stabilityFigure AI partners with Brookfield to develop humanoid pre-training dataset - The Robot Report
Figure AI Inc., a developer of humanoid robots, has partnered with Brookfield Corp., a major alternative asset manager, to create a large and diverse real-world pretraining dataset for humanoid robots. This collaboration aims to enhance Figure AI’s proprietary vision-language-action (VLA) model, Helix, by collecting extensive human navigation and manipulation data across various household and commercial environments managed by Brookfield. The partnership also includes Brookfield’s investment in Figure AI’s recent Series C funding round, which raised over $1 billion and valued the company at $39 billion. Figure AI has already begun deploying its Figure 02 humanoid systems commercially and received recognition for its rapid development pace. Brookfield’s extensive real estate portfolio, including over 500 million square feet of commercial office space and 160 million square feet of logistics space, provides strategic environments for data collection critical to training humanoid robots. The partnership will also explore infrastructure support such as next-generation GPU data centers and robotic training facilities, as well as
roboticshumanoid-robotsAI-training-datasetartificial-intelligencerobotics-innovationcommercial-roboticsrobot-deploymentUS Navy servicing robot spacecraft endures punishing space trial
The U.S. Naval Research Laboratory (NRL) has successfully completed rigorous space-readiness testing of its Robotic Servicing of Geosynchronous Satellites (RSGS) payload integrated with Northrop Grumman’s Mission Robotic Vehicle (MRV) spacecraft bus. This milestone, achieved after over two decades of development and supported by DARPA funding, involved subjecting the system to extreme thermal vacuum conditions that simulate the harsh environment of space. The RSGS-MRV system is designed to inspect, repair, upgrade, and perform orbital adjustments on satellites operating in geosynchronous orbit—approximately 22,000 miles above Earth—where traditional satellite servicing is currently impossible. Equipped with two robotic arms, advanced avionics, and a suite of cameras, sensors, and infrared imaging tools, the system can safely approach client satellites and execute complex tasks such as capture, inspection, and hardware upgrades. This technology aims to extend satellite lifespans, reduce costs, and enable new innovations by
roboticssatellite-servicingspace-roboticsUS-Navy-technologygeosynchronous-orbitrobotic-armsspace-technologyUK startup launches fastest-developed humanoid robot for logistics
UK-based robotics and AI startup Humanoid has unveiled the HMND 01 Alpha, the fastest-developed humanoid robot prototype designed for industrial logistics, retail, and manufacturing tasks. Developed in just seven months by a team of around 170 experts, the nearly 87-inch tall wheeled robot integrates multiple AI workflows powered by NVIDIA’s Jetson Thor platform, enabling autonomous operation, real-time adaptation to environments, and simultaneous running of large-scale generative AI models. The robot can move at speeds up to 4.4 mph, carry payloads of 33 lbs or more, and operate in confined spaces such as factory floors and store aisles. The HMND 01 Alpha features advanced perception capabilities with 360-degree RGB cameras and depth sensors, 29 active degrees of freedom (excluding end-effectors), and interchangeable end-effectors including a dexterous five-fingered hand or a simpler parallel gripper. It can reach items from floor level up to two meters high and handle shelf depths
roboticshumanoid-robotAI-roboticsindustrial-automationlogistics-technologyautonomous-robotsNVIDIA-Jetson-ThorGecko Robotics releases StratoSight drone-based roof inspection system - The Robot Report
Gecko Robotics, in partnership with NAES Corp., has launched StratoSight, a drone-based roof inspection system aimed at commercial rooftops. This marks Gecko Robotics’ first venture into aerial inspections, expanding beyond its initial focus on automating boiler inspections. StratoSight uses off-the-shelf drones equipped with custom payloads that capture high-definition photogrammetry and thermography data to detect early signs of roof degradation such as thermal loss, water intrusion, and structural shifts. The system aims to address the significant challenges and dangers associated with manual roof inspections, which are not only risky for personnel but also prone to missing up to 50% of critical issues. A key differentiator of StratoSight is its end-to-end approach that integrates robotics, software, and human expertise to optimize data collection and interpretation. The system processes most of the data in the cloud, enabling automated defect detection and timely delivery of actionable insights to customers. This contrasts with traditional manual inspections that typically produce lengthy reports with limited practical
roboticsdrone-technologyroof-inspectionautomationthermal-imagingphotogrammetrydata-analyticsWatch 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-movementIcarus raises $6.1M to use robots to supplement space labor - The Robot Report
Icarus Robotics, a New York-based startup, has raised $6.1 million in seed funding led by Soma Capital and Xtal to develop robotic solutions that address labor shortages and logistical challenges in space, particularly on the International Space Station (ISS). The company’s initial product is a free-flying robot equipped with dexterous arms designed to perform routine logistics tasks such as cargo unpacking, seal inspection, and filter changes—activities that currently consume significant astronaut time. CEO Ethan Barajas, who has NASA and lunar rover experience, highlights that astronaut labor is costly and limited, with much time dedicated to non-experimental activities, making automation of mundane tasks critical for efficient space operations. Icarus aims to start with semi-autonomous, teleoperated robots and progressively move toward fully autonomous systems. The company faces unique challenges in developing AI for space due to the scarcity of relevant robotics data and the complexities of operating in zero-gravity environments. Barajas notes that many of the logistical tasks astronauts
roboticsspace-robotsautomationspace-laborInternational-Space-Stationrobotic-logisticsAI-in-roboticsRobot with AI vision and 4,000-Newton grip targets marine pollution
German researchers at the Technical University of Munich (TUM) have developed an innovative AI-powered autonomous diving robot designed to combat marine pollution by collecting underwater debris. Tested in the port of Marseille, the robot integrates AI vision, ultrasound, and cameras to detect and identify various types of ocean litter, ranging from heavy objects like lost fishing nets and tires to fragile items such as glass bottles. The robot’s four-fingered robotic hand can exert a gripping force of up to 4,000 Newtons, enabling it to lift objects weighing as much as 551 lbs (250 kilograms) with precision, thanks to sensors that regulate grip strength to avoid damaging delicate waste. The system is part of the EU project SEACLEAR and operates as a coordinated network including an unmanned service boat, a small underwater search robot, and an autonomous dinghy that serves as a floating waste container. The service boat supplies power and data via cable and uses ultrasonic waves to map the seabed. The 20-inch search robot
roboticsAI-visionunderwater-robotmarine-pollutionautonomous-systemsrobotic-gripperenvironmental-technologyHowToRobot launches service to ease sourcing of automation - The Robot Report
HowToRobot, a Denmark-based company, has launched a new AI-powered sourcing service aimed at simplifying the automation procurement process for manufacturers and supply chains. Traditionally, obtaining competitive quotes for automation projects can take months due to the complexity of scoping projects, developing specifications, and soliciting proposals. HowToRobot’s service uses artificial intelligence to interact with buyers, gather detailed requirements, and generate structured project briefs that are then sent to a global network of over 20,000 suppliers, including those offering sensors, end effectors, and complete robotic systems. This approach significantly reduces the time needed to define requirements, match suppliers, review quotes, and arrange financing, potentially compressing a process that once took months into just days. The service evolved from HowToRobot’s consulting experience, addressing challenges faced by buyers new to automation who often struggle to properly scope projects or understand what features are necessary. The AI guides users through key process steps by asking targeted questions based on industry-specific knowledge, such as welding or pallet
roboticsautomationartificial-intelligencemanufacturingsupply-chainindustrial-robotsautomation-sourcingRobotics Summit 2026 opens call for speakers
The 2026 Robotics Summit & Expo, organized by The Robot Report, is calling for speaker session proposals for its event scheduled on May 27-28 at the Thomas M. Menino Convention and Exhibition Center in Boston. The summit focuses on the technical challenges in commercial robotics development and invites submissions across several tracks, including core technologies, design and manufacturability, artificial intelligence, coding and programming (a new track for 2026), automated warehouse robotics, and healthcare robotics. In addition to technical sessions, the summit seeks proposals for workshops, robot demonstrations, and off-site tours of local robotics organizations or universities. Speakers selected for the event will receive complimentary full conference registration, including access to all keynotes, sessions, panels, networking events, and special activities, along with registrations for up to two guests. The summit is expected to attract over 6,000 attendees, featuring five keynote presentations, more than 60 educational sessions, 250+ exhibitors, a Career Fair, a robotics development
roboticscommercial-robotsartificial-intelligencerobot-developmenthealthcare-roboticswarehouse-roboticsrobotics-summitDog crate-sized robot factory trains itself by watching human demos
MicroFactory, a San Francisco-based startup founded in 2024, has developed a compact robotic system roughly the size of a dog crate that can perform a wide range of manual tasks typically done by human hands. The system features two robotic arms capable of precise operations such as circuit board assembly, soldering, cable routing, and even delicate actions like threading a needle. It is designed to automate repetitive manual labor and can assemble real products efficiently, with the company claiming it is more effective than humanoid robots due to its simpler, non-humanoid design optimized for both hardware and AI. The robotic system can be trained through AI or by human demonstration using an external robotic arm to physically guide the in-box arms through tasks. This teaching method enables the robot to replicate complex motions accurately and learn new tasks quickly. MicroFactory has also developed a user interface that breaks down tasks into smaller steps to facilitate training and operation. Since launching their prototype within five months, the company has received hundreds of preorders from customers
roboticsrobotic-armsAI-trainingautomationelectronics-assemblyMicroFactorygeneral-purpose-robotsIcarus raises $6.1M to take on space’s “warehouse work” with embodied-AI robots
Icarus, a startup founded by Ethan Barajas and Jamie Palmer, has raised $6.1 million in seed funding to develop intelligent, dexterous robots aimed at automating the labor-intensive cargo logistics tasks aboard the International Space Station (ISS). After interviewing astronauts, the founders identified that much of the astronauts’ time—trained experts with advanced backgrounds—is consumed by unpacking, repacking, and stowing cargo arriving every 60 days, rather than conducting scientific experiments. To address this inefficiency, Icarus is creating robots equipped with two arms and jaw grippers designed specifically for cargo handling tasks, starting with simpler robotic designs rather than humanoid forms to achieve about 80% of the needed dexterity. The company has demonstrated promising results with a terrestrial teleoperation demo involving unzipping and repacking real ISS cargo bags and plans to conduct flight testing through a parabolic flight campaign followed by a one-year demonstration aboard the ISS via Voyager Space’s commercial Bishop airlock. Initially,
roboticsembodied-AIspace-robotscargo-logisticsteleoperationbimanual-manipulationspace-technologyLyft and Waymo are partnering to bring robotaxis to Nashville
Waymo and Lyft have announced a partnership to launch a robotaxi service in Nashville by 2026. Waymo will begin testing its all-electric, autonomous Jaguar I-Pace vehicles in the Nashville area soon and plans to open the service to the public next year. This expansion is part of Waymo’s broader strategy to grow its robotaxi operations beyond its initial market in Phoenix to multiple cities including Atlanta, Austin, Los Angeles, San Francisco, Miami, Dallas, and Denver. The deal also signals Waymo’s shift from being solely an operator of autonomous vehicles to becoming a technology provider, collaborating with ride-hailing companies to manage fleet operations. The Nashville partnership mirrors Waymo’s existing arrangement with Uber in Atlanta and Austin, where Waymo handles vehicle testing and roadside support while the ride-hailing partner manages fleet services such as maintenance and charging. However, a key difference in Nashville is that customers will initially hail robotaxis directly through the Waymo app, with plans to integrate autonomous vehicle dispatch on the
roboticsautonomous-vehiclesrobotaxielectric-vehiclestransportation-technologyWaymoLyftSwisslog Healthcare, Diligent Robotics to bring last-mile delivery to hospitals - The Robot Report
Swisslog Healthcare has formed a strategic alliance with Diligent Robotics to introduce autonomous last-mile delivery robots, specifically the Moxi robot, into hospitals across the U.S. This partnership aims to enhance hospital logistics by integrating Swisslog’s transport and pharmacy automation systems with Diligent’s autonomous mobile manipulation robots (AMMRs). The collaboration is designed to streamline workflows, automate routine tasks, and improve patient care by enabling faster, more accurate delivery of medications and other critical items, including high-risk drugs like pediatric chemotherapy and narcotics. The alliance also seeks to complement existing pneumatic tube systems with robotic solutions capable of handling deliveries that are too large or sensitive for tubes. The service robotics market in healthcare is projected to grow significantly, and this partnership addresses the increasing demand for efficient, end-to-end hospital logistics solutions. Swisslog and Diligent Robotics emphasize that their combined technology will improve tracking and traceability of transported goods, reduce operational waste, and allow healthcare staff to focus more on patient care. Dilig
roboticshealthcare-automationautonomous-robotshospital-logisticslast-mile-deliverymedical-robotstransport-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-safetyABB Robotics invests in LandingAI to accelerate vision AI - The Robot Report
ABB Robotics has invested in LandingAI through ABB Robotics Ventures to accelerate and simplify vision artificial intelligence (AI) for robotics. This collaboration aims to reduce robot vision AI training and deployment time by up to 80% using LandingAI’s pre-trained models, smart data workflows, and no-code tools. ABB highlights that this advancement will enable installation and deployment in hours rather than weeks, addressing the growing demand for AI-driven robotics that require greater flexibility, faster commissioning, and fewer specialist skills. The integration will embed LandingAI’s flagship product, LandingLens, into ABB’s software suite, making vision AI more intuitive and accessible to a broader user base. LandingAI, founded by AI expert Andrew Ng, specializes in agentic visual AI technologies that help users transition AI projects from proof of concept to production without complex programming. Its technologies include tools for extracting actionable intelligence from unstructured visual data, enhancing efficiency at scale. The partnership is expected to unlock “autonomous versatile robotics” (AVR), enabling system integrators
roboticsartificial-intelligencevision-AIautomationABB-RoboticsLandingAIindustrial-robotsRethink Robotics shuts down -- again
Rethink Robotics, a pioneer in collaborative robots (cobots), has shut down for the second time. Originally founded in 2008 as Heartland Robotics by Rodney Brooks and Ann Whittaker, the company rebranded as Rethink Robotics in 2012 and gained attention with its Baxter and Sawyer cobots. Despite raising $150 million, the company struggled with issues related to precision and repeatability due to its use of series elastic actuators. After declaring bankruptcy in 2018, Rethink was acquired by Germany’s HAHN Group, which aimed to improve the technology. However, by 2024, after being relaunched under the United Robotics Group (URG) and returning to the U.S., Rethink faced new challenges with its latest products—Reacher robot arms, Ryder autonomous mobile robots, and Riser mobile manipulators—that were not market-ready, leading to poor sales. The financial difficulties culminated when URG’s investors withdrew funding, forcing
roboticscollaborative-robotscobotsautonomous-mobile-robotsindustrial-automationrobotics-startupsRethink-RoboticsFrom teleoperation to autonomy: Inside Boston Dynamics' Atlas training
In Episode 212 of The Robot Report Podcast, Boston Dynamics’ VP of robotics research, Scott Kuindersma, discussed the development of large behavior models (LBMs) for the Atlas humanoid robot. The team collected 20 hours of teleoperation data to train these LBMs, which enable Atlas to generalize manipulation tasks such as bi-manual operations, including picking and placing parts for the Spot quadruped robot. The development process involved data collection, annotation, model training, and evaluation, with a strong emphasis on combining simulation data and human demonstration data. Boston Dynamics plans to further test Atlas in Hyundai facilities and leverage AI-driven advancements to improve humanoid manipulation and dynamic behaviors. The episode also covered recent robotics industry news, including Serve Robotics’ acquisition of Voysys’ assets to enhance its autonomous delivery fleet with low-latency video streaming for remote monitoring and teleoperation. Zoox, an Amazon subsidiary, launched a free robotaxi service on the Las Vegas Strip, with plans to expand testing
roboticsBoston-DynamicsAtlas-robotteleoperationautonomous-robotsAI-in-roboticsrobot-manipulationDyna Robotics closes $120M funding round to scale robotics foundation model - The Robot Report
Dyna Robotics Inc. has secured $120 million in a Series A funding round to accelerate the development of its next-generation robotics foundation model aimed at creating general-purpose robots for commercial environments. Building on its earlier $23.5 million seed round and the launch of its DYNA-1 model, the company emphasizes that its proprietary foundation model enables robots to achieve over a 99% success rate during continuous 24-hour operation. The model’s strength lies in its ability to generalize across diverse environments—such as hotels, restaurants, laundromats, and gyms—allowing robots to function effectively out of the box without additional data, and to improve rapidly through on-the-job learning. Dyna’s approach centers on designing foundation models that combine generalization with high performance, enabling robots to master a wide range of manipulation skills and adapt to complex tasks through continuous learning. The company’s leadership team, including co-founders Lindon Gao and York Yang and former Google DeepMind researcher Jason Ma, brings extensive
roboticsfoundation-modelsAI-roboticsgeneral-purpose-robotsrobot-learningcommercial-robotsrobotics-fundingFigure reaches $39B valuation in latest funding round
Figure, a San Jose-based humanoid robotics company, has secured its largest funding round to date, raising over $1 billion in a Series C round that values the company at $39 billion. The round was led by Parkway Venture Capital and included major investors such as Brookfield Asset Management, Nvidia, and Intel Capital. Since its founding in 2022, Figure has raised nearly $2 billion, reflecting strong investor interest in robots designed to work alongside humans in industrial environments like warehouses and factories. The new funding will be used to expand Figure’s fleet of humanoid robots, develop infrastructure to speed up robot training, and enhance advanced data collection efforts. Despite its rapid growth and high valuation, Figure has taken legal steps to control its stock distribution, issuing cease-and-desist letters to unauthorized secondary market brokers. CEO Brett Adcock has previously described Figure as the most “sought-after” private stock earlier in 2025.
roboticshumanoid-robotswarehouse-automationrobot-trainingAI-roboticsindustrial-robotsrobotics-fundingLaunch 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-interactionBrightpick to share insights on the rise of mobile manipulation at RoboBusiness - The Robot Report
Brightpick CEO and co-founder Jan Zizka will present on the growing field of mobile manipulators at RoboBusiness 2025, held October 15-16 in Santa Clara. Unlike humanoid robots, mobile manipulators combine vision, mobility, dexterous arms, and AI-driven controls in a wheeled form factor, offering enhanced safety and proven reliability. These robots can perform multiple tasks simultaneously, handle heavier payloads, and operate at greater speeds, enabling superhuman performance beyond human physical limits. Zizka’s session, titled “The Rise of Mobile Manipulation,” will highlight the latest advancements, focusing on Brightpick’s Autopicker 2.0 and its AI capabilities, as well as real-world deployments that demonstrate how companies use these technologies to improve efficiency and scale operations. Jan Zizka is a recognized expert in AI, machine vision, and warehouse automation, holding over 20 patents and having previously co-founded Photoneo, a leader in 3D machine vision.
roboticsmobile-manipulatorsAIwarehouse-automationmachine-visionrobotics-conferenceindustrial-robotsThis $30M startup built a dog crate-sized robot factory that learns by watching humans
San Francisco-based startup MicroFactory has developed a compact, dog crate-sized robotic manufacturing system designed for precision tasks such as circuit board assembly, soldering, and cable routing. Unlike traditional humanoid or large-scale factory robots, MicroFactory’s enclosed workstation features two robotic arms that can be trained through direct human demonstration as well as AI, enabling faster and more intuitive programming for complex manufacturing sequences. Co-founder and CEO Igor Kulakov emphasized that this approach simplifies both hardware and AI development while allowing users to observe the manufacturing process in real time. Founded in 2024 by Kulakov and Viktor Petrenko, who previously ran a manufacturing business, MicroFactory built its prototype within five months and has since received hundreds of preorders for diverse applications, including electronics assembly and even food processing. The company recently raised $1.5 million in a pre-seed funding round, valuing it at $30 million post-money, with investors including executives from Hugging Face and Naval Ravikant. MicroFactory plans to
roboticsmanufacturing-automationAI-roboticsrobotic-armstabletop-robot-factoryhuman-robot-interactionprecision-manufacturingWhy China's robotic mowers could decide the LiDAR race
The article highlights how robotic lawn mowers are accelerating the development of LiDAR technology more rapidly and effectively than the automotive sector. Unlike the bulky and expensive LiDAR systems initially designed for luxury vehicles, robotic mowers demand smaller, cheaper, and more reliable sensors suitable for mass-market consumer products. This pressure has driven Chinese companies like Hesai and RoboSense to innovate, pushing LiDAR from mechanical and analog designs toward sleek, digital solid-state versions. The consumer robotics market, particularly robotic mowers, is thus emerging as the critical battleground for LiDAR democratization and technological breakthroughs. Robotic mowers represent a fast-growing global market, expanding from $1.5 billion in 2021 to an expected $4.04 billion by 2028. Early mower navigation relied on boundary-wire systems, which were cumbersome and prone to failure. More recent boundary-free approaches use technologies such as pure vision, ultra-wideband (UWB), and real-time kinematics (RTK), each with strengths and
roboticsLiDARrobotic-mowersChina-technologysensor-technologyconsumer-roboticsautonomous-devicesARM 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-developmentSymage to spotlight future of vision model training at RoboBusiness
Symage, a company specializing in physics-based, high-fidelity synthetic image data for AI and computer vision training, will showcase its technology at RoboBusiness 2025, held October 15-16 at the Santa Clara Convention Center. Unlike generative AI approaches, Symage’s platform generates photorealistic synthetic datasets without visual artifacts or model degradation, resulting in faster training, improved accuracy, better edge case coverage, and reduced bias. CEO Brian Geisel emphasizes that this approach enables robotics teams to develop and test vision models more efficiently and reliably, supporting advancements in smarter and safer robotics systems. At RoboBusiness, which attracts over 2,000 robotics professionals and features 100+ exhibitors and numerous educational sessions, Geisel will present on how synthetic data accelerates vision model development, particularly in warehouse automation, agriculture technology, and mobile robotics. Symage’s offerings highlight the potential of physics-accurate synthetic data to train models before hardware availability, addressing critical edge cases and improving data quality. The
roboticsAI-trainingsynthetic-datacomputer-visionrobotics-developmentautomationrobotics-innovationTechnology behind ghostly water-powered humanoid robot revealed
Clone Robotics, a Polish startup founded in 2021, is pioneering lifelike humanoid robots powered by innovative synthetic muscle technology. Unlike traditional rigid, motor-driven robots, Clone’s androids use water-powered fluidic muscles based on the McKibben design—pressurized tubes that contract like human muscles when filled with fluid. This hydraulic system, driven by a compact pump dubbed the “hydraulic heart,” enables natural, versatile movements by mimicking human musculoskeletal structures such as tendons and ligaments. The company began by developing a robotic hand with high degrees of freedom, then expanded to a full-body prototype within a year, leveraging anatomical layouts to simplify design. In February 2025, Clone Robotics unveiled Protoclone V1, a synthetic human prototype featuring over 200 degrees of freedom, 1,000 artificial muscle fibers (Myofibers), and 500 sensors, closely replicating human anatomy. Later that year, they launched their first full-scale humanoid robot and are
roboticshumanoid-robotartificial-musclesfluidic-musclessoft-roboticshydraulic-systemandroid-technologyAgility Robotics explains how to train a whole-body control foundation model - The Robot Report
Agility Robotics has developed a whole-body control foundation model for its Digit humanoid robot, designed to enable safe, stable, and versatile task execution in complex, human-centric environments. This model acts like a "motor cortex," integrating signals from different control layers to manage voluntary movements and fine motor skills. It is implemented as a relatively small LSTM neural network with fewer than one million parameters, trained extensively in NVIDIA’s Isaac Sim physics simulator. Remarkably, the model transfers directly from simulation to the real world without additional training, allowing Digit to perform tasks such as walking, grasping, and manipulating heavy objects with high precision and robustness to disturbances. The model can be prompted using various inputs, including dense spatial objectives and large language models, enabling Digit to execute complex behaviors like grocery shopping demonstrated at NVIDIA’s GTC event. Agility Robotics aims to provide an intuitive interface for humanoid robots similar to fixed-base robots, where users specify desired end-effector poses and the robot autonomously positions itself accordingly.
roboticshumanoid-robotswhole-body-controlneural-networksAI-in-roboticsrobot-manipulationAgility-RoboticsHow STEM and competitive robotics are shaping tomorrow's workforce - The Robot Report
The article highlights how competitive robotics programs like FIRST play a crucial role in preparing the next generation for STEM careers by fostering teamwork, problem-solving, and real-world skills. Through personal experience mentoring the ACME Robotics team since 2013, the author emphasizes that these programs teach students not only technical skills like CAD design, machining, and electronics but also essential business concepts such as market understanding and product development. The structure of annual competitions with changing challenges encourages innovation, collaboration, and time management, mirroring real-world engineering and business environments. FIRST’s core value of “gracious professionalism” promotes respectful competition and cooperation among teams. FIRST offers programs for all K-12 age groups, progressively building skills from Lego-based projects to full robot design and fabrication at the high school level. Alumni of FIRST are highly sought after by colleges and employers, often receiving preferential consideration during recruitment, underscoring the program’s effectiveness in career preparation. The article calls for community involvement, stressing that mentors, volunteers, and funding are
roboticsSTEM-educationcompetitive-roboticsFIRST-programsrobotics-mentorshiprobotics-competitionsrobotics-workforce-developmentSchool Project Revolutionizes Military Robotics
The article discusses a significant advancement in military robotics, specifically in Explosive Ordnance Disposal (EOD) robots. Previously, operators faced challenges in accurately judging depth through the robots' cameras, which complicated the handling of dangerous tasks. This issue has been addressed through a new depth perception assistance technology integrated into EOD robots. This innovation was developed thanks to the efforts of a former Air Force Master Sergeant, whose contributions have revolutionized how these robots operate in the field. The enhanced depth perception capability improves the precision and safety of EOD operations, marking a notable improvement in military robotics. The article highlights this development as a breakthrough stemming from a school project, underscoring the impact of practical, real-world applications of educational initiatives in advancing military technology.
roboticsmilitary-robotsexplosive-ordnance-disposaldepth-perception-technologyrobot-operatorsdefense-technologyrobotics-innovationWe are entering a golden age of robotics startups — and not just because of AI
The article highlights a significant shift in the robotics startup ecosystem, marking what many investors consider a "golden age" for the sector. Around 2015, early-stage robotics startups struggled to secure venture capital, as most funding favored mature software applications rather than hardware-focused robotics. However, over the past decade, the robotics market has matured substantially, driven by improvements in hardware and software that have become both more advanced and affordable. This maturation, coupled with growing investor interest, has led to a surge in funding—$6 billion poured into robotics startups in the first seven months of 2025 alone, with projections indicating funding will surpass 2024 levels, making robotics one of the few non-AI sectors experiencing such growth. The industry's momentum did not arise solely from recent AI advancements, though AI has played a role in enhancing robotic technologies. Instead, a pivotal moment was Amazon’s acquisition of Kiva Systems in 2013, which catalyzed a wave of robotics startups and attracted engineering talent to
roboticsrobotics-startupsventure-capitalAI-in-roboticsautomationrobotics-fundingrobotics-industry-trendsFrom 5 to 5M: Robotics experts share lessons from scaling deployments at RoboBusiness - The Robot Report
The article previews a panel discussion titled “Scaling Robot Deployments: from 5 to 5M” at RoboBusiness 2025, focusing on the challenges and lessons learned in expanding robotic operations from small-scale proofs of concept to large, global deployments. The panelists, all experienced robotics founders and executives, emphasize that scaling robotics requires more than just technical innovation; it demands operational efficiency, employee training, evolving workforce roles, and strong executive support. The discussion aims to provide candid insights into what strategies have proven effective, what obstacles remain, and how the robotics industry can build towards scalable automation. Panelists include Jordan Bryan (Bear Robotics), who has driven significant growth in active robots and locations through operational optimization; Saman Farid (Formic), who leads a robotics-as-a-service company helping manufacturers overcome labor and productivity challenges by removing barriers to automation adoption; and Florian Pestoni (InOrbit.AI), who develops AI-powered orchestration platforms to manage and scale robot operations globally. Also featured are
roboticsrobot-deploymentautomationrobotics-scalingrobotic-operationsAI-in-roboticsrobotics-industryJack 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-robotLevita Magnetics' MARS platform uses AI-guided autonomous camera in first surgery - The Robot Report
Levita Magnetics has achieved a significant milestone by performing the world’s first gallbladder surgery using its MARS (Magnetic Autonomous Robotic Surgery) platform equipped with an AI-guided autonomous surgical camera. The procedure took place at Clínica Las Condes in Santiago, Chile. The MARS system integrates magnetic technology, robotics, and artificial intelligence to autonomously guide a surgical camera, enhancing precision and visualization during minimally invasive surgeries. This innovation allows surgeons to have direct control over the camera without relying on an assistant, providing a stable, uninterrupted field of vision critical for complex procedures like cholecystectomy. Founded in 2011, Levita Magnetics has developed minimally invasive surgical platforms, including the FDA-approved Magnetic Surgical System (MSS), used for various abdominal surgeries such as gallbladder, bariatric, prostate, colorectal, and hiatal hernia procedures. The MARS platform builds on this foundation by combining dynamic magnetic positioning with AI to improve efficiency, reduce the number of instruments and
roboticssurgical-roboticsAI-guided-surgeryautonomous-cameramagnetic-assisted-surgeryminimally-invasive-surgerymedical-technologyHumanoids, AVs, and what’s next in AI hardware with Waabi and Apptronik at TechCrunch Disrupt 2025
TechCrunch Disrupt 2025, taking place from October 27 to 29 at Moscone West in San Francisco, will feature a key session focused on the future of AI hardware, particularly in robotics and autonomous systems. The event will bring together over 10,000 startup and venture capital leaders to explore groundbreaking technologies and ideas. A highlight of the conference is a discussion with Raquel Urtasun, founder and CEO of Waabi, and Jeff Cardenas, co-founder and CEO of Apptronik, who will share insights on integrating AI with real-world physical systems such as autonomous vehicles and humanoid robots. The session will delve into the challenges and innovations involved in developing intelligent machines that operate safely and effectively in the physical world. Topics include the use of simulation, sensors, and software infrastructure critical to scaling these technologies. The conversation aims to provide a realistic and forward-looking perspective on how AI-driven robotics and self-driving platforms are evolving and the implications for industry, labor, and infrastructure.
roboticsautonomous-vehiclesAI-hardwarehumanoid-robotssensorssimulation-technologyintelligent-machinesCircus SE completes first production of CA-1 robots in high-volume facility - The Robot Report
Circus SE, a Munich-based developer of AI-powered autonomous food preparation robots, has announced the start of production for its fourth-generation CA-1 robot at a newly established high-volume manufacturing facility. The factory, designed with an intelligent modular setup, enables industrial-scale production of the complex CA-1 robot, which comprises over 29,000 components—comparable in complexity to a small car. The CA-1 robot can prepare meals in three to four minutes and integrates advanced features such as smart food silos for inventory tracking, induction cooking for energy-efficient rapid heating, robotic arms for dispensing and plating, AI-driven computer vision for operational monitoring, and a self-cleaning system for low maintenance. Each unit undergoes more than 150 precision tests to ensure enterprise-grade reliability akin to automotive standards. Circus SE is expanding its global presence with support from Celestica, its production partner experienced in engineering and supply chain management, enabling the company to scale production to thousands of units annually. The firm recently
roboticsAIautonomous-systemsfood-preparation-robotsindustrial-productioncomputer-visionenergy-efficiencySoft robotic intubation device enables 87% first-pass success rate
Researchers at UC Santa Barbara have developed a novel soft robotic intubation system (SRIS) that significantly improves the success rate and speed of endotracheal intubation, a critical procedure to maintain an open airway. Unlike traditional rigid laryngoscopes that require lifting the epiglottis and pushing a stiff tube into the trachea, the SRIS uses a soft, inflatable tube that everts and grows forward along the natural airway pathway, reducing tissue injury and friction. This innovative design allows the tube to automatically curve into the trachea, accommodating anatomical variations without the need for forceful manipulation. Testing on mannequins and cadavers demonstrated that expert users achieved a 100% success rate, while emergency responders such as EMTs and paramedics reached a 96% overall success after just five minutes of training. Non-experts attained an 87% first-pass success rate, placing the tube in an average of 21 seconds—less than half the time required by current
roboticssoft-roboticsmedical-deviceshealthcare-technologyemergency-medicinerobotic-intubationmedical-roboticsHumanoids, 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-systemsFirst wave of humanoid robots enters warehouses and shop floors
Humanoid robots are transitioning from experimental prototypes in labs to practical applications on factory floors and warehouses. Companies like Amazon, Tesla, and startups such as Figure are actively developing and deploying humanoid robots to perform tasks like deliveries, fetching and carrying parts, and handling boxes. This shift aims to offload repetitive, dangerous, or physically demanding work from humans, allowing people to focus on safer and more creative roles. However, the rise of humanoid robots also raises concerns about potential job losses, especially in communities heavily dependent on large employers like Amazon and Walmart. Technologically, humanoid robots replicate human anatomy with electric actuators functioning as “muscles” to enable precise and strong movements, while sensor suites—including cameras, lidar, inertial sensors, and tactile sensors—provide perception and balance. These inputs feed into onboard computers running sophisticated control algorithms and AI, which manage stability, navigation, and object manipulation. Globally, efforts span from cost-effective models in China to service and elder-care robots in Japan and
roboticshumanoid-robotsautomationindustrial-robotswarehouse-automationTesla-OptimusBoston-DynamicsUS 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-sensingAmazon Robotics’ ViTa-Zero solves key robotics challenge
Amazon Robotics has developed ViTa-Zero, a novel zero-shot visuotactile pose estimation framework designed to address the challenge of accurately determining object poses during robotic manipulation tasks. Traditional visuotactile approaches have struggled with generalization due to limited visuotactile data. ViTa-Zero innovates by using a visual model backbone combined with feasibility checks and test-time optimization grounded in physical constraints derived from tactile and proprioceptive sensor data. The system models the interaction between the robot gripper and object as a spring–mass system, where tactile sensors provide attractive forces and proprioception generates repulsive forces, enabling more robust pose estimation. The framework was validated on real-world robotic setups across various manipulation scenarios such as grasping, object picking, and bimanual handover. Experimental results demonstrated significant improvements over purely visual models, including a 55% increase in area under the curve (AUC) for ADD-S, a 60% increase in ADD, and an 80% reduction in
roboticsvisuotactile-sensingpose-estimationmanipulation-tasksAmazon-Roboticszero-shot-learningrobotic-perceptionHumanoid robot HITTER plays table tennis with human-like speed
UC Berkeley has developed a humanoid robot named HITTER that can play table tennis with human-like speed and agility. Demonstrated in a video, HITTER successfully engaged in rallies exceeding 100 shots against human opponents, using its left hand for balance and executing precise, fluid movements. The robot’s performance relies on a dual-system design: a high-level planner that tracks and predicts the ball’s trajectory using external cameras, and a low-level controller that converts these calculations into coordinated arm and leg motions. Trained on human motion data, HITTER can move naturally, reacting to balls traveling up to 5 m/s in under a second. The development team combined model-based planning with reinforcement learning to overcome the challenges of split-second decision-making and unpredictable shots inherent in table tennis. This hybrid approach enabled HITTER to fine-tune its movements through trial and error, resulting in lifelike swings and footwork. Tested on a general-purpose humanoid platform (likely the Unitree G1), HITTER demonstrated its
roboticshumanoid-robotreinforcement-learningAI-planninghuman-robot-interactiontable-tennis-robotrobot-motion-controlWhy heavy industry is hiring more contract engineers
Heavy industries such as energy, automotive, mining, and chemical sectors are increasingly shifting from traditional permanent engineering teams to flexible, project-based hiring of contract or “gig” engineers. This transformation is driven by factors including tight budgets, volatile markets, and the need for specialized skills—particularly in automation, controls, robotics, and digital upgrades—that may not be available internally. Following significant workforce reductions after the 2020 oil bust, companies now prefer assembling just-in-time engineering teams tailored to specific projects, avoiding the overhead and long-term commitments associated with full-time employees. Cost analyses reveal that contractors can be nearly half as expensive as full-time engineers when factoring in benefits and overhead, making contract staffing financially attractive in boom-and-bust industries. While this model offers agility and cost savings, it also presents challenges. Heavy industry projects often require deep system integration, and reliance on temporary staff can increase error rates and turnover due to less institutional knowledge. Consequently, companies must invest more in supervision and onboarding of contract engineers.
energyheavy-industrycontract-engineersautomationroboticsdigital-upgradesoil-and-gasInside Singapore's physical AI revolution
The article summarizes Episode 210 of The Robot Report Podcast, which centers on Singapore’s emerging leadership in physical AI and robotics. Key guests from the Singapore Economic Development Board (EDB), Certis Group, and the Home Team Science & Technology Agency discuss Singapore’s strategic initiatives to grow its robotics sector. The country leverages its strong manufacturing base, government incentives, and a collaborative ecosystem involving industry and academia to foster innovation and talent development. Emphasis is placed on the importance of integration, reliability, and scalability for successful deployment of robotics and AI technologies. The episode also covers notable robotics news, including Boston Dynamics’ Spot robot performing a public triple backflip, showcasing advancements in reinforcement learning for robot agility and recovery. Despite the impressive feat, Spot’s performance in America’s Got Talent did not advance to the quarterfinals. Additionally, Intuitive Surgical announced a permanent layoff of 331 employees (about 2% of its workforce) at its Sunnyvale headquarters. Lastly, John Deere expanded its agricultural
roboticsartificial-intelligencephysical-AISingaporeBoston-Dynamicsreinforcement-learningautomationInside Singapore's Physical AI Revolution
The article highlights Singapore’s emerging leadership in physical AI and robotics, as discussed in Episode 210 of The Robot Report Podcast. Key figures from the Singapore Economic Development Board (EDB), Certis Group, and the Home Team Science & Technology Agency emphasize Singapore’s strategic advantages, including a robust manufacturing base, a supportive innovation ecosystem, and strong government-industry-academia collaboration. The EDB is actively fostering growth in the robotics sector by providing economic incentives and building a talent pipeline. The guests also stress the critical importance of integration, reliability, and scalability in deploying robotics and AI solutions effectively within various sectors. Additionally, the episode covers notable robotics news, such as Boston Dynamics’ Spot robot performing a triple backflip on America’s Got Talent, showcasing advances in reinforcement learning for robot agility and recovery. However, the act did not advance in the competition. The article also reports on Intuitive Surgical’s planned permanent layoff of 331 employees at its Sunnyvale headquarters, representing about 2% of
roboticsartificial-intelligenceSingaporeBoston-DynamicsSpot-robotautomationrobotics-industryEels' locomotion secret could help design next-gen advanced robots
An international research team led by Tohoku University has uncovered the neural mechanisms behind eels' remarkable ability to maintain coordinated movement even after severe spinal cord injuries. By studying sensory feedback—specifically stretch and pressure signals—combined with intrinsic rhythmic neural circuits along the spinal cord, the researchers demonstrated that eels can synchronize movement without brain control. This was confirmed through experiments involving both real eels and eel-like robots, showing that sensory feedback enables steady swimming, crawling on land, and obstacle navigation. The study also offers evolutionary insights, suggesting that early vertebrates may have repurposed existing swimming neural circuits to move on land, reducing the need for complex brain control. These findings have significant implications for robotics: understanding eel locomotion could inspire the design of highly adaptive robots capable of navigating complex, unpredictable environments such as disaster zones or extraterrestrial terrains. The research, involving collaborators from multiple international institutions, was published in the Proceedings of the National Academy of Sciences.
roboticsbioinspired-roboticsneural-mechanismsadaptive-robotseel-locomotionsensory-feedbackrobotic-navigationX Square Robot debuts foundation model for robotic butler after $100M Series A - The Robot Report
X Square Robot, a Shenzhen-based startup founded in 2023, has raised $100 million in Series A+ funding and introduced Wall-OSS, an open-source foundational AI model designed for robotic platforms, alongside its Quanta X2 humanoid robot. The company aims to advance household humanoid robotics by addressing key limitations in current robotic AI, such as over-reliance on task-specific training and excessive focus on bipedal locomotion. Instead, X Square Robot emphasizes generalized training in manipulation with robotic hands and reasoning across diverse robot forms to enable robots to perform unpredictable real-world tasks, like serving food, which traditional warehouse-focused training does not prepare them for. Wall-OSS is built on what X Square Robot claims to be the world’s largest embodied intelligence dataset and is designed to overcome challenges like catastrophic forgetting (loss of previously learned knowledge when training on new data) and modal decoupling (misalignment of vision, language, and action). The multimodal model is trained on vision-language-action
roboticshumanoid-robotsembodied-AIfoundation-modelrobotic-butlerAI-trainingopen-source-roboticsUniversal Robots picks Technicon as certified partner for the pharmaceutical industry - The Robot Report
Universal Robots (UR), a leading developer of collaborative robot arms, has officially named Technicon as a UR global Certified Solution Provider (CSP) for the pharmaceutical industry. Technicon, a Nordic automation company specializing in compact automated systems for life sciences, has been a UR distributor and integrator in Denmark since 2019. The partnership highlights Technicon’s expertise in designing, developing, and implementing automation solutions tailored to highly regulated pharma environments, including optimizing fill and finish lines, lab quality control, and packaging processes. This CSP status enables Technicon to offer end-to-end solutions from design through deployment and service to international pharmaceutical clients. UR is part of Teradyne Robotics, which has recently experienced leadership changes and financial challenges, including a 17% revenue decline year-over-year in Q2 2025 and workforce reductions. Despite this, UR remains the primary revenue driver within Teradyne Robotics. The company plans to showcase new fabrication automation systems and debut a new cobot model at FABTECH
roboticscollaborative-robotspharmaceutical-automationUniversal-Robotscobotsindustrial-automationTechniconRoboBallet makes robotic arms dance in sync on factory floors
RoboBallet is a new AI system developed by a team from UCL, Google DeepMind, and Intrinsic that choreographs the movements of multiple robotic arms on factory floors, significantly improving efficiency and scalability in manufacturing. Traditional robotic coordination requires extensive manual programming to avoid collisions and complete tasks, a process that is time-consuming and prone to errors. RoboBallet overcomes these challenges by using reinforcement learning combined with graph neural networks, enabling it to plan coordinated movements for up to eight robotic arms performing 40 tasks in seconds, even in previously unseen layouts. This approach treats obstacles and tasks as points in a network, allowing rapid and adaptable planning that outperforms existing methods by generating plans hundreds of times faster than real-time. The system’s scalability is a major breakthrough, as it learns general coordination rules rather than memorizing specific scenarios, making it capable of handling complex, dynamic environments where factory layouts or robot configurations change frequently. RoboBallet’s ability to instantly generate high-quality plans could prevent costly
roboticsindustrial-automationAIrobotic-armsmanufacturing-technologyreinforcement-learningfactory-efficiencyShoucheng Holdings launches Robotics Advanced Materials Co. - The Robot Report
Shoucheng Holdings Ltd. is intensifying its robotics strategy by launching Shoucheng Robotics Advanced Materials Industrial Co., a new subsidiary focused on developing critical robotics components such as electronic skin, tendon cables, and lightweight PEEK composites. This move aims to fill key gaps in the robotics value chain and expand Shoucheng’s role from investment and application to encompassing materials, systems, and applications. The Hong Kong-based company, part of the Shougang Group, has also invested in several robotics firms including humanoid developer NOETIX Robotics Inc., Unitree, Galbot, Galaxea-AI, and Booster Robotics, while advancing large-scale robotics deployments in various sectors like automotive production, autonomous charging stations, and surgical applications. Financially, Shoucheng reported strong interim results for fiscal 2025, with revenue rising 36% year-over-year to HK$731 million (about $93 million USD) and net profit increasing 30% to HK$339 million ($43.4 million
roboticsadvanced-materialshumanoid-robotsPEEK-compositesrobotics-componentsrobotics-ecosystemShoucheng-HoldingsExperts to discuss how to close the robotics gap with China at RoboBusiness - The Robot Report
The article highlights the growing dominance of China in the global robotics industry, noting that in 2023 China became the third most automated country worldwide, surpassing the U.S., Germany, and Japan. China now holds the largest market for industrial robots and accounts for over half of global industrial robot installations, a significant increase from about one-fifth a decade ago. The Chinese government has committed to investing nearly $137 billion over 20 years in robotics, artificial intelligence, and innovation, further solidifying its advanced manufacturing ecosystem. In response to China's rapid advancements, RoboBusiness 2025, scheduled for October 15-16 in Santa Clara, California, will feature a keynote session titled “Closing the Robotics Gap with China.” This panel will include experts such as Jeff Burnstein (Association for Advancing Automation), Georg Steiler (Stieler Technology & Market Advisory), Eric Truebenbach (Teradyne Ventures), and Eugene Demaitre (The Robot Report). They will discuss strategies for the U.S
roboticsindustrial-robotsautomationChina-robotics-marketrobotics-investmentadvanced-manufacturingrobotics-innovationFigure 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-robotautomationroboticsA motion-first approach to smarter factory robots
The article discusses the limitations of traditional industrial robots in handling real-world variability during manufacturing tasks, particularly assembly. While robots excel in controlled, repetitive tasks like welding and painting, they struggle with assembly due to the high costs and inflexibility of programming and integration, which can account for up to 70% of total robot application expenses. Standard robots rely on a recognition-first approach using machine learning models that require extensive pre-training on large datasets to identify objects before interacting with them. This approach falters in dynamic environments where objects vary in appearance due to lighting, orientation, or transparency, such as glass bottles, making reliable recognition and handling difficult. An Indian startup, CynLr, proposes a novel “motion-first vision” system embodied in their CyRo robot, which learns by physically interacting with unfamiliar objects in real time rather than relying on pre-trained models. This approach bypasses the recognition bottleneck by focusing on how objects can be manipulated rather than solely identifying them visually. The system addresses fundamental engineering challenges
roboticsindustrial-robotsfactory-automationmotion-first-visionmanufacturing-technologyrobot-vision-systemsautomation-innovationGoogle DeepMind, Intrinsic build AI for multi-robot planning
The article discusses a new AI-driven approach to programming and coordinating multiple industrial robots in shared workspaces, developed through a collaboration between Google DeepMind Robotics, Intrinsic, and University College London. Traditional methods for robot motion planning rely heavily on manual programming, teach pendants, and trial-and-error, which are time-consuming and become increasingly complex when managing multiple robots to avoid collisions. The researchers introduced "RoboBallet," an AI model that leverages reinforcement learning and graph neural networks (GNNs) to generate collision-free motion plans efficiently. This model represents robots, tasks, and obstacles as nodes in a graph and learns generalized planning strategies by training on millions of synthetic scenarios, enabling it to produce near-optimal trajectories rapidly without manual intervention. Intrinsic, a company spun out of Alphabet’s X in 2021, aims to simplify industrial robot programming and scaling. Their RoboBallet system requires only CAD files and high-level task descriptions to generate motion plans, eliminating the need for detailed coding or fine
roboticsartificial-intelligencemulti-robot-planningreinforcement-learninggraph-neural-networksindustrial-robotsautomationWhy humanoid robots aren't advancing as fast as AI chatbots - The Robot Report
The article discusses why humanoid robots are not advancing as rapidly as AI chatbots, despite recent breakthroughs in large language models (LLMs) that power conversational AI. While tech leaders like Elon Musk and Jensen Huang predict humanoid robots will soon perform complex tasks such as surgery or home assistance, robotics experts like UC Berkeley's Ken Goldberg caution that these expectations are overly optimistic. Goldberg highlights a fundamental challenge known as the “100,000-year data gap,” referring to the vast difference between the extensive textual data available to train AI chatbots and the limited physical interaction data available to train robots for real-world tasks. This gap significantly slows the development of robots’ dexterity and manipulation skills, which remain far behind their language processing capabilities. Goldberg emphasizes that the core difficulty lies in robots’ ability to perform precise physical tasks, such as picking up a wine glass or changing a light bulb—actions humans do effortlessly but robots struggle with due to the complexity of spatial perception and fine motor control. This issue, known
roboticshumanoid-robotsAI-chatbotsmachine-learningautomationrobotics-researchartificial-intelligenceOrchard Robotics, founded by a Thiel fellow Cornell dropout, raises $22M for farm vision AI
Orchard Robotics, founded by Charlie Wu—a Cornell computer science dropout and Thiel fellow inspired by his grandparents’ apple farming background—has raised $22 million in a Series A funding round led by Quiet Capital and Shine Capital. The startup develops AI-powered vision technology to help fruit growers more accurately monitor crop health and yield. Using small cameras mounted on tractors, Orchard Robotics captures ultra-high-resolution images of fruit, which are analyzed by AI to assess size, color, and health. This data is then uploaded to a cloud-based platform that assists farmers in making informed decisions about fertilization, pruning, labor needs, and marketing. Despite the concept of computer vision for specialty crops not being new, most large U.S. farms still rely on manual sampling, which provides imprecise estimates of crop conditions. Orchard Robotics aims to address this gap by offering more precise, scalable data collection and analysis. The company’s technology is already deployed on major apple and grape farms and is expanding to other crops such as blueberries
roboticsartificial-intelligenceagriculture-technologyfarm-automationcomputer-visionIoT-in-agricultureprecision-farmingUjjwal Kumar steps down as president of Teradyne Robotics - The Robot Report
Ujjwal Kumar has stepped down as president of Teradyne Robotics Group, announcing his departure on LinkedIn while committing to remain with the company through September 2025 to assist in the transition to his successor, Jean-Pierre Hathout. During his tenure of over two years, Kumar helped expand the product and customer portfolios of Universal Robots (UR) and Mobile Industrial Robots (MiR), promoted Physical AI, and supported customer transformation efforts. Kumar did not disclose his next career move but expressed continued interest in business transformation, Physical AI, Industry 5.0, and automation. Teradyne Robotics, which includes UR (a leader in collaborative robot arms) and MiR (an autonomous mobile robot developer), has faced challenges recently, including a 17% year-over-year revenue decline in Q2 2025 and a workforce reduction of about 10% earlier in the year to better align with market conditions. Leadership changes at both UR and MiR aim to sharpen strategic focus and improve execution.
roboticscollaborative-robotsautonomous-mobile-robotsTeradyne-Roboticsindustry-5.0automationphysical-AIHow robotics is transforming healthcare, inside and outside the operating room - The Robot Report
The article discusses how robotics is increasingly transforming healthcare both inside operating rooms and throughout hospital environments, addressing critical challenges such as workforce shortages and budget constraints. By 2030, a global shortage of at least 10 million healthcare workers is expected, with the U.S. facing a significant physician deficit by 2036. Hospitals, especially in rural areas, are also grappling with tighter budgets due to federal funding cuts. Robotics, including automated guided vehicles for logistics and advanced surgical robots, offers a way to alleviate these pressures by automating repetitive tasks and enhancing surgical capabilities. Surgical robotics is becoming more accessible as competition grows and costs decrease, with companies like SS Innovations, Medtronic, and others developing new systems that integrate AI and machine learning. Advances in telesurgery allow expert surgeons to remotely guide or take over procedures, expanding patient access to specialized care and enabling remote training through tele-proctoring. Beyond the operating room, the COVID-19 pandemic accelerated the adoption of logistics robots to reduce staff exposure
roboticshealthcare-roboticssurgical-robotstelesurgeryAI-in-roboticsmedical-technologyrobotic-surgery-systemsUBTECH secures $1B in financing for Middle East humanoid production - The Robot Report
UBTECH Robotics Corp., a Shenzhen-based humanoid robot developer, has secured a credit line of up to $1 billion from Infini Capital to expand its industrial humanoid robot production, marketing, and deployment. The two companies plan to establish a joint venture to build a “superfactory,” a research and development center, and regional headquarters in the Middle East. This partnership aims to help UBTECH maintain leadership in robotics development, accelerate commercialization, and increase market share and profitability. UBTECH, founded in 2012, focuses on low-cost humanoid robots for sectors such as education, customer service, healthcare, logistics, and manufacturing, with notable partners including BYD, Geely Auto, and Foxconn. The company recently won a $12.6 million contract from Miyi Automotive Technology, marking one of the largest current procurement orders for humanoid robots. Infini Capital, which holds a 5% equity stake in UBTECH, will provide flexible financing options through its High-Tech Fund, including
roboticshumanoid-robotsUBTECHindustrial-robotsrobotics-manufacturingAI-roboticsrobot-productionTop 10 robotics developments of August 2025 - The Robot Report
In August 2025, The Robot Report highlighted significant developments in the robotics industry, emphasizing both business dynamics and technological advancements. Robotics investments surged to over $4.35 billion in July 2025, driven primarily by the U.S. and China through 93 funding rounds. Key funding news included FORT Robotics securing an additional $18.9 million to enhance robotic safety and OpenMind raising $20 million to advance its OM1 operating system aimed at connecting intelligent machines globally. Teradyne Robotics reported $75 million in Q2 revenue, reflecting a 9% increase from the previous quarter despite a 17% year-over-year decline. On the innovation front, Boston Dynamics and TRI are leveraging large behavior models to train the Atlas humanoid robot for versatile task competence, including object manipulation and dynamic balance. University of Waterloo researchers are pioneering tiny robots designed to dissolve kidney stones, potentially transforming treatment for a condition affecting 12% of people. Unitree Robotics introduced the A2 quadruped robot
roboticshumanoid-robotsrobot-investmentsrobotic-safetymedical-robotsAI-in-roboticsautonomous-robotsResearchers are teaching robots to walk on Mars from the sand of New Mexico - Robohub
Researchers are advancing the development of dog-like quadruped robots to perform scientific tasks on Mars by conducting field experiments at White Sands National Park in New Mexico, a Mars analog environment. These tests, part of the NASA-funded LASSIE Project (Legged Autonomous Surface Science in Analog Environments), involve a multidisciplinary team from several universities and NASA centers. The project aims to prepare legged robots for future crewed missions to the Moon and Mars, building on prior work with similar robots in lunar-like terrains such as Mount Hood, Oregon. The quadruped robots gather data from their foot interactions with the surface, enabling them to sense terrain stability and adapt their movements accordingly. During recent trials at White Sands, despite challenging high temperatures, the team achieved significant progress, including the robot autonomously making decisions for the first time. This autonomy is crucial for enabling simultaneous independent actions by astronauts and robots on Mars, thereby enhancing scientific productivity. The researchers also tested new locomotion strategies tailored to different surface conditions, which
roboticsquadruped-robotsMars-explorationautonomous-robotsNASAlunar-explorationrobotic-field-testingAI brain interface lets users move robot arm with pure thought
Researchers at the University of California, Los Angeles (UCLA) have developed a new wearable, noninvasive brain-computer interface (BCI) system that uses artificial intelligence (AI) to help individuals with physical disabilities control robotic arms or computer cursors through thought. Unlike previous BCI devices that required invasive neurosurgery, this system combines an electroencephalography (EEG) cap with a camera-based AI platform to decode brain signals and interpret user intent in real time. The AI acts as a “co-pilot,” enhancing the user’s control by guiding actions such as moving objects, thereby offering a safer and more practical alternative for people with paralysis or neurological disorders. In trials involving four participants—including one paralyzed individual—the AI-assisted system enabled faster and more accurate task completion, such as moving a cursor to targets and manipulating blocks with a robotic arm. Notably, the paralyzed participant was able to complete a robotic arm “pick-and-place” task in about six and a half minutes
roboticsbrain-computer-interfaceartificial-intelligenceassistive-technologywearable-technologyneural-engineeringrobotic-arm-controlWhy Runway is eyeing the robotics industry for future revenue growth
Runway, a New York-based company known for its AI-powered video and photo generation tools built over the past seven years, is now targeting the robotics industry as a new avenue for revenue growth. The company’s advanced world models—large language models that simulate realistic versions of the real world—have attracted interest from robotics and self-driving car companies seeking scalable and cost-effective training simulations. Runway’s co-founder and CTO, Anastasis Germanidis, explained that while the company initially focused on creative and entertainment applications, inbound requests from robotics firms revealed broader use cases for their technology beyond entertainment. Robotics companies are leveraging Runway’s models to create highly specific training simulations that are difficult, costly, and time-consuming to replicate in real-world environments. These simulations allow for controlled testing of different actions and scenarios without altering other environmental variables, providing valuable insights into outcomes that physical testing cannot easily achieve. Rather than developing separate models for robotics and autonomous vehicles, Runway plans to fine-tune its existing models and is
roboticsAI-simulationself-driving-carsrobot-trainingvisual-generating-toolsrobotics-industrymachine-learningBuild 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-partsUnique robot welded from online parts walks on two legs with ease
MEVITA is a newly developed open-source bipedal robot created by engineers at the University of Tokyo's JSK Robotics Laboratory. It addresses common challenges in DIY robotics platforms by combining durability, simplicity, and accessibility. Unlike many existing designs that rely on fragile 3D-printed parts or complex metal assemblies with hard-to-source components, MEVITA uses sheet metal welding to integrate complex shapes into just 18 unique metal parts, four of which are welded. This approach significantly reduces the number of components, making the robot easier to build using parts readily available through online e-commerce. The robot’s control system leverages advanced AI techniques, specifically reinforcement learning trained in simulation environments (IsaacGym and MuJoCo), before transferring the learned behaviors to the physical robot via Python scripts. This Sim-to-Real transfer enables MEVITA to walk effectively across diverse terrains such as uneven indoor floors, grassy fields, dirt, concrete tiles, and gentle slopes. Safety and control are enhanced by features including wireless
roboticsbipedal-robotopen-source-robotsheet-metal-weldingAI-control-systemreinforcement-learningrobot-assemblyHumanoid robot uses human data to master cartwheels and sprints
Researchers at Cornell University have developed BeyondMimic, a novel framework enabling humanoid robots to perform complex, fluid human-like motions such as cartwheels, sprints, dance moves, and even Cristiano Ronaldo’s “Siu” celebration. Unlike traditional programming methods that require task-specific coding, BeyondMimic uses human motion capture data to train robots through a unified policy, allowing them to generalize and execute new tasks without prior training. This system leverages Markov Decision Processes and hyperparameters to seamlessly transition between diverse movements while preserving the style, timing, and expression of the original human actions. A key innovation in BeyondMimic is the use of loss-guided diffusion, which guides the robot’s real-time movements via differentiable cost functions, ensuring accuracy, flexibility, balance, and stability. The framework supports various real-world robotic controls such as path following, joystick operation, and obstacle avoidance, making it highly adaptable. The entire training pipeline is open-source and reproducible, providing a
roboticshumanoid-robotmotion-trackingmachine-learningrobot-controlartificial-intelligencerobotics-research3D-printed auxetic sensors promise leap in wearable electronics
A research team from Seoul National University of Science and Technology, led by Mingyu Kang and Dr. Soonjae Pyo, has developed a novel 3D-printed tactile sensor platform based on auxetic mechanical metamaterials (AMMs). These materials exhibit a negative Poisson’s ratio, meaning they contract inward under compression, which concentrates strain and enhances sensitivity. Using digital light processing (DLP)-based 3D printing, the team fabricated cubic lattice structures with spherical voids that improve sensor performance by increasing sensitivity, maintaining stability, and minimizing crosstalk. The sensors operate in capacitive and piezoresistive modes, with the latter utilizing a carbon nanotube coating to detect resistance changes under load. The researchers demonstrated the technology’s potential through applications such as tactile arrays for spatial pressure mapping and wearable smart insoles capable of monitoring gait patterns and detecting pronation types. Unlike conventional porous structures, the auxetic design prevents lateral expansion, making the sensors more wearable and less prone to
3D-printingauxetic-sensorswearable-electronicstactile-sensorsroboticsmechanical-metamaterialshealth-monitoringThe startup journey, from prototype to production
In Episode 209 of The Robot Report Podcast, hosts Steve Crowe and Mike Oitzman interview Bren Pierce, CEO and founder of Kinisi Robotics, focusing on the challenges and strategies involved in deploying autonomous robots in warehouse environments. The discussion highlights the complexities of navigating logistics, integrating robots with existing systems, and how industry leaders are innovating to enhance efficiency and automation in warehouse operations. This episode sheds light on the transformative impact robotics can have on supply chain and warehouse management. The episode also covers recent industry news, including Boston Dynamics and Toyota Research Institute’s collaboration on developing large behavior models (LBMs) for the Atlas humanoid robot to enable it to perform complex, long-horizon manipulation tasks. Additionally, FieldAI announced a $405 million funding round to accelerate global growth and product development in locomotion and manipulation, leveraging their Field Foundation Models designed for embodied intelligence. The inaugural World Humanoid Robot Games in China showcased autonomous and manually controlled robots competing in various events, signaling growing interest and formalization
roboticsautonomous-robotswarehouse-automationhumanoid-robotsAI-in-roboticsBoston-DynamicsKinisi-RoboticsRealSense deepens NVIDIA ties with new D555 depth camera
RealSense, now an independent company, is strengthening its collaboration with NVIDIA, a partnership previously limited due to RealSense’s former ownership by Intel. This collaboration centers on the new RealSense D555 depth camera, which features the v5 Vision Processor with on-chip Power over Ethernet, a global shutter, integrated IMU, and native ROS 2 support. The D555 enables direct streaming into NVIDIA’s Holoscan platform for ultra-low-latency sensor fusion and real-time computing, enhancing obstacle avoidance, safe human-robot interaction, and navigation for autonomous mobile robots (AMRs) and humanoids. The integration leverages NVIDIA’s Jetson Thor platform, powered by the Blackwell GPU architecture, delivering up to 2070 teraflops of AI performance with significantly improved energy efficiency compared to its predecessor, Jetson Orin. This allows robotics developers to run large-scale generative AI models and advanced perception pipelines at the edge. The partnership offers three main benefits: accelerated simulation-to-deployment
roboticsdepth-cameraNVIDIA-JetsonAI-perceptionsensor-fusionautonomous-mobile-robotsreal-time-computeTessa Lau to speak at RoboBusiness' Women in Robotics Lunch - The Robot Report
The article highlights the upcoming Women in Robotics Lunch at RoboBusiness 2025, taking place October 15-16 in Santa Clara, California. This event, held for the second consecutive year, aims to foster networking, engagement, and mentorship among women in the robotics industry, where women currently represent only 19% of robotics engineers. The featured speaker is Tessa Lau, founder and CEO of Dusty Robotics, who will discuss her career journey and her company’s mission to transform the construction industry through automated layout and BIM-to-field processes. Lau’s background includes co-founding Savioke (Relay Robotics), contributing to hotel delivery automation, and working at Willow Garage, a pivotal robotics research lab responsible for the widely used open-source robot operating system. RoboBusiness, established in 2004 and produced by WTWH Media, is a leading event for commercial robotics developers and suppliers. The 2025 conference will feature over 60 speakers, a startup workshop, the Pitchfire competition, and more
roboticswomen-in-roboticsautomated-constructionrobot-operating-systemrobotics-startupscommercial-robotsrobotics-industry-eventsRobot 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-hubRealMan launches robotics data training center in Beijing - The Robot Report
RealMan Robotics, a Beijing-based developer of robotic arms and mobile manipulators, has launched a new robotics data training center in Beijing. The 3,000-square-meter facility integrates core technology R&D, scenario-based application testing, operator training, and ecosystem collaboration. It features 108 diverse robots—including dual-arm mobile manipulators, wheeled semi-humanoids, drone-arms, and quadrupeds—deployed across ten real-world environments such as eldercare, rehabilitation, automotive assembly, and smart catering. These scenarios enable large-scale multimodal data generation, producing over one million high-quality data points annually to train advanced AI models via the newly unveiled RealBOT Embodied Intelligence Open Platform. The center aims to address three key challenges in robotics: lack of cross-scenario data generalization, gaps between simulation and real-world conditions, and the absence of standardized data formats and efficient closed-loop iteration. By creating a full-stack data pipeline from collection to deployment, RealMan seeks to accelerate commercialization of
roboticsrobotic-armsAI-traininghumanoid-robotsdata-acquisitionmobile-manipulatorsrobotics-R&DNew 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-intelligencePrehistoric craft could help make strong metamaterials for robots
Engineers at the University of Michigan have discovered that ancient basket-weaving techniques, dating back approximately 9,500 years, can inspire the creation of resilient and stiff metamaterials for modern applications such as robotics, automotive parts, and architecture. By weaving Mylar polyester ribbons into 3D structures, the researchers demonstrated that woven materials can endure repeated compression and torsion, returning to their original shape without permanent damage. In contrast, continuous (unwoven) materials buckled and deformed under similar stress. This resilience arises because woven designs redistribute stress over a wider area, preventing localized buckling, while maintaining about 70% of the stiffness of continuous materials. The team tested various woven corner arrangements and found that these fundamental modules enable the design of complex, stiff, and resilient spatial geometries. A prototype four-legged robot made from these woven materials could support 25 times its weight and recover its shape after being overloaded, highlighting the practical potential of this approach. Future research aims to develop “smart”
metamaterialsroboticswoven-materialsmaterial-sciencemechanical-engineeringresilience3D-structuresMIT roboticists debate the future of robotics, data, and computing - The Robot Report
At the IEEE International Conference on Robotics and Automation (ICRA), leading roboticists debated the future direction of robotics, focusing on whether advances will be driven primarily by code-based models or data-driven approaches. The panel, moderated by Ken Goldberg of UC Berkeley and featuring experts such as Daniela Rus, Russ Tedrake, Leslie Kaelbling, and others, highlighted a growing divide in the field. Rus and Tedrake strongly advocated for data-centric methods, emphasizing that real-world robotics requires machines to learn from extensive, multimodal datasets capturing human actions and environmental variability. They argued that traditional physics-based models work well in controlled settings but fail to generalize to unpredictable, human-centered tasks. Rus’s team at MIT’s CSAIL is pioneering this approach by collecting detailed sensor data on everyday human activities like cooking, capturing nuances such as gaze and force interactions to train AI systems that enable robots to generalize and adapt. Tedrake illustrated how scaling data enables robots to develop "common sense" for dexter
roboticsartificial-intelligencemachine-learningrobotics-researchdata-driven-roboticshuman-robot-interactionrobotic-automationHow Elon Musk’s humanoid dream clashes with 100,000-year data reality
The article discusses the significant challenges facing Elon Musk’s vision of humanoid robots, emphasizing insights from UC Berkeley roboticist Ken Goldberg. Despite advances in large language models (LLMs) trained on vast internet text, robotics lags far behind due to a massive "100,000-year data gap" in the kind of rich, embodied data required for robots to achieve human-like dexterity and reliability. Simple human tasks such as picking up a glass or changing a light bulb involve complex perception and manipulation skills that robots currently cannot replicate. Attempts to use online videos or simulations to train robots fall short because these sources lack detailed 3D motion and force data essential for fine motor skills. Teleoperation generates data but only at a linear, slow rate compared to the exponential data fueling language models. Goldberg highlights a debate in robotics between relying solely on massive data collection versus traditional engineering approaches grounded in physics and explicit world modeling. He advocates a pragmatic middle ground: deploying robots with limited but reliable capabilities to collect real-world
roboticshumanoid-robotsmachine-learningdata-gapautomationrobotics-engineeringartificial-intelligenceMIT 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-intelligenceautomationMITBoston 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-robotNidec returns to RoboBusiness to demo advanced robotics gears
Nidec DRIVE TECHNOLOGY (NDT) is returning to RoboBusiness 2025, held October 15-16 in Santa Clara, California, to showcase its latest advancements in high-precision gearing and motion control technologies tailored for robotics applications. At this premier commercial robotics event, NDT will highlight two key products: the FLEXWAVE strain wave gearheads, designed for ultra-precise motion control in compact robotic systems, and the KINEX cycloidal reducers, which offer high-torque performance and durability for demanding environments. These solutions target mission-critical sectors including robotics, medical, aerospace, semiconductor, and assembly/test systems, reflecting Nidec’s broad portfolio aimed at providing flexible, application-driven gearing options. In addition to these flagship products, Nidec will present its high-precision planetary and servo worm gearheads, optimized for space-constrained designs and seamless integration into automation and assembly systems. The company’s experts will be available to provide guidance on enhancing torque density, reducing backlash
roboticsmotion-controlrobotic-gearsautomationprecision-engineeringhigh-torque-reducersrobotics-innovationDoggy 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-robotIntuitive laying off 331 workers in California
Intuitive Surgical has announced a permanent layoff of 331 employees at its Sunnyvale, California headquarters, effective October 27, 2025. The company filed a WARN notice with California officials on August 21, citing the cessation of graveyard and weekend shifts for the production of its Ion instruments and accessories, along with related logistics and quality operations. These shifts will end on October 23 and 24, 2025, respectively, and the company will transition from a 4×10 to a 5×8 shift schedule for all production teams in Sunnyvale. The layoffs represent just over 2% of Intuitive’s total workforce of 15,638 employees. The majority of affected roles include assembly technicians, manufacturing leads, material handlers, and trainers. The affected positions are tied to the production of the Ion robotic bronchoscopy system, a minimally invasive, catheter-based platform cleared by the FDA in 2019 that enables precise lung biopsies using fiber optic shape sensor technology.
roboticssurgical-robotsIntuitive-Surgicalda-Vinci-systemrobotic-surgerymedical-roboticsworkforce-reductionU.S. Air Force taps Reliable Robotics for autonomous Aircraft
Reliable Robotics has secured a $17.4 million contract with the U.S. Air Force to supply its Reliable Autonomy System (RAS) for integration and testing on a Cessna 208B aircraft. This FAA-certifiable autonomous technology automates all phases of flight—taxi, takeoff, en route, and landing—and is designed to enhance safety, flexibility, and operational efficiency. The system is aircraft agnostic, incorporating multiple redundancies and advanced navigation to meet the stringent reliability and safety standards required for uncrewed flight. The Air Force aims to leverage this technology to support Agile Combat Employment (ACE) by enabling rapid and secure logistics across dispersed locations, effectively acting as a force multiplier. This contract builds on Reliable Robotics’ ongoing collaboration with the Air Force, including prior work on the Cessna 208B Caravan and KC-135 Stratotanker, as well as contributions to the Autonomy Government Reference Architecture (A-GRA), a multi-platform autonomy framework. Founded in
roboticsautonomous-aircraftmilitary-technologyuncrewed-aircraft-systemsaviation-automationU.S.-Air-ForceReliable-RoboticsVideo: 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-systemsRobotics investments top $4.3B in July 2025
In July 2025, the robotics sector saw robust investment activity, with a total of at least $4.35 billion raised across 93 funding rounds globally. The United States and China were the leading contributors, securing approximately $1.8 billion and just over $1 billion respectively. Israel also made a notable impact with $825 million, primarily due to a post-IPO secondary round by autonomous vehicle developer Mobileye. A significant milestone was achieved when Geekplus, a Chinese company specializing in autonomous mobile robots (AMRs) for logistics, became the first warehouse AMR robotics firm to go public on the Hong Kong Stock Exchange, raising $281 million through its IPO. Investment interest was diverse, with aerial drones and drone-related services leading the number of individual rounds at 13. Other sectors attracting significant funding included humanoid robots, manufacturing robots, maritime robots, medical robots, sensors, and robotics software. The month also featured at least eight acquisitions, highlighted by Zimmer Biomet’s purchase of Mon
roboticsautonomous-mobile-robotsdrone-technologyrobotics-investmentsmanufacturing-robotsmedical-robotsrobotics-startupsEngineering 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-engineeringPhysical 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-AIRoboBall: 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-designJapan trials giant robot hand to scoop buried items at quake sites
Researchers from Japan and Switzerland have developed a giant robotic hand integrated with AI-driven excavation technology to enhance disaster recovery efforts, particularly in earthquake-affected areas. The project, named CAFE (Collaborative AI Field Robot Everywhere), is a five-year collaboration involving Kumagai Gumi, Tsukuba University, Nara Institute of Science and Technology, and ETH Zurich, funded by Japan’s Cabinet Office and the Japan Science and Technology Agency. The robotic hand uses pneumatic actuators and fingertip sensors to adapt its grip dynamically, handling both fragile and heavy objects up to 3 tons. Demonstrated in Tsukuba City, it successfully manipulated diverse debris types, showcasing its potential to operate in hazardous, unstable environments inaccessible to traditional heavy machinery. A key challenge addressed by the project is the formation of natural dams caused by landslides, which pose flooding risks to communities. The CAFE system combines the robotic hand with AI excavation software developed through Sim-to-Real reinforcement learning, enabling the machine to learn and adapt
roboticsdisaster-recoveryAIsoft-roboticspneumatic-actuatorsrobotic-handexcavation-technologyHow to make robots predictable with a priority based architecture and a new legal model - The Robot Report
The article discusses the challenge of ensuring predictable and safe behavior in increasingly autonomous robots, such as Tesla's Optimus humanoid and Waymo's driverless cars. Traditional robotic control systems rely on predefined scripts or reactive responses to commands, which can lead to conflicting actions and hesitation in complex, dynamic environments. Such unpredictability poses significant safety risks, especially when robots receive simultaneous or contradictory commands or when technical faults occur. To address these issues, the author’s team developed a priority-based control architecture that moves beyond simple stimulus-response behavior. This system evaluates every event through mission and subject filters, considering environmental context and potential consequences before execution. The architecture features two interlinked hierarchies: a mission hierarchy that ranks goals from fundamental safety rules (e.g., “Do not harm a human”) to user-set and current tasks, and a hierarchy of interaction subjects that prioritizes commands based on their source, giving highest priority to owners or operators and lower priority to external parties. This approach aims to enable robots to act
roboticsautonomous-robotspriority-based-controlTesla-Optimusrobot-safetyhumanoid-robotsautonomous-systemsRobot 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-robotsQPT launches motor drive testbed for collaborative robots
QPT has launched MicroDyno, a low-voltage motor drive test platform designed to showcase the benefits of ultra-high frequency gallium nitride (GaN)-based motor drives for collaborative robots (cobots) and general robotics. Operating at an unprecedented 1 MHz switching frequency—about 100 times higher than typical PWM drives—MicroDyno integrates a compact filter that delivers a true sine wave voltage directly to motors. This innovation significantly reduces electromagnetic interference (EMI), bearing currents, and system complexity while eliminating the need for costly external sensors or encoders. The platform’s high signal-to-noise ratio enables advanced real-time torque ripple and cogging correction through QPT’s qSense technology, enhancing motor precision and smoothness critical for delicate robotic tasks. MicroDyno’s high-frequency operation allows for smaller, cheaper filters and fully integrated motor drives within robotic joints, reducing system size, weight, and cost. The platform supports sensorless diagnostics for vibration and torque monitoring, facilitating predictive maintenance without
roboticscollaborative-robotsmotor-driveGaN-technologysensorless-diagnosticstorque-controlhigh-frequency-switchingRoboCup@Work League: Interview with Christoph Steup - Robohub
The RoboCup@Work League is part of the Industrial League within the international RoboCup initiative, which aims to advance intelligent robotics, AI, and automation. The @Work League focuses on mimicking aspects of industrial production systems, particularly the concept of the "factory of the future," where autonomous robots build customized products efficiently on a small scale. Unlike traditional factories that mass-produce identical items on large conveyor belts, the @Work League emphasizes the production of individual pieces with automation. The robots used in the competition are compact, fitting within a one-meter cube, and operate entirely on the ground to simplify logistics and reduce costs. In the competition, robots must autonomously transport objects between various workstations with only a single restart allowed per team, highlighting the need for reliability and consistent performance. Beyond object transportation, teams face specialized tasks such as precision placement—fitting objects into cavities of matching shape and size—and handling objects on a rotating table that simulates a conveyor belt. This rotating table is a practical abstraction
roboticsautomationindustrial-robotsRoboCupfactory-automationautonomous-robotsAI-in-manufacturingAI 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-visionroboticsBoston Dynamics and TRI use large behavior models to train Atlas humanoid - The Robot Report
Boston Dynamics, in collaboration with Toyota Research Institute (TRI), is advancing the development of large behavior models (LBMs) to enhance the capabilities of its Atlas humanoid robot. Recognizing that humanoid robots must competently perform a wide range of tasks—from manipulating delicate objects to handling heavy items while maintaining balance and avoiding obstacles—Boston Dynamics is focusing on creating AI generalist robots. Their approach involves training end-to-end, language-conditioned policies that enable Atlas to execute complex, long-horizon manipulation tasks by leveraging its full-body mobility, including precise foot placement, crouching, and center-of-mass shifts. The development process involves four key steps: collecting embodied behavior data via teleoperation on both real hardware and simulations; processing and annotating this data for machine learning; training neural network policies across diverse tasks; and evaluating performance to guide further improvements. To maximize task coverage, Boston Dynamics employs a teleoperation system combining Atlas’ model predictive controller with a custom VR interface, enabling the robot to perform tasks
roboticshumanoid-robotsBoston-DynamicsAI-in-roboticsmachine-learningrobot-manipulationautomationFieldAI raises funds to advance universal brains for humanoid robots
FieldAI, a robotics startup backed by Bill Gates, has raised $405 million in funding from investors including Nvidia’s venture capital arm, Jeff Bezos’ family office, Khosla Ventures, Temasek, Intel Capital, and others. Valued at $2 billion, the two-year-old company is experiencing rapid growth driven by strong customer demand for its robotics platform. FieldAI’s technology centers on its proprietary Field Foundation Models (FFMs), which are physics-first, risk-aware AI systems designed specifically for robotics. Unlike approaches that adapt language or vision models, FFMs manage uncertainty and physical constraints in dynamic real-world environments without relying on maps, GPS, or predefined routes. These models are hardware-agnostic and can be applied across various robot types, including humanoids, quadrupeds, wheeled robots, and passenger-scale vehicles. FieldAI’s robots are already deployed globally across industries such as construction, energy, logistics, manufacturing, and urban delivery, operating autonomously at the edge and integrating
roboticshumanoid-robotsartificial-intelligencerobotic-autonomyFieldAIrobotics-startuprobot-brain-technologyBoston Dynamics’ humanoid robot handles annoying co-worker gracefully
Boston Dynamics, in collaboration with the Toyota Research Institute (TRI), has made significant advancements in its humanoid robot Atlas by developing a Large Behavior Model (LBM). This new system, trained on extensive datasets of human actions, enables Atlas to understand, generate, and adapt complex human behaviors in real-world settings without the need for laborious hand-coding. A recently released video demonstrates Atlas performing precise human-like tasks such as picking up and transferring objects, walking, crouching, and organizing items, albeit at a somewhat slow pace. Notably, the robot maintained focus and completed its tasks despite repeated disturbances from a human, showcasing improved robustness and adaptability. The integration of LBMs represents a paradigm shift in robotics, allowing new skills to be added quickly through human demonstrations rather than traditional programming. According to Boston Dynamics and TRI executives, this approach enhances generalization across long-horizon manipulation tasks and whole-body control, potentially transforming how robots operate in existing environments. The project, co-led by Scott Kuinders
roboticshumanoid-robotBoston-DynamicsAtlas-robotrobot-behavior-modelAI-in-roboticsrobot-manipulationAnt-inspired robots assemble bridges and stretchers outdoors
Researchers at Dartmouth College have developed modular, cube-shaped robots inspired by ants that can assemble into various structures and navigate complex outdoor environments. These robots combine rigid rods with adjustable soft strings to change shape and connect with one another, enabling them to crawl under logs, squeeze through narrow spaces, form bridges across gaps, and create scaffolds for temporary shelters. Assisted by drones, the robots can also build taller, three-dimensional structures and perform tasks such as locating and rescuing disabled modules. Although the robots successfully supported a human dummy on a stretcher formed by connected blocks, they are not yet capable of carrying people. Each robotic block contains a battery and Wi-Fi module for untethered communication and can operate for over three hours on a single charge. Motors adjust string tension to deform the blocks, and latches allow them to connect, with small individual movements combining to produce significant aggregate motion. The use of drones enhances the robots’ ability to assemble complex vertical structures, likened to a form of 3D
roboticsmodular-robotsdrone-technologyemergency-response-robots3D-printed-robotswireless-communicationrobotic-assemblyDual robots in Sydney surgery remove throat tumor, preserve speech
In a groundbreaking surgical achievement at St Vincent’s Hospital in Sydney, doctors successfully performed the world’s first dual-robot procedure to remove a throat tumor while preserving the patient’s voice and swallowing functions. The surgery involved a 27-year-old man with a sarcoma near his voice box. Using a combination of the da Vinci robotic system for tumor removal and the Symani robotic system for delicate microsurgical reconstruction, surgeons excised the tumor completely without resorting to a total laryngectomy, thereby maintaining the patient’s near-normal speech and swallowing abilities. The dual-robot approach leveraged the complementary strengths of both systems: the da Vinci robot provided enhanced precision and visibility for minimally invasive tumor resection, while the Symani robot enabled ultra-fine microsurgical repairs, including reconnecting tiny blood vessels less than 1–1.5 millimeters wide. This synergy not only preserved critical anatomical structures but also reduced surgeon fatigue by translating hand movements into highly precise, tremor-free actions. St Vincent’s Hospital is
roboticsrobotic-surgerymedical-robotsda-Vinci-robotSymani-robotic-systemprecision-medicinesurgical-technologyFieldAI raises $405M to scale 'physics first' foundation models for robots - The Robot Report
FieldAI, a Mission Viejo, California-based robotics company, has raised $405 million through two consecutive funding rounds to accelerate its global expansion and product development. The company plans to double its workforce by the end of the year as it advances its work in locomotion and manipulation for autonomous robots. FieldAI’s technology centers on its proprietary Field Foundation Models (FFMs), a novel class of AI models specifically designed for embodied intelligence in robotics. Unlike standard vision or language models adapted for robotics, FFMs are built from the ground up to handle uncertainty, risk, and physical constraints in dynamic, unstructured environments without relying on prior maps, GPS, or fixed paths. FieldAI’s FFMs enable robots to safely and reliably perform complex tasks in diverse real-world industrial settings such as construction, energy, manufacturing, urban delivery, and inspection. This approach allows robots to dynamically adapt to new and unexpected conditions without manual programming, marking a significant breakthrough in robotics AI. The company’s investors include prominent names such as
roboticsartificial-intelligenceautonomous-robotsField-Foundation-Modelsindustrial-robotsrobot-locomotionrobot-manipulationDomino’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-deliveryAI Could Help Bridge Valley of Death for New Materials - CleanTechnica
The article from CleanTechnica discusses how artificial intelligence (AI) has the potential to accelerate the discovery and development of new materials by enabling autonomous science—an approach that combines AI, robotics, and advanced computing to design and execute experiments faster and at larger scales than human researchers alone. In May 2025, the National Renewable Energy Laboratory (NREL) hosted the Autonomous Research for Real-World Science (ARROWS) workshop, gathering over 50 experts from materials science, chemistry, AI, and robotics to explore how autonomous systems could overcome persistent bottlenecks in translating laboratory discoveries into industrial applications. A central challenge identified is bridging the “valley of death,” the gap where promising lab findings fail to scale or be deployed effectively due to complexities in cost, scalability, and real-world performance. Current lab workflows, optimized for human operation, limit the speed and precision autonomous systems can achieve. Workshop participants emphasized the need to redesign research processes so that materials are “born qualified” for industrial use from the
materials-scienceartificial-intelligenceautonomous-scienceroboticsmaterials-synthesisscientific-discoveryindustrial-scale-materialsUnitree dominates inaugural humanoid robot games with four golds
At the inaugural World Humanoid Robot Games held in Beijing, Unitree Robotics emerged as the dominant force, securing four gold medals in key track events including the 400m dash, 1,500m race, 100m hurdles, and the 4×100m relay. The Hangzhou-based company’s H1 humanoid robots showcased superior mechanical design powered by their proprietary M107 joint motor, enabling longer strides and stronger kicks. Unitree topped the overall medal table with 11 medals, highlighting its leadership in humanoid robot performance. Independent teams using Unitree’s G1 platform also earned multiple medals, demonstrating the versatility of its hardware. Other Chinese teams also performed strongly, with X-Humanoid (Beijing Humanoid Robot Innovation Centre) winning 10 medals, including golds in the 100m sprint and a materials handling contest. Their Tien Kung robot, notable for running autonomously without remote control, recently won a half-marathon against human runners and is being developed as
roboticshumanoid-robotsUnitree-Roboticsrobot-competitionsAI-in-roboticsrobotic-motorsautonomous-robotsAMR experts weigh in on global challenges and opportunities for the industry - The Robot Report
The article discusses the current state and future prospects of the autonomous mobile robot (AMR) industry, highlighting both challenges and opportunities. Despite a recent $800 million downward revision in market forecasts by Interact Analysis due to geopolitical, economic, and industry-specific issues, the demand for AMRs is expected to grow driven by global labor shortages. Experts from Ati Motors, InOrbit, and ABB Robotics emphasize that across various industries and regions, finding workers for repetitive, mundane tasks is increasingly difficult, a trend exacerbated by aging workforces and reduced immigration. This universal labor challenge is pushing companies to adopt AMRs beyond traditional, highly repetitive applications to a wider array of workflows. The integration of advanced AI technologies, particularly large language models (LLMs) and generative AI, is seen as a key enabler for scaling AMR deployments. These AI advancements simplify human-robot interaction by allowing robots to understand spoken instructions and gestures without specialized programming, and improve operational efficiency through continuous learning, predictive maintenance, and smarter
roboticsautonomous-mobile-robotsAMR-industrywarehouse-automationmanufacturing-automationAI-in-roboticslabor-shortage-solutionsBeyond manufacturing: AI-Powered robotics and the long tail of commercial innovation
In Episode 208 of The Robot Report Podcast, hosts Mike Oitzman and Eugene Demaitre discuss key developments in robotics, including the inaugural Humanoid Olympics in Shanghai where Unitree Robotics’ H1 robot won gold in multiple races despite a viral mishap. They highlight recent market insights from the International Federation of Robotics (IFR) and the Association for Advancing Automation (A3). IFR’s research reveals regional differences in humanoid robot adoption: the U.S. and Europe focus on industrial and collaborative robots, China pursues humanoids for its service sector as a national strategy, and Japan develops social companion robots for its aging population. A3 reports a 4.3% increase in North American industrial robot orders in early 2025, with non-automotive sectors like life sciences and electronics leading growth, signaling optimism for continued market expansion. The episode also features a session from the 2025 Robotics Summit & Expo titled “Beyond Manufacturing: AI-Powered Robotics and the Long Tail of
roboticsAI-powered-roboticshumanoid-robotsindustrial-automationcommercial-innovationrobotics-marketautomation-technologyWIRobotics 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-robotsAutomated Warehouse Week to help navigate transformative technologies - The Robot Report
Automated Warehouse Week is a free, virtual webinar series designed to help professionals across industries navigate the rapidly evolving landscape of warehouse automation, robotics, and artificial intelligence. Targeting a broad audience including robotics end users, suppliers, integrators, and developers, the event addresses challenges such as labor shortages, competitive pressures, and throughput demands in fulfillment and distribution centers. Attendees from retail, manufacturing, healthcare, and third-party logistics sectors will gain insights into deploying systems like autonomous mobile robots (AMRs) and automated storage and retrieval systems (ASRS) to enhance efficiency, accuracy, and throughput. Scheduled for September 8-12, 2025, the sessions cover key topics including the current state of warehouse automation, strategies for modernizing fulfillment without operational disruption, evaluating automation investments to ensure ROI, and exploring advanced technologies like mobile manipulation and humanoid robots. Industry experts from companies such as Hai Robotics, Zebra Robotics Automation, and Novanta will share their knowledge, with Automated Warehouse editors Eugene Demaitre and
roboticswarehouse-automationautonomous-mobile-robotsAI-in-logisticsautomated-storage-and-retrieval-systemshumanoid-robotssupply-chain-technologyWiBotic 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-standardsautomationroboticsBody, not brain: Why humanoid robots still fail outside the lab
The article "Body, not brain: Why humanoid robots still fail outside the lab" argues that despite advances in AI and impressive demonstrations by humanoid robots like Boston Dynamics’ Atlas and Tesla’s Optimus, fundamental limitations in robot body design prevent these machines from performing robustly in real-world environments. Experts highlight that current robots have rigid, inflexible bodies with limited joints and sensor capabilities, which restrict their ability to move naturally and adapt to complex, unpredictable terrain. This results in high energy consumption, frequent breakdowns, and limited endurance compared to humans, who benefit from mechanically intelligent bodies that passively assist movement and adaptation. Hamed Rajabi, director of the Mechanical Intelligence Research Group, critiques the prevailing “brain-first” approach that relies heavily on software to compensate for mechanical shortcomings. He emphasizes that smarter bodies—featuring flexible, adaptive structures inspired by biological systems—are essential for improving robot performance. Mechanical intelligence, or morphological computation, allows natural organisms to perform complex physical tasks efficiently without extensive neural
roboticshumanoid-robotsmechanical-intelligencerobot-designenergy-efficiencyflexible-roboticsAI-in-roboticsChina'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-DynamicsMosquito-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-robotsStäubli Robotics rises to enable baking inspection and handling - The Robot Report
Stäubli Robotics is advancing automation in the baking industry by offering specialized robotic systems designed for food-grade handling, inspection, and packaging. Addressing challenges such as labor shortages, market pressures, and evolving consumer demands for variety and healthier options, Stäubli provides four- and six-axis robots, automated guided vehicles (AGVs), autonomous mobile robots (AMRs), and collaborative robots. These systems enhance production efficiency, throughput, and safety while maintaining flexibility and hygiene standards critical in food environments. Their HE series robots are specifically engineered to withstand rigorous washdown procedures, ensuring operational efficiency and compliance with food safety regulations. At the upcoming International Baking Industry Exposition (IBIE), Stäubli will showcase its TS2-60 HE robot integrated with Oxipital AI’s VX2 vision-guided system. This demonstration highlights a fully automated process where the robot bulk-picks bread products, uses AI-powered inspection to detect defects, sorts acceptable items for packaging, and diverts defective ones for further handling. The
roboticsindustrial-robotsfood-automationbaking-industryrobotic-armsautomated-guided-vehiclescollaborative-robotsUniversity of Waterloo researchers develop robots to directly treat kidney stones - The Robot Report
Researchers at the University of Waterloo, led by Dr. Veronika Magdanz, have developed a novel robotic technology aimed at directly treating kidney stones by dissolving them within the urinary tract. Kidney stones affect about 12% of people and often require prolonged drug treatments or surgeries, which can be painful and burdensome. The new minimally invasive approach uses thin, flexible, magnetically controlled strips about 1 cm long, embedded with the enzyme urease. These strips are maneuvered near uric acid kidney stones using a robotic arm guided by doctors, where the enzyme reduces urine acidity, accelerating stone dissolution so they can pass naturally within days. The technology was tested in life-size, 3D-printed urinary tract models and shows promise especially for patients who frequently develop stones or cannot tolerate oral medications or surgery due to risks like chronic infections. The system combines a motorized magnet on a robotic arm with real-time ultrasound imaging to precisely position the enzyme-loaded robots near the stones. Next steps for the
roboticsmedical-robotskidney-stone-treatmentrobotic-armminimally-invasive-surgerybiomedical-engineering3D-printingWhy end of arm tooling could be robotics' most profitable niche - The Robot Report
The article highlights the significant and often overlooked role of end-of-arm tooling (EOAT) in the robotics industry, positioning it as potentially the most profitable niche within robotics. EOAT refers to the various devices attached to robotic arms—such as grippers, suction cups, welding torches, and surgical tools—that enable robots to interact with and manipulate objects. Unlike the more visible robot hardware, EOAT is essential for practical automation and commands a growing market valued at $2.6 billion in 2023, with a projected compound annual growth rate (CAGR) of 10.1% through 2028. Certain EOAT segments, like soft robotics grippers used in delicate food handling, may see even faster growth rates of 18–20% CAGR, outpacing the 7–8% growth expected for industrial robot hardware. Several factors contribute to EOAT’s strong market position. The large installed base of over 553,000 industrial robots in 2023 ensures recurring revenue
roboticsend-of-arm-toolingindustrial-robotsautomationrobotic-grippersmanufacturing-technologyrobotics-market-growthVERSES multi-agent robotics model works without pre-training - The Robot Report
VERSES AI Inc. has developed a novel multi-agent robotics architecture based on hierarchical active inference that enables robots to perform typical household tasks more effectively than existing models without requiring any pre-training. Unlike traditional robotics approaches—drive-by-wire systems that rely on pre-programming and deep learning models that need extensive training data—VERSES’ system adapts dynamically by exploring its environment, using integrated vision, planning, and control modules. This approach allows robots to handle unexpected obstacles and changes in their surroundings, overcoming common limitations such as freezing or halting when encountering unfamiliar situations. The company, founded in 2020 and based in Vancouver, emphasizes that its platform is inspired by principles from science, physics, and biology to generate reliable predictions and decisions under uncertainty. In comparative tests involving household tasks like tidying a room, preparing groceries, and setting a table, the VERSES model achieved a 66.5% success rate, outperforming a deep learning baseline that scored 54.7%. VERSES claims this
roboticsartificial-intelligencemulti-agent-systemsadaptive-robotsautomationVERSES-AIrobotics-architectureRobot 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-robotsMeet 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-capitaltechnologyinnovationVietnam’s first humanoid robots dazzle crowd with precise dance moves
Vietnam’s first domestically developed humanoid robots made a striking public debut on August 8, 2025, performing synchronized dance routines at Vingroup’s 32nd anniversary event. Created by VinMotion, a startup founded just seven months earlier and backed by Vingroup, these robots showcased advanced balance, precise timing, and real-time communication enabled by in-house mechanical, electronic, and software engineering. Chairman Nguyen Trung Quan emphasized that the robots relied on distance sensors and optimized network infrastructure to maintain stability and synchronization despite potential Wi-Fi interference from the large audience. This demonstration marked a significant technological milestone for Vietnam, potentially setting a world record for rapid deployment of stable, synchronized humanoid robots. VinMotion was established with about $39 million in capital and is part of Vingroup’s broader tech ecosystem, leveraging AI, data analytics, and industrial automation capabilities from sister companies like VinAI, VinBigdata, and VinFast. The company aims to develop general-purpose humanoid robots for practical applications in manufacturing,
roboticshumanoid-robotsdance-robotsVietnam-technologyreal-time-computingmotion-controlsensor-technologyHow Project CETI uses drones to humanely tag sperm whales - The Robot Report
Project CETI (Cetacean Translation Initiative) has been developing innovative methods since 2020 to humanely tag sperm whales using robotics and AI, with the ultimate goal of decoding their vocalizations. Traditional tagging methods involve approaching whales by boat and using long poles, which is logistically difficult and invasive. Instead, Project CETI employs modified first-person view (FPV) racing drones that are waterproofed and equipped with custom interfaces to deploy biologically-inspired suction-cup tags on whales. These tags collect critical data such as bioacoustics, heart rate, dive depth, and body orientation. The drones’ maneuverability, speed, and relatively low cost make them well-suited for tagging whales during their brief surface intervals, which last only about eight to ten minutes. The project faces challenges in timing the drone deployment precisely due to the whales’ unpredictable surfacing and the dynamic ocean environment. Skilled operators remotely control the drones, achieving an average deployment time of about 1 minute and 15 seconds
roboticsdronesartificial-intelligencebioacousticswildlife-monitoringmarine-technologyrobotic-taggingSo you want to be an engineer? Here's where you start
The article "So you want to be an engineer? Here's where you start" serves as an introductory guide to the core engineering disciplines, aimed at helping aspiring engineers navigate the vast and diverse field. It highlights engineering as a dynamic and problem-solving profession with over 40 main disciplines and numerous subfields. The piece focuses on five fundamental engineering disciplines that form the backbone of the profession: mechanical, electrical, and civil engineering (with the remaining two disciplines presumably covered in subsequent parts of the series). Mechanical engineering is described as the broadest and most versatile field, involving the design and development of mechanical systems from small sensors to large machinery, including robotics and medical devices. Electrical engineering centers on electricity, electronics, and electromagnetic systems, with key areas such as power systems, telecommunications, and renewable energy. Civil engineering focuses on designing and maintaining infrastructure like buildings, bridges, transportation systems, and environmental projects. Each discipline is paired with typical job functions, potential employers, and salary ranges in the US, providing practical insights
engineeringmechanical-engineeringelectrical-engineeringroboticsenergy-systemsautomationrenewable-energyGrayMatter to share 5 keys to deploying AI-powered robots in manufacturing - The Robot Report
GrayMatter Robotics emphasizes that successful deployment of AI-powered robots in manufacturing requires more than advanced technology; it demands strategic planning, clear understanding of challenges, and strong internal advocacy. At RoboBusiness 2025, Dr. Satyandra K. Gupta, GrayMatter’s co-founder and chief scientist, will present five key strategies for effective automation implementation. These include appointing an automation champion, optimizing entire workflows, redesigning processes to leverage robots’ unique capabilities instead of merely replicating human actions, calculating ROI beyond labor savings, and ensuring workforce readiness for sustained success. GrayMatter Robotics is recognized for its innovative Scan&Sand technology, an AI-driven system designed for high-mix manufacturing that can scan and sand complex geometries with ease. The company has received the RBR50 Robotics Innovation Award twice for this technology. RoboBusiness 2025, held October 15-16 at the Santa Clara Convention Center, will feature Gupta’s talk along with over 60 speakers, a startup workshop, the Pitchfire
roboticsAI-powered-robotsmanufacturing-automationindustrial-robotsrobotic-process-optimizationautomation-deploymentrobotics-innovationNew soft 'robot’ may offer pain-free way to treat kidney stones
Researchers at the University of Waterloo, led by Dr. Veronika Magdanz, have developed a novel soft-bodied miniature robot designed to treat kidney stones in a less invasive and potentially pain-free way. The device is a tiny, 1 x 1 x 12 mm filament made from a hydrogel and elastomer blend, embedded with urease enzyme and a small magnet. It is inserted into the bladder via catheter and navigated through the urinary tract using an external robotic arm with a rotating magnet. Once positioned at the kidney stone, the filament releases urease, which raises the pH of the surrounding urine, dissolving the stone and facilitating its natural passage with reduced pain. In laboratory tests using a 3D-printed urinary tract model filled with synthetic urine, the device successfully increased the urine pH from 6 to 7, resulting in about a 30% reduction in stone weight over five days—enough to ease stone passage. The pH elevation effect lasted up
roboticsmedical-roboticssoft-roboticshydrogel-materialskidney-stone-treatmentmagnetic-actuationbiomedical-devicesAugust 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-manipulationHow to train generalist robots with NVIDIA's research workflows and foundation models - The Robot Report
NVIDIA researchers are advancing scalable robot training by leveraging generative AI, world foundation models (WFMs), and synthetic data generation workflows to overcome the traditional challenges of collecting and labeling large datasets for each new robotic task or environment. Central to this effort is the use of WFMs like NVIDIA Cosmos, which are trained on millions of hours of real-world data to predict future states and generate video sequences from single images. This capability enables rapid, high-fidelity synthetic data generation, significantly accelerating robot learning and reducing development time from months to hours. Key components of NVIDIA’s approach include DreamGen, a synthetic data pipeline that creates diverse and realistic robot trajectory data with minimal human input, and GR00T models that facilitate generalist skill learning across varied tasks and embodiments. The DreamGen pipeline involves four main steps: post-training a world foundation model (e.g., Cosmos-Predict2) on a small set of real demonstrations, generating synthetic photorealistic robot videos from image and language prompts, extracting pseudo-actions
roboticsartificial-intelligencesynthetic-data-generationNVIDIA-Isaacfoundation-modelsrobot-trainingmachine-learningChina’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-designNew robot grip twists, turns, and rolls objects in tight spaces
Yale University researchers have developed a novel robotic hand, called the Sphinx, that significantly enhances a robot’s ability to grasp and rotate objects in tight, complex spaces. Unlike traditional robotic wrists that rely on three degrees of freedom (roll, pitch, yaw) but are mechanically complex and positioned away from the object, the Sphinx integrates these motions into a single spherical mechanism. This design allows the robot to perform precise maneuvers—such as twisting open jars, turning door handles, or screwing in light bulbs—more efficiently and closer to the object without moving the entire arm. Notably, the mechanism operates without sensors or cameras, relying purely on its mechanical design to achieve smooth, multi-axis rotations. This innovation addresses a major limitation in robotics by enabling machines to work effectively in cluttered or unpredictable environments, bridging the gap between industrial robots and adaptable robots suitable for homes, hospitals, and disaster zones. The Sphinx’s ability to handle delicate and complex tasks in confined spaces represents a significant step
roboticsrobotic-handrobot-gripYale-Universityrobotic-manipulationautomationrobotic-innovationThe state of humanoids: Where is the market headed?
In Episode 207 of The Robot Report Podcast, hosts Steve Crowe and Mike Oitzman cover significant developments in the robotics industry, including leadership changes at key humanoid robotics companies Agility Robotics and Boston Dynamics. Aaron Saunders, CTO of Boston Dynamics, announced his departure, while Melonee Wise, chief product officer at Agility Robotics, is leaving the company after joining in 2023 and leading its engineering and product teams. The episode also features insights from a panel at the 2025 Robotics Summit & Expo, where experts discussed the evolving landscape of humanoid robots, focusing on industry dynamics, emerging safety standards, and future challenges and opportunities. The podcast highlights the financial difficulties faced by iRobot, maker of the Roomba vacuum, which reported a 23.3% year-over-year revenue decline in Q2 2025, continuing a downward trend with a 32% drop from Q1 2024 to Q1 2025. Despite generating $127.6 million in
roboticshumanoid-robotsAgility-RoboticsBoston-DynamicsiRobotrobotics-industryrobotics-market-trendsNorth American robot orders steady in the first half of 2025, reports A3 - The Robot Report
The North American robotics industry showed signs of recovery in the first half of 2025 after a slow 2024, according to the Association for Advancing Automation (A3). Robot orders increased by 4.3% and revenue rose 7.5% compared to the same period in 2024, signaling renewed investment in automation despite ongoing economic and geopolitical challenges. The automotive sector led growth with a 34% increase in units ordered year-over-year, while the non-automotive sector—including life sciences, electronics, plastics, and rubber—accounted for 56% of total robot orders in Q2, reflecting broader trends such as reshoring, labor shortages, and the drive for operational efficiency. In Q2 2025 alone, 8,571 robots worth $513 million were ordered, marking a 9% increase in units from Q2 2024. Life sciences/pharmaceuticals/biomedical and semiconductors/electronics sectors showed the strongest growth, with
roboticsautomationcollaborative-robotsautomotive-industrylife-sciencesmanufacturingindustrial-robotsChina unveils antelope robot to study endangered Tibetan species
China has introduced a lifelike robotic Tibetan antelope in the Hoh Xil National Nature Reserve, located over 4,600 meters above sea level in Qinghai Province, to study the endangered species in its natural habitat. Developed collaboratively by Xinhua News Agency, the Chinese Academy of Sciences, and DEEP Robotics, this bionic antelope is equipped with 5G ultra-low latency networks and advanced AI algorithms. Its realistic appearance allows it to blend into herds, enabling researchers to collect precise, real-time ecological data without disturbing the animals. This marks a significant advancement in wildlife research within one of the world’s most extreme environments. Designed to withstand Hoh Xil’s harsh conditions—characterized by high altitude, strong winds, and cold temperatures—the robot can navigate rugged terrain and operate up to 2 kilometers from its control point. It records videos to analyze herd size, migration patterns, and movement speed, which also aids in preventing road collisions by alerting protection stations to manage traffic.
roboticsartificial-intelligence5G-technologywildlife-conservationautonomous-robotsecological-monitoringTibetan-antelopeSelf-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-innovationLearn about the state of the robotics industry at RoboBusiness - The Robot Report
RoboBusiness 2025, taking place October 15-16 in Santa Clara, California, will feature a keynote panel discussing the current state of the rapidly evolving robotics industry. Industry experts, including Sanjay Aggarwal (venture partner at F-Prime Capital), Jon Battles (VP of technology strategy at Cobot), Amit Goel (director of product management for autonomous machines at NVIDIA), and Brian Gaunt (VP of Digital Transformation at DHL Supply Chain), will explore what is working in robotics, the challenges faced, and emerging trends shaping the future. The session promises a candid, experience-driven conversation on breakthroughs, barriers, and market insights. The event is a premier gathering for developers and suppliers of commercial robots, produced by WTWH Media, which also organizes The Robot Report and other robotics-focused conferences. RoboBusiness 2025 will host over 60 speakers, a startup workshop, the Pitchfire competition, and extensive networking opportunities. More than 100 exhibitors will showcase the latest robotics technologies and
roboticsautomationAIautonomous-machinesNVIDIA-Jetsondigital-transformationsupply-chain-roboticsNvidia unveils new Cosmos world models, infra for robotics and physical uses
Nvidia has introduced a suite of new AI models and infrastructure aimed at advancing robotics and physical AI applications. The centerpiece is Cosmos Reason, a 7-billion-parameter vision-language model designed to enable robots and AI agents to "reason" by leveraging memory and physics understanding. This capability allows Cosmos Reason to function as a planning model, helping embodied agents determine their next steps, and it can be applied in data curation, robot planning, and video analytics. Alongside Cosmos Reason, Nvidia unveiled Cosmos Transfer-2, which accelerates synthetic data generation from 3D simulations or spatial controls, and a faster, distilled version of Cosmos Transfers optimized for speed. In addition to the AI models, Nvidia announced new neural reconstruction libraries that facilitate 3D simulation of real-world environments using sensor data, with integration into the open-source CARLA simulator. The company also updated its Omniverse software development kit and introduced new hardware solutions, including the Nvidia RTX Pro Blackwell Servers tailored for robotics workflows and the DG
roboticsAI-modelsNvidia-Cosmossynthetic-data-generation3D-simulationrobot-planningneural-reconstructionWatch: Robotic arm, hand perform tasks with human-like dexterity
AgileX Robotics recently demonstrated a robotic system combining its PiPER robotic arm with the highly dexterous Linkerbot Chius hand, showcasing human-like precision and adaptability in complex laboratory tasks. The system performed a series of intricate manipulations including handling a spoon, pipetting, capping and decapping bottles, and shaking stoppered test tubes. These tasks highlight the duo’s smooth, coordinated movements and precise force control, underscoring its potential to enhance lab automation by improving efficiency, safety, and consistency in scientific and industrial workflows. The PiPER arm is a lightweight, six-jointed robotic arm weighing 4.2 kg, capable of lifting up to 1.5 kg with an accuracy of ±0.1 mm. Its robust aluminum-alloy frame and polymer shell allow it to operate reliably under a wide temperature range, while multiple control options—including drag-teaching, offline programming, Python, and ROS integration—make it versatile and user-friendly. The Linkerbot Chius hand
roboticsrobotic-armdexterous-robotic-handlab-automationprecision-roboticsAgileX-Roboticsadvanced-manipulation-tasksRobots pack groceries in record-time at fully automated warehouse
Ocado’s fully automated warehouse system, known as the Hive, revolutionizes online grocery fulfillment by using fleets of AI-controlled robots to pick and pack orders in record time. Operating within a massive 3D grid holding thousands of grocery items, these bots move at speeds up to 9 miles per hour, communicating with a central AI system multiple times per second to efficiently collect products. Robotic arms then pack orders using computer vision and deep learning, arranging items to maximize space and protect fragile goods. This process can complete a 50-item order in just five minutes—six times faster than traditional manual picking. The Hive’s technology integrates artificial intelligence, robotics, and automation, supported by a digital twin—a virtual replica of the warehouse—that enables Ocado to simulate operations, optimize efficiency, and plan delivery routes without disrupting real-world activity. The system’s modular design allows it to scale flexibly, accommodating various warehouse sizes and locations, while storing up to 78 percent more products than typical supermarkets. This results
roboticsautomationAIwarehouse-automationdigital-twinsmart-logisticsgrocery-fulfillmentChina's 200 robots automate entire excavator production process
Guozi Robotics, a Hangzhou-based Chinese company, has deployed nearly 200 diverse robots to fully automate the excavator production process at TZ Group’s new factory. Their intelligent system integrates mobile-robot swarms, gantry robots, cobots, and turnover units to perform complex, high-mix manufacturing operations without re-tooling delays. Equipped with intelligent navigation, flexible collaboration, and multi-agent dispatching, these robots streamline production from assembly through final shipment. The project operates on Guozi’s proprietary Line-Side Control System (LCS) and Manufacturing Execution System (MES), enabling seamless data integration between shop-floor devices and plant management. Guozi’s heavy-duty robot families, including ANTS and PICKING robots, have already been implemented in leading construction machinery factories worldwide, such as Zoomlion, XCMG, and Sany. Their AI-driven robotic control system (RCS) coordinates hundreds of automated guided vehicles (AGVs) with centimetre-level accuracy, supporting dynamic storage
roboticsautomationsmart-manufacturingindustrial-robotsintelligent-logisticscollaborative-robotsmobile-robot-swarmsRobotaxi Falls Into Construction Pit, Tesla Dojo Done - CleanTechnica
The article from CleanTechnica highlights two recent developments that may signal challenges in the advancement of robotaxi technology. First, a Baidu Apollo Go robotaxi in China fell into a construction pit while carrying a paying passenger, despite visible barriers and warning signs. Fortunately, the passenger was unharmed but had to be rescued by local residents. This incident has raised public concerns about the readiness and safety of robotaxis, potentially undermining confidence in the technology despite generally positive overall performance statistics. Secondly, Tesla has disbanded its Dojo supercomputer engineering team, effectively ending its in-house development of AI chips for autonomous driving. Tesla had previously touted Dojo as a critical component for perfecting its Full Self Driving (FSD) system and even considered monetizing the supercomputer’s capabilities. Now, Tesla will rely more heavily on external partners like Nvidia, AMD, and Samsung for computing needs. While this shift may not drastically impact Tesla’s stock, it reflects the high costs and technical challenges Tesla faces in
roboticsautonomous-vehiclesrobotaxiTesla-DojoAI-chipsautonomous-drivingTeslaGuozi Robotics provides a range of automation for TZ Group greenfield factory - The Robot Report
Guozi Robotics has implemented an advanced intelligent production and logistics automation system at TZ Group’s new greenfield factory, deploying nearly 200 diverse robots to automate the entire excavator manufacturing process and logistics network. This comprehensive automation addresses TZ Group’s challenges related to high-mix, low-volume production and limited operational flexibility, streamlining every step from production to final shipment. The system includes heavy-duty ANTS robots, picking robots, mobile robot swarms with dynamic path planning, gantry robots, collaborative robots, turnover units, and custom devices, all integrated to perform complex operations without retooling delays. The automation project runs on Guozi’s proprietary Line-Side Control System (LCS) and manufacturing execution system (MES), facilitating seamless data integration between shop-floor devices and plant management. Guozi’s AI-driven robot control system (RCS) coordinates hundreds of automated guided vehicles (AGVs) with centimeter-level precision, enabling multiple call-for-parts modes and dynamic storage combined with smart picking
roboticsautomationmobile-robotsAGVsmanufacturing-execution-systemcollaborative-robotssmart-factoryDigiKey, onsemi discuss the intersection of robotics and physical AI - The Robot Report
DigiKey and onsemi recently explored how advancements in sensing technologies and physical AI are driving the evolution of autonomous mobile robots (AMRs), which have the potential to transform industrial and commercial sectors. AMRs utilize a variety of sensors—including lidar, cameras, ultrasonic detectors, and radar—to enhance safety, improve productivity, and navigate complex environments. Similar to self-driving vehicles, AMRs employ technologies such as simultaneous localization and mapping (SLAM) to create real-time maps and localize themselves, enabling them to operate beyond controlled indoor settings into more unpredictable outdoor environments. These developments are supported by improvements in sensor integration, edge computing, and AI, which collectively make AMRs more autonomous, adaptive, and capable of performing a wider range of tasks safely alongside humans. The discussion also highlighted the shift in communication protocols within AMRs, moving from traditional CAN (Controller Area Network) to the newer 10BASE-T1S Ethernet-based protocol, led by onsemi. This protocol offers higher data rates (10 Mbps
roboticsautonomous-mobile-robotsphysical-AIsensorsindustrial-robotsedge-computingAI-integrationAeroFarms® Raises Equity to Fund Pre-Construction Activities for Second Farm; Refinances Debt to Support Ongoing Operations in Danville, Virginia - CleanTechnica
AeroFarms, a leading U.S. indoor vertical farming company specializing in microgreens, has raised equity funding from existing investors—including Grosvenor Food & AgTech, Ingka Investments, Cibus Capital, and ACEG—to support pre-construction activities for a second farm and ongoing operations at its Danville, Virginia facility. The company aims to expand its sustainable, profitable vertical farming model that uses patented aeroponics technology, robotics, AI, and 100% renewable energy to produce nutritious greens year-round while using significantly less land and water than traditional farming. AeroFarms currently commands over 70% of the U.S. retail microgreens market. In addition to equity financing, AeroFarms refinanced its debt with an asset-based loan from Siguler Guff, which fully paid off the previous Horizon Technology Finance facility and provided additional capital for operations. The new loan offers more favorable terms, including a lower interest rate, interest-only payments, and provisions for equipment financing. Siguler
energymaterialsroboticsIoTvertical-farmingsustainable-agriculturerenewable-energySoftBank reportedly bought Foxconn’s Ohio factory for the Stargate AI project
SoftBank has reportedly purchased the former General Motors factory in Lordstown, Ohio, previously owned by Foxconn, to support its Stargate AI project, according to Bloomberg News. The factory acquisition, initially disclosed by Foxconn as a sale to an entity named “Crescent Dune LLC,” will be used to build AI servers as part of a data center initiative led by SoftBank in collaboration with OpenAI and Oracle. The Stargate project, announced shortly after Donald Trump’s inauguration, currently includes a large data center under construction in Texas, with plans to expand infrastructure across other states and countries. However, SoftBank has faced funding challenges and trade-related obstacles impacting the project’s progress. The Ohio factory was originally purchased by Foxconn in late 2021 from electric vehicle startup Lordstown Motors, with ambitions to transform it into a major EV manufacturing and R&D hub in North America. Despite these plans, the factory’s EV manufacturing customers, including Monarch Tractor, Fisker Inc., and IndiEV
energyelectric-vehiclesmanufacturingAI-serversdata-centersautonomous-farm-equipmentroboticsTiny maple seed-inspired drone flies for 26 minutes with one rotor
Researchers at the Singapore University of Technology and Design (SUTD), led by Associate Professor Foong Shaohui, have developed a tiny monocopter drone inspired by the natural flight mechanics of maple tree seeds (samaras). This lightweight, 32-gram drone, named SG60, achieves fully controllable, autonomous flight for 26 minutes using a single rotor, setting a new endurance record for drones of its size. Unlike its predecessor, the larger and more complex SG50 multi-rotor drone, the SG60 employs a simple, efficient design that generates lift through a spinning winged body, leveraging passive stability and aerodynamic principles observed in nature. The drone’s design was optimized through a data-driven process that fine-tuned wing shape, pitch, and mass distribution, resulting in a power loading of 9.1 grams per watt—outperforming similar micro air vehicles. Its simplicity, long flight time, and low weight make it suitable for cost-effective, long-duration missions such as
droneroboticsautonomous-flightbiomimicryaerodynamicsmicro-air-vehiclesenergy-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-technologyOrbbec touts Pulsar ME450 as a multi-pattern 3D lidar - The Robot Report
At the World Robot Conference 2025 in Beijing, Orbbec introduced the Pulsar ME450, a novel multi-pattern 3D lidar sensor designed to enhance robotic perception by allowing users to switch scanning modes without changing devices. The sensor combines a micro-electromechanical systems (MEMS) mirror with motorized azimuth control to offer configurable scanning patterns and an adjustable vertical field of view. This design enables the Pulsar ME450 to adapt to diverse robotics applications, such as smart forklifts, logistics robots, lawn mowers, and surveying equipment, by supporting non-repetitive, non-dense repetitive, and dense repetitive scanning modes. The sensor delivers millimeter-level precision and high-fidelity 3D reconstruction, maintaining stable performance across various materials and interference conditions. Orbbec emphasizes that the Pulsar ME450’s flexibility addresses the evolving demands of robotics, balancing the need for fast, real-time obstacle avoidance with detailed mapping capabilities. By integrating multiple scanning patterns into a single device, the
roboticslidar3D-perceptionMEMS-technologyautonomous-navigationsensor-technologyrobotics-applicationsGerman robot works at construction site, helps humans to build wall
A German robot developed by the Technical University of Munich (TUM) is assisting humans on a construction site by precisely placing bricks to build a climate-optimized wall. The robot, equipped with a gripper and mounted on a mobile base, can move along a 4 x 2.5 meter wall and uses a digital twin of the structure to integrate assembly logic directly into the design process. This collaboration enhances precision beyond human capability without replacing skilled craftsmen, instead complementing their work. Apprentices working alongside the robot have adapted to this new method, highlighting that collaborative robotics expands craftsmanship rather than displacing it. The project emphasizes simpler, sustainable construction using only bricks arranged in multiple layers to create a thicker, climate-resilient wall. Different types of bricks—weather-resistant clinker on the outside and insulating perforated bricks inside—are used to improve durability and insulation. This monomaterial approach also facilitates easier dismantling and reusability, aligning with goals for sustainable urban building envelopes informed by climatic simulations
roboticsconstruction-robotcollaborative-robotsdigital-twinprecision-buildinghuman-robot-collaborationautomated-bricklayingTesla 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-chipssupercomputerroboticsCan iRobot bounce back? Deep concerns overshadow $127M Q2
iRobot Corp., known for its Roomba robot vacuums, reported a disappointing second quarter for 2025, with revenue falling 23% year over year to $127.6 million. The decline reflects ongoing struggles including slowing demand, increased competition, and fallout from Amazon’s terminated $1.7 billion acquisition deal. While revenue grew 6% in Japan, it dropped sharply in the U.S. (33%) and EMEA (17%). CEO Gary Cohen, who took over in May 2024 after the failed Amazon deal and the departure of founder Colin Angle, acknowledged that results missed expectations due to market challenges and slower scaling of new products. Despite improvements in gross margins and operating efficiency, iRobot’s cash reserves have dwindled from $69.9 million in March to $40.6 million in June, raising liquidity concerns. The company has suspended financial guidance and earnings calls, and its board is reviewing strategic alternatives including a potential sale or refinancing. iRobot’s difficulties stem
roboticsiRobotRoombarobotics-industryfinancial-performanceproduct-launchmarket-challengesOpinion: Why the EU needs to cut its reliance on Chinese drones
Dr. Robert Brüll, founder and CEO of FibreCoat, argues that Europe must reduce its heavy reliance on Chinese-made drones amid escalating geopolitical tensions and the increasing use of drones in modern warfare, particularly highlighted by the conflict in Ukraine. Chinese drones currently dominate the market due to China’s focused industrial policies and strong state-private partnerships. However, recent US tariffs and China’s tightened export controls on drone components have caused price surges and supply delays, exposing Europe’s vulnerability and underscoring the urgent need for strategic autonomy in drone technology. Brüll emphasizes that Europe possesses the necessary resources—world-class research institutions, a tradition of scientific inquiry, and growing political will—to build a sovereign drone ecosystem. To achieve this, he recommends prioritizing funding for dual-use research with both civilian and defense applications, streamlining bureaucratic hurdles for startups, and ensuring defense funds reach innovative companies. Additionally, he calls for the establishment of a unified EU drone platform to coordinate research, share best practices, and accelerate innovation
dronesroboticsdefense-technologyEuropean-Uniondrone-manufacturingstrategic-autonomysupply-chainFORT Robotics adds $18.9M to Series B funding for robotic safety - The Robot Report
FORT Robotics, a Philadelphia-based company specializing in remote control technology and safety for autonomous systems, has secured an additional $18.9 million in its Series B funding round led by Tiger Global. This brings the company’s total funding to $60.5 million. Founded in 2018, FORT Robotics provides a Robotics Control Platform designed to ensure safe, secure, and dynamic control of autonomous machines, supporting over 500 customers with approximately 12,000 units deployed across industries such as warehousing, agriculture, and construction. The company emphasizes enhancing human-machine collaboration while minimizing risks to people, assets, and data. The new capital will be used to enhance existing products by expanding communication protocols, API integrations, and international compliance, as well as to develop next-generation safety solutions featuring advanced data analytics tailored to the unique challenges of physical AI. FORT Robotics aims to accelerate the growth and implementation of its protective technologies as autonomous systems become more prevalent globally. The funding round attracted both returning investors—including Tiger Global,
roboticsautonomous-systemsrobotic-safetyphysical-AIhuman-machine-collaborationindustrial-automationrobotics-fundingNew robotic sheet morphs in real time with heat and smart sensors
Researchers at KAIST have developed a groundbreaking programmable robotic sheet capable of real-time shape-shifting, crawling, folding, and gripping without mechanical hinges or external reconstruction. This flexible polymer sheet is embedded with a dense network of metallic resistors that serve dual functions as heaters and sensors, enabling heat-activated folding and real-time feedback control. Unlike traditional folding robots that rely on fixed hinges and predetermined folding paths, this sheet can be reprogrammed on the fly via software commands to change its shape and function autonomously, demonstrating folding angles from -87° to 109° and operating across temperatures from 30°C to 170°C. The system integrates artificial intelligence techniques, including genetic algorithms and deep neural networks, to enhance adaptability and decision-making in response to environmental changes. This closed-loop control enables the sheet to exhibit “morphological intelligence,” where its shape dynamically contributes to its functionality. Demonstrations included the sheet crawling like a biological organism and adjusting its grip on various objects. Future improvements aim to increase
roboticssmart-sensorsadaptive-materialsheat-activated-foldingprogrammable-roboticsartificial-intelligenceflexible-polymersPrismaX launches teleop platform for robotic arms - The Robot Report
PrismaX, a San Francisco-based startup with $11 million in funding, has launched a teleoperation platform for robotic arms aimed at bridging the gap between robotics and mainstream adoption. The platform allows users to remotely operate robotic arms and serves as a foundational step toward a future where humans and robots collaborate to enhance human capabilities. PrismaX’s co-founder and CEO Bayley Wang emphasized that this tele-op system is a proof of concept for a labor market where humans and robots work hand in hand, with the company focusing initially on teleoperations and visual data collection to train AI models. PrismaX has outlined a roadmap aligned with the robotics industry's evolution: in the short term, teleoperators will gather data and gain experience; in the mid-term, operators will manage fleets of robots performing real tasks; and in the long term, robots will achieve high autonomy powered by foundational AI models. The company envisions a self-reinforcing "data flywheel" where increased robot operation generates valuable datasets that improve AI,
roboticsteleoperationrobotic-armsAIautomationteleop-platformrobotics-industryGR-3 humanoid robot debuts with empathy, emotion, and lifelike walk
The GR-3 humanoid robot, unveiled by Fourier on August 6, 2025, represents a significant advancement in human-robot interaction by emphasizing empathy, emotional awareness, and lifelike movement. Standing 165 cm tall and weighing 71 kg, GR-3 features 55 degrees of freedom enabling natural, balanced motion, including expressive gaits such as a “bouncy walk.” Its design incorporates a soft-touch shell with warm tones and premium upholstery to create a familiar, comforting presence rather than a mechanical one. Central to its capabilities is Fourier’s Full-Perception Multimodal Interaction System, which integrates vision, audio, and tactile inputs into a real-time emotional processing engine. This system allows GR-3 to localize voices, maintain eye contact, recognize faces, and respond to touch via 31 pressure sensors, producing subtle emotional gestures that simulate genuine empathy. Beyond sensing, GR-3 employs a dual-path cognitive architecture combining fast, reflexive responses with slower, context-aware reasoning
roboticshumanoid-robotemotional-AIhuman-robot-interactionhealthcare-roboticsempathetic-robotsassistive-technologyLearn at RoboBusiness how Sim2Real is training robots for the real world - The Robot Report
The article highlights the upcoming RoboBusiness 2025 event in Silicon Valley, which will focus on advances in physical AI—combining simulation, reinforcement learning, and real-world data—to enhance robot deployment and reliability in dynamic environments such as e-commerce and logistics. A key feature will be a session showcasing Ambi Robotics’ AmbiStack logistics robot, which uses the PRIME-1 foundation model trained extensively in simulation to master complex tasks like 3D item stacking, akin to playing Tetris. This simulation-driven training, coupled with physical feedback, enables the robot to make real-time decisions and handle diverse packages efficiently. The session will be co-hosted by noted experts Prof. Ken Goldberg of UC Berkeley and Jeff Mahler, CTO and co-founder of Ambi Robotics. They will discuss scalable AI training approaches that improve robotic manipulation capabilities. RoboBusiness 2025 will also introduce the Physical AI Forum track, covering topics such as multi-model decision agents, AI-enhanced robot performance, and smarter data curation
roboticsartificial-intelligencesimulation-trainingwarehouse-automationphysical-AIrobotic-manipulationlogistics-robotsOptimized components expand motion possibilities for humanoid robots - The Robot Report
The article from The Robot Report highlights the critical role of optimized motion components in advancing humanoid robot capabilities across various industries such as healthcare, retail, manufacturing, and logistics. With the humanoid robot market projected to reach $38 billion by 2035, the integration of precise and reliable motion elements is essential for robots to perform complex, human-like tasks effectively. The article emphasizes starting with standard motion components before moving to custom solutions, leveraging specialists to tailor parts for specific applications. Key components discussed include crossed roller bearings (CRBs), which are vital for joint movements like hips, elbows, and wrists due to their ability to handle multiple load types simultaneously while maintaining compactness and rotational accuracy. Linear motion rolling guides, such as IKO’s ML Series and LWL, enable precise, controlled linear movements essential for delicate tasks like gripping and manipulating objects. Additionally, spherical plain bearings provide stability and flexibility in limb movements, and cam followers offer increased degrees of freedom for gripping and turning actions. These components collectively enhance
roboticshumanoid-robotsmotion-componentscrossed-roller-bearingslinear-motion-guidesrobotic-actuatorsrobot-designUnitree’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-navigationRobot 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-analysisAgility Robotics, Boston Dynamics see leadership changes - The Robot Report
Agility Robotics and Boston Dynamics, two leading humanoid robotics companies, are undergoing significant leadership changes. Aaron Saunders, Boston Dynamics’ chief technology officer (CTO) for over 20 years and an early developer of BigDog and Spot robots, announced his departure. Saunders played a pivotal role in shaping the company’s technological vision and aligning R&D with business goals, contributing to advancements such as the redesign of the Atlas robot. His exit marks the end of a notable era at Boston Dynamics, where he helped push the boundaries of physical AI capabilities. At Agility Robotics, Melonee Wise, who joined as CTO in 2023 and later became chief product officer (CPO), is leaving the company at the end of the month. Wise led both engineering and product teams and has a distinguished robotics background, including leadership roles at Zebra Technologies, Fetch Robotics, and Willow Garage, where she contributed to foundational robotics technologies like ROS and the PR2 robot. Following her departure, Agility announced internal restructuring
roboticshumanoid-robotsBoston-DynamicsAgility-RoboticsAI-roboticsrobotics-leadershiprobot-developmentCosmic and ABB use robotics to rebuild LA homes after wildfires - The Robot Report
ABB Robotics is partnering with Cosmic Buildings to rebuild homes destroyed by recent wildfires in Southern California using advanced robotics and AI-driven modular construction. They have deployed a mobile microfactory in Pacific Palisades, California, that integrates ABB’s IRB 6710 robots and RobotStudio digital twin software with Cosmic’s AI-powered building information model (BIM). This system automates the fabrication and assembly of custom structural wall panels with millimeter precision onsite, enabling faster, safer, and more cost-effective construction. Cosmic aims to build 100 homes by 2027 using this approach, which significantly accelerates construction speed—up to three times faster than traditional methods—and reduces costs by about 30%. The homes constructed through this collaboration exceed California’s wildfire resilience and energy efficiency standards by incorporating non-combustible materials, solar and battery backup systems, and water independence features like greywater recycling. ABB and Cosmic emphasize that their robotic and AI integration allows real-time quality control and problem detection, ensuring consistent build quality
roboticsAIconstruction-automationmodular-housingdisaster-recoveryrenewable-energysmart-building-materialsLearn about the first humanoid deployments at RoboBusiness 2025 - The Robot Report
The article discusses the upcoming keynote panel at RoboBusiness 2025, titled “Lessons Learned from First Humanoid Deployments,” which will focus on the current state and future prospects of humanoid robots in commercial use. The session, scheduled for October 15 at the Santa Clara Convention Center, will feature industry leaders sharing candid insights about the successes, challenges, and engineering lessons from early humanoid robot deployments. Agility Robotics is highlighted for testing its Digit humanoid robot with companies like GXO Logistics and Spanx, illustrating real-world applications. Key panelists include Jim Fan from NVIDIA, who has a strong background in AI and robotics research, including work on multimodal models and robotic manipulation; Katlyn Lewicke of GXO Logistics, who brings expertise in global automation strategy and logistics; and Melonee Wise, chief product officer at Agility Robotics, with extensive experience in autonomous robots and robotics industry leadership. The panel aims to provide a comprehensive view of how humanoid robots are being integrated into commercial
roboticshumanoid-robotsAIautomationrobotics-deploymentAgility-RoboticsRoboBusiness-2025New super-thin robot mimics muscle to crawl, twist, and grab objects
Researchers from Samsung Electronics’ Future Robotics Division and Pohang University of Science and Technology (POSTECH) in South Korea have developed an ultra-thin, flexible robotic actuator inspired by human muscle protein myosin. Unlike conventional rigid metal robot parts, this paper-thin actuator incorporates a complex three-dimensional pneumatic network with tiny air chambers and multilayered air pathways. When air is injected, these small forces combine to produce strong, multi-directional movements, enabling the robot to bend, crawl, twist, and handle delicate tasks with precision comparable to human fingers. This bio-inspired actuator’s flexibility and strength allow robots to maneuver through tight spaces and perform delicate operations such as surgery or pipeline cleaning. The technology holds promise for diverse applications including surgical robots, collaborative industrial robots, and exploration devices. The actuator’s ability to move objects underwater and interact delicately with humans suggests future robots could be more responsive and capable in sensitive environments. The research, supported by Korean government agencies, was published in Nature Communications.
roboticssoft-roboticsrobotic-actuatorsbio-inspired-robotssurgical-robotsflexible-robotspneumatic-actuatorsCrack the code to startup traction with insights from Chef Robotics, NEA, and ICONIQ at TechCrunch Disrupt 2025
At TechCrunch Disrupt 2025, a panel featuring Rajat Bhageria (Founder & CEO of Chef Robotics), Ann Bordetsky (Partner at NEA), and Murali Joshi (Partner at ICONIQ) will explore the challenging journey of achieving product-market fit, a critical yet often misunderstood phase in a startup’s lifecycle. Drawing from their diverse experiences—Bhageria’s founder perspective scaling AI-driven automation in food production, Bordetsky’s investor insight from companies like Uber and Twitter, and Joshi’s track record of driving over $2.5 billion in investments—the discussion will focus on effective testing strategies, real-time iteration, and how to genuinely listen to customers without being overwhelmed by feedback. This session aims to provide founders with actionable guidance to move beyond guesswork and build products that truly resonate with users, whether they are still developing prototypes or scaling existing traction. Taking place on the Builders Stage from October 27–29, 2025, at Moscone West in
roboticsAI-automationstartup-growthfood-production-technologyTechCrunch-Disruptproduct-market-fitventure-capitalThe Robot Revolution: Debating the Top 10 robots of all time
The article features a discussion with Aaron Prather, director of the Robotics & Autonomous Systems Program at ASTM International, and Rajat Bhageria, CEO of Chef Robotics, focusing on the evolution and impact of the top 10 robots that have significantly advanced the robotics industry. Hosts Mike Oitzman and Steve Crowe debate Prather’s list, highlighting how these robots—from early mechanical devices to modern AI-driven machines—have shaped technology, culture, and human innovation. The conversation also explores the stories behind these iconic robots and their ongoing influence on the future of robotics. In industry news, Unitree introduced the R1 humanoid robot, designed to be lighter, more agile, and more affordable than its predecessor, the G1. The R1 stands 1.2 meters tall, weighs 25 kg, and is priced at $5,900, compared to the G1’s $13,000 cost. Unitree achieved cost reductions through optimized design and scaled production. Additionally, Teradyne
roboticsautonomous-systemshumanoid-robotsindustrial-robotsrobot-commercializationrobot-agilityrobotics-industry-trendsConstruction robotics finds interest, but adoption wavers, reports BuiltWorlds - The Robot Report
The construction industry is showing growing interest in robotics as a means to improve efficiency, responsiveness, and scalability on job sites, according to a recent report by BuiltWorlds Inc. The report highlights that contractors, owners, and technology providers are exploring robotics for tasks such as layout, drilling, and material transport, integrated with connected equipment and data-driven decision-making. This reflects a broader industry trend toward intelligent, tech-enabled workflows that connect field execution with digital planning and performance optimization. BuiltWorlds, a Chicago-based organization serving the building and infrastructure sectors, surveyed a diverse range of contractors and found that attitudes toward construction robotics have significantly improved, with positive evaluations rising from 74% in 2024 to over 95% in 2025. Despite the increased enthusiasm, actual deployment of construction robotics has slightly declined, with 46% of respondents reporting use of robotics or automated machinery in 2025 compared to 65% in 2024. This decrease is attributed not to waning interest but to
roboticsconstruction-roboticsautomationconstruction-technologyindustrial-robotsrobotics-adoptionsmart-constructionTechCrunch 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-vehiclesTesla 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-intelligenceroboticsOpenMind raises $20M to connect intelligent machines - The Robot Report
OpenMind, a San Francisco-based company, has raised $20 million in funding to expand its engineering team and promote its platform aimed at robot coordination. The company’s mission is to “connect all thinking machines” through its OM1 operating system and FABRIC decentralized coordination protocol. Unlike many firms focusing on building humanoid robots, OpenMind targets the underlying intelligence infrastructure that enables robots from different manufacturers to collaborate securely and adapt to complex real-world environments. OM1 is a hardware-agnostic OS designed to help robots perceive, adapt, and act in human settings, while FABRIC provides a trust layer for identity verification, context sharing, and secure cooperation across diverse environments. The funding round was led by Pantera Capital with participation from Ribbit, Coinbase Ventures, and other investors who see OpenMind as pioneering the foundational layer that bridges AI and robotics. The company envisions its technology as analogous to Android for robots, enabling open, interoperable, and scalable robotic intelligence akin to the internet. OpenMind aims
roboticsrobot-coordinationintelligent-machinesOM1-operating-systemFABRIC-protocoldecentralized-systemsAI-integrationTesla 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-intelligenceroboticsReindustrialization won’t work without robotics
The article "Reindustrialization won’t work without robotics" argues that the United States’ efforts to bring manufacturing back onshore—through tariffs, tax incentives, and “Made in USA” initiatives—cannot succeed without widespread adoption of production robotics. Traditional labor-intensive methods are economically unviable given high domestic labor costs and skill shortages. Robotics, particularly advanced machine tending robots capable of autonomously loading, unloading, inspecting, and testing a wide variety of parts, are essential to achieving the scale, speed, precision, and cost-effectiveness needed for competitive U.S. manufacturing. These robots, integrated with precision sensors and automated testing, help ensure quality and compliance critical to industries like aerospace, defense, pharmaceuticals, and semiconductors. However, despite the clear economic benefits, scaling robotics across factories faces significant challenges. Current implementations are often isolated “islands of automation” with standalone robots that require extensive custom coding and suffer from poor integration with factory machinery and IT systems. This lack of seamless process integration leads
roboticsmanufacturing-automationindustrial-robotsreshoringproduction-efficiencyadvanced-machine-tendingfactory-automationNextracker invests in field robotics and AI for solar power plants - The Robot Report
Nextracker is significantly advancing its focus on artificial intelligence (AI) and robotics to enhance solar power plant operations. Over the past year, the company has invested more than $40 million to acquire three key technologies and appointed Dr. Francesco Borrelli as its first chief AI and robotics officer. Dr. Borrelli, an expert in predictive control systems, will lead the integration of AI, machine learning, and robotics into Nextracker’s products to improve scalability, operational efficiency, and long-term return on investment (ROI) for solar asset owners. With a global footprint of approximately 100 GW of operating solar systems equipped with millions of sensors, Nextracker aims to leverage AI-driven autonomy to optimize plant performance and accelerate deployment. A major component of this initiative is the acquisition of OnSight Technology, which specializes in autonomous inspection and fire detection systems for solar farms. OnSight’s AI-powered tools enable predictive maintenance by identifying potential mechanical and electrical failures, thereby reducing operational risks and improving uptime. Additionally
roboticsartificial-intelligencesolar-energypredictive-maintenanceautonomous-inspectionenergy-technologyIoT-sensorsNew 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-surgeryBeyond the assembly line - swarm robotics emerge - The Robot Report
The article "Beyond the assembly line - swarm robotics emerge" discusses the innovative application of swarm robotics in large-scale manufacturing, particularly for constructing complex aerospace structures like the H2Clipper, a revolutionary 1,000-foot-long, green lighter-than-air dirigible designed to transport liquid hydrogen and freight. Traditional assembly lines are impractical for such massive constructs due to their enormous spatial requirements. Inspired by the decentralized and adaptive behavior of ant colonies, the concept of swarm robotics was developed to enable multiple robots to autonomously coordinate and assemble large structures without centralized control, overcoming the limitations of linear manufacturing processes. Swarm robotics builds on principles of self-organizing systems observed in nature and extends beyond previous AI applications in software and drone coordination to physical construction tasks. The article highlights a patented hierarchical programming approach for these robots, progressing through three levels. Level 1 involves coordinated operation of ambulatory and stationary robots assembling the airship on the ground, laying the foundation for automated assembly without moving the structure until completion. Level
roboticsswarm-roboticsmanufacturing-technologyaerospacegenerative-AIautomationclean-energySwarm robotics could spell the end of the assembly line - The Robot Report
The article discusses how swarm robotics, powered by generative artificial intelligence (genAI), is poised to revolutionize aircraft manufacturing by potentially replacing the traditional assembly line system that has dominated industrial production for over a century. Unlike conventional robotic programming, which relies on fixed algorithms, swarm robotics employs Level 3 AI programming that enables autonomous robots to self-learn, recognize patterns, optimize processes, and improve performance without direct human intervention. This technology allows multiple interconnected autonomous robots to coordinate, communicate, and adapt in real-time, creating a collective “common mind” that can efficiently manufacture large, complex structures like airplanes and spacecraft. Swarm robotics offers significant advantages including faster production speeds, lower costs, higher precision, and enhanced safety by minimizing human error such as fatigue or oversight during assembly. The robots operate continuously and can fabricate aircraft components without moving the structure during production, eliminating the need for traditional assembly lines. This shift represents a profound transformation in manufacturing technology, promising to increase efficiency and accuracy while reducing labor requirements and operational
roboticsswarm-roboticsartificial-intelligencegenerative-AImanufacturing-automationaerospace-manufacturingindustrial-roboticsFigure CEO teases video showing humanoid robot doing laundry
Figure AI’s CEO Brett Adcock recently showcased a video of their humanoid robot, Figure 02, performing laundry tasks such as picking up clothes and placing them into a washing machine. While the robot cannot fully operate the machine independently yet, this demonstration marks a significant step toward automating household chores. Figure 02 is powered by Helix, a generalist Vision-Language-Action (VLA) model that integrates perception, language, and human understanding to enable advanced upper-body manipulation and multi-robot collaboration. The company plans to begin home trials of Figure 02 later this year, although its current focus remains on industrial applications, including a recent trial at BMW’s South Carolina facility and tasks like sorting plastic bags on conveyor belts. Figure 02 competes with other humanoid robots such as 1X Technologies’ Neo Gamma, designed for domestic use, and Boston Dynamics’ Atlas, which targets industrial environments. Adcock and his team aim to position Figure 02 for both industrial and home settings
roboticshumanoid-robotautomationAIindustrial-robotshome-roboticsmulti-robot-collaborationTop 10 robotics developments of July 2025 - The Robot Report
In July 2025, the robotics industry saw significant advancements, funding milestones, and strategic partnerships, as highlighted by The Robot Report's top 10 articles. MIT introduced a novel 3-in-1 training tool that simplifies robot learning by allowing robots to learn tasks through demonstration, either via remote control, physical guidance, or observation. NEURA Robotics partnered with HD Hyundai to develop specialized quadruped and humanoid robots tailored for the demanding shipbuilding sector, showcasing the expanding versatility of cognitive robots. Meanwhile, RealSense spun off from Intel to operate independently with $50 million in funding, focusing on 3D vision technologies for robotics. Several companies secured substantial funding to accelerate innovation: Augmentus raised $11 million to develop no-code robotics programming solutions aimed at reducing complexity for manufacturers; Unitree Robotics achieved unicorn status with a Series C round valuing the company at approximately $1.7 billion, reflecting growing interest in legged robots; and Galbot secured $153 million to commercialize its
roboticsrobot-learningindustrial-robotsquadruped-robotshumanoid-robotsrobot-fundingrobotic-technologyChina’s humanoid robot stuns by opening car door in a 'world-first'
AiMOGA Robotics has achieved a significant breakthrough with its humanoid robot, Mornine, which autonomously opened a car door inside a functioning Chery dealership in China—marking a world-first in embodied AI. Unlike scripted or teleoperated robots, Mornine used only onboard sensors, full-body motion control, and reinforcement learning to identify the door handle, adjust its posture, and apply coordinated force to open the door without any human input. This task, performed in a live commercial setting, demonstrates advanced autonomy and a shift from simulation-based robotics to real-world service applications. Mornine’s sophisticated sensor suite includes 3D LiDAR, depth and wide-angle cameras, and a visual-language model, enabling real-time perception and continuous learning through a cloud-based training loop. The robot was not explicitly programmed to recognize door handles but learned through millions of simulated cycles, with the learned model transferred to real-world operation via Sim2Real methods. Currently deployed in multiple Chery 4S dealerships
roboticshumanoid-robotautonomous-robotsAI-roboticsservice-robotsreinforcement-learningsensor-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-mechanismTeradyne Robotics generates $75M in Q2
Teradyne Robotics, encompassing Universal Robots (UR) and Mobile Industrial Robots (MiR), reported $75 million in revenue for Q2 2025, marking a 9% increase from Q1 but a 17% decline compared to the same quarter in 2024. Universal Robots remained the dominant contributor with $63 million (84% of the group’s revenue), while MiR generated $12 million. The year-over-year decline reflects ongoing challenges in the global automation market, including extended sales cycles and cautious capital spending in manufacturing sectors. Despite these headwinds, a structural reorganization consolidating UR and MiR’s sales, marketing, and service teams in early 2025 helped drive quarter-on-quarter growth and improved operational efficiency. Looking ahead, Teradyne Robotics secured a significant, undisclosed deal expected to be a major growth driver in 2026 and plans to open a U.S.-based manufacturing facility to better serve regional customers. The company also continues to invest in international markets
roboticscollaborative-robotsTeradyne-RoboticsUniversal-Robotsautonomous-mobile-robotsindustrial-automationrobot-market-trends4AG Robotics picks up $29M for mushroom harvesting robots - The Robot Report
4AG Robotics has secured CAD 40 million (approximately $29 million USD) in a Series B funding round to scale production and meet growing demand for its mushroom harvesting robots. The company’s AI-powered robotic platform, which autonomously harvests, trims, and packs mushrooms, is already deployed on farms in Canada, Ireland, and Australia, with upcoming expansions planned for the Netherlands and the U.S. Founded in 1999 as TechBrew Robotics, 4AG’s technology addresses significant labor shortages and high production costs in the mushroom industry, where harvesting can represent up to 50% of expenses. The robots integrate with existing Dutch-rack infrastructure, offering growers consistent quality, reduced labor costs, and real-time operational data. This latest funding round, led by Astanor Ventures and Cibus Capital and supported by several existing investors, brings 4AG’s total capital raised over the past two years to $57.5 million. The company plans to use the funds to expand manufacturing in British
roboticsagricultural-robotsmushroom-harvestingAI-automationprecision-agriculturerobotic-farmingrobotic-grippersSkild 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-learningautomationAmazon-backed firm unveils shared brains for all types of robots
Skild AI, a robotics startup backed by Amazon and prominent investors including Jeff Bezos, has unveiled Skild Brain, an artificial intelligence model designed to operate across a wide range of robots—from humanoids to quadrupeds and mobile manipulators. This AI enables robots to think, navigate, and respond with human-like adaptability, allowing them to perform complex tasks such as climbing stairs, maintaining balance after being pushed or kicked, and handling objects in cluttered environments. Skild Brain is continuously improved through data collected from deployed robots, addressing the challenge of limited real-world robotics data by combining simulated scenarios, human-action videos, and live feedback. Unlike existing robotics models that rely heavily on vision-language models (VLMs) trained on vast image and text datasets but lack physical action capabilities, Skild Brain is built specifically to overcome the scarcity of robotics data and provide true physical common sense. The founders emphasize that traditional VLM-based approaches are superficial and insufficient for complex robotic tasks, whereas Skild’s shared brain approach
roboticsartificial-intelligencehumanoid-robotsrobot-navigationrobot-adaptabilitySkild-AIrobotics-foundational-modelChina’s robot fighters steal the spotlight at WAIC 2025 showcase
At the WAIC 2025 event in Shanghai, China’s humanoid robotics sector showcased significant advancements, drawing widespread attention with a highlight being a dynamic boxing match between two life-sized Unitree robots. The Unitree G1 robot, notable for its compact 1.32-meter frame, agility, and powerful 120 Nm torque joints, demonstrated human-like fighting abilities with precise strikes and defensive maneuvers. This display underscored important progress in robotics design, motion control, and full-body coordination, impressing both experts and online audiences. The event featured over 150 robots and 60 new intelligent models from more than 80 enterprises, reflecting China’s rapid growth in embodied intelligence and practical robot applications. Innovations included Tencent Robotics X’s VLA language model-powered dual-arm robot capable of real-time task adaptation, Unitree’s third-generation humanoid R1 with multimodal voice and vision integration, and heavy-duty industrial humanoids like Cyborg-R01. Experts emphasized that integrating large language models with
roboticshumanoid-robotsrobot-fightersAI-roboticsautomationUnitree-RoboticsWAIC-2025#RoboCup2025: social media round-up part 2 - Robohub
RoboCup2025 was held from July 15 to 21 in Salvador, Brazil, attracting around 3,000 participants competing across various robotics leagues. The event featured intense competition culminating in final rounds during the last days. Notably, in the #RoboCup2025 @Home Open Platform League (OPL) Final, the NimbRo team’s robot demonstrated impressive capabilities such as opening doors, removing trash, and closing a cabinet door, ultimately securing second place behind Korea’s team Tidyboy. Social media updates highlighted the tense atmosphere as top robots advanced to the finals, with teams overcoming challenges such as equipment damage during transport. Collaborative efforts among teams like RoboCanes (University of Miami), PUMAS (UNAM), @_erasers, and TIDbots enabled them to reach the finals in the @Home DSPL league. Additionally, the event included discussions on the future of RoboCup, reflecting the community’s engagement with advancing robotics and AI technologies. Overall, Robo
roboticsRoboCupAIautonomous-robotsrobot-competitionsservice-robotsrobotics-eventAI robot arm builds meals and helps users with limited mobility
Engineers at Virginia Tech have developed an advanced robotic arm designed to assist people with limited mobility in performing everyday tasks, such as preparing meals. The system features adaptive grippers that combine rigid mechanics with soft, switchable adhesives, enabling the robot to handle a wide range of objects—from heavy items like metal pans to delicate ingredients like sprinkles. This innovation addresses the challenge that traditional robots face when gripping irregular or fragile items, by allowing the grippers to switch between strong adhesion and easy release. The robotic arm is controlled via a joystick-style interface, allowing users to guide the robot’s movements while artificial intelligence interprets and completes the tasks. This collaboration was demonstrated through complex activities like assembling a pizza, which involves handling diverse textures and shapes, and building an ice cream sundae with small, delicate toppings. Funded by over $600,000 from the National Science Foundation, the project aims to enhance independence for people with disabilities by making robotic assistance more intuitive and closely aligned with natural human motions. The research
roboticsassistive-technologyrobotic-armadaptive-grippersAI-controlsoft-roboticsdisability-aidLuma and Runway expect robotics to eventually be a big revenue driver for them
AI video-generation startups Luma and Runway are expanding their focus beyond traditional movie studio clients, exploring new markets such as robotics and self-driving car companies for future revenue opportunities. Although specific companies in these sectors have not been disclosed, these discussions indicate a strategic move to diversify their applications of AI video technology. Luma, in particular, is positioning itself to support robotics by developing 3D AI world models slated for early 2024, aiming to enable machines to better perceive and interact with their environments. Meanwhile, Runway is also eyeing the video game industry as another potential avenue for growth. Both companies are actively seeking to leverage their AI capabilities in emerging fields beyond entertainment, signaling a broader vision for their technology’s commercial use.
roboticsAIvideo-generation3D-AI-modelsself-driving-carsrobotics-industryAI-technologyNVIDIA VP Deepu Talla to discuss physical AI at RoboBusiness - The Robot Report
At RoboBusiness 2025, Deepu Talla, NVIDIA’s vice president of robotics and edge AI, will deliver the opening keynote titled “Physical AI for the New Era of Robotics.” Scheduled for October 15 in Santa Clara, California, Talla will discuss how physical AI—where models perceive, reason, and act in real-world environments—is transforming robotics from static, rule-based automation to adaptable, intelligent autonomy capable of managing complex, unstructured tasks. NVIDIA is accelerating this shift through simulation-first development, foundation models, and real-time edge deployment, training robots in virtual environments before scaling them into physical applications. This advancement marks a significant milestone in integrating intelligent machines into the $50 trillion global economy. NVIDIA has positioned itself as a leader in physical AI with recent innovations such as Isaac GR00T N1.5, an updated customizable foundation model for humanoid robot reasoning, and Isaac GR00T-Dreams, a synthetic motion data generation blueprint. The NVIDIA Isaac platform is widely adopted
roboticsphysical-AINVIDIA-Isaachumanoid-robotsedge-AIautonomous-machinesrobotics-developmentUnitree 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-interactionGoogle 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-learningautomationHomeBase USA enhances inventory operations with Simbe Robotics - The Robot Report
HomeBase USA has implemented Simbe Robotics’ Store Intelligence platform, featuring the autonomous Tally shelf-scanning robot, at its stores in Copperas Cove, Texas, and Laramie, Wyoming—the latter marking Tally’s first deployment in Wyoming. HomeBase stores carry tens of thousands of SKUs across diverse categories such as lumber, hardware, and farm supplies, making inventory management complex. Tally automates manual inventory tasks by scanning shelves multiple times daily to detect out-of-stock items, pricing errors, and misplaced products. This real-time data is accessible via a mobile app and dashboard, enabling store teams to prioritize and address issues promptly, thereby improving shelf availability, labor efficiency, and customer experience. The introduction of Tally aims to reduce the 30 hours per week that store associates typically spend on manual inventory duties, which are often error-prone and a major factor in employee attrition. By automating these tasks, HomeBase hopes to free associates to focus on higher-value activities and enhance operational
roboticsautonomous-robotsinventory-managementretail-automationSimbe-RoboticsTally-robotstore-intelligenceChina's brainy humanoid robot worker adapts, lifts and never tires
Shanghai Electric has introduced SUYUAN, its first self-developed industrial humanoid robot, at the World Artificial Intelligence Conference 2025 in Shanghai. SUYUAN features 38 degrees of freedom and a powerful on-device AI processor capable of 275 trillion operations per second (TOPS), enabling fluid, human-like movements and precise task execution. Equipped with LiDAR and binocular vision, the robot can autonomously navigate complex industrial environments and perform tasks such as sorting and moving crates of varying sizes, significantly boosting warehouse productivity. SUYUAN weighs 110 pounds, stands 5 feet 6 inches tall, and can lift objects up to 4.4 pounds with a total payload capacity of 22 pounds, moving at a walking speed of 3.1 miles per hour. In addition to SUYUAN, Shanghai Electric showcased its collaboration with Johnson Electric on next-generation humanoid robotics, unveiling advanced components like rotary joints and dexterous finger joints. The company also demonstrated the “LINGKE” dual
roboticshumanoid-robotindustrial-automationAI-processorLiDAR-navigationwarehouse-roboticsShanghai-ElectricAeva strikes lidar chip-making deal with LG subsidiary
Aeva Technologies, a U.S.-based company specializing in 4D LiDAR sensing systems, has entered a manufacturing partnership with LG Innotek, the components and materials subsidiary of South Korea’s LG. Under the deal, 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 LiDAR technology into consumer electronics, robotics, and industrial automation. Aeva’s 4D LiDAR technology differs from conventional LiDAR by using Frequency Modulated Continuous Wave (FMCW) sensing, which measures 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
LiDARroboticsautomotive-technologysilicon-photonicssensor-technologyindustrial-automationsmart-infrastructureRobotaxi Updates from China - CleanTechnica
The article provides updates on robotaxi developments in China, focusing on Pony AI and Tesla. Pony AI has expanded its robotaxi testing to operate 24/7 in Beijing, Guangzhou, and Shenzhen, extending beyond the previous 7:00 am to 11:00 pm schedule. This move aims to improve transportation options during nighttime hours when human-driven services are limited and more costly. Pony AI recently began mass production and road testing of its seventh-generation autonomous driving system, which features a 70% cost reduction compared to its predecessor. The company plans to deploy over 1,000 robotaxis by the end of 2025. Tesla is preparing to introduce a supervised driver-assistance system—though not full self-driving (FSD)—in China and Europe, pending regulatory approval. The rollout has been delayed due to stricter regulations and the need to adapt to local road rules and cultural norms. Tesla’s driver-assist features have performed well in recent tests comparing EV models in China, and many
roboticsautonomous-vehiclesrobotaxiPony-AITeslaself-driving-technologyChina-transportationExploring the future of humanoid robotics with Novanta
In episode 205 of The Robot Report Podcast, Nick Damiano, senior business development manager at Novanta Robotics and Automation, discusses the company's innovative approach to enhancing safety in humanoid robotics. Based in Bedford, Massachusetts, Novanta focuses on achieving component-level safety ratings and implementing advanced joint-level control to ensure safer robot operation. Damiano highlights the critical role of integrating high-performance sensors and drives in overcoming the technical challenges associated with developing safe humanoid robots. Novanta Robotics and Automation, a leader in motion control solutions since 2022, collaborates with top robotics platforms across various industries by providing key components such as drives, encoders, motors, and force torque sensors. These technologies aim to reduce risks and costs while accelerating time-to-market for robotics developers. The episode emphasizes Novanta’s commitment to addressing unique challenges in robotics safety and shaping the future of humanoid robot development through cutting-edge motion control innovations.
roboticshumanoid-robotsmotion-controlsensorsautomationsafety-in-roboticsrobotics-innovationDoosan Robotics acquires a majority stake of U.S.-based ONExia for $25.9M - The Robot Report
Doosan Robotics has acquired an 89.59% majority stake in U.S.-based robotics system integrator ONExia Inc. for approximately $25.9 million (KRW 35.6 billion). ONExia, founded in 1984 and based in Exton, Pennsylvania, specializes in end-to-end automation services including system design, manufacturing, and implementation across industries such as manufacturing, logistics, and packaging. The company has developed collaborative robots focused on end-of-line processes like palletizing and packaging, achieving around 30% average annual sales growth. Doosan aims to leverage ONExia’s 25 years of automation data and project expertise to enhance its AI capabilities and solution development, marking a strategic shift from hardware-centric products to integrated AI and software platforms. This acquisition is part of Doosan Robotics’ broader strategy to strengthen its global presence and accelerate innovation in intelligent robotics. The company, a recognized leader in collaborative robots (cobots), is increasing investments in research and development
roboticsautomationAIcollaborative-robotsDoosan-Roboticssystem-integrationmanufacturing-technologyKorea's nuclear waste cleaning robot throws bottle with precision
The Korea Atomic Energy Research Institute (KAERI) has showcased its humanoid robot ARMstrong Dex performing a precise throw of a 500 ml water bottle into a barrel, demonstrating advanced high-speed coordination, trajectory control, and endpoint accuracy. This capability is critical for disaster response scenarios where robots must deliver lightweight supplies like medical kits or water to trapped victims in hazardous or obstructed environments without risking human safety. The robot’s ability to transition from slow, heavy-duty tasks to fast, precise movements highlights its growing agility alongside its already demonstrated brute strength. ARMstrong Dex is designed to operate in nuclear and disaster zones, featuring human-scale size and reach, caterpillar tracks for navigating unstable terrain, and manipulators capable of complex tasks such as valve turning and rubble removal. Beyond strength feats like lifting over 50 kg and performing weighted pull-ups and curls, the robot’s refined control systems enable delicate operations like the bottle throw. KAERI has transferred this technology to Victex for use in nuclear power plant decommissioning
roboticsnuclear-waste-managementdisaster-response-robotshydraulic-robotsprecision-roboticsKorea-Atomic-Energy-Research-Instituteremote-controlled-robotsChina’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-roboticsChina’s humanoid robot achieves human-like motion with 31 joints
Chinese robotics company PND Robotics, in collaboration with Noitom Robotics and Inspire Robots, has introduced the Adam-U humanoid robot platform, which features 31 degrees of freedom (DOF) enabling human-like motion. The robot includes a 2-DOF head, 6-DOF dexterous hands, a 3-DOF waist with a braking system for safety, and a binocular vision system that mimics human sight. Standing adjustable between 1.35 to 1.77 meters and weighing 61 kilograms, Adam-U cannot walk as it uses a stationary platform instead of legs. It is designed for precise, flexible operation in dynamic environments and is particularly suited for reinforcement and imitation learning, making it a valuable tool for AI researchers, robotics engineers, and academic institutions. The Adam-U platform integrates hardware and software into a comprehensive ecosystem, including Noitom’s PNLink full-body wired inertial motion capture suit and Inspire Robots’ RH56E2 tactile dexterous
roboticshumanoid-robotmotion-captureartificial-intelligencemachine-learningreinforcement-learningdata-acquisitionFourier to unveil world's most 'adorable' humanoid robot next week
Shanghai-based robotics company Fourier Robotics is set to unveil its newest humanoid robot, the GR-3, on August 6, 2025. The GR-3 follows the GR-1 and GR-2 models but features a notably smaller and friendlier design, standing approximately 4 feet 5 inches (134 cm) tall, compared to the taller predecessors. The robot’s aesthetic is described as “softer” and more “adorable,” with expressive eyes aimed at enhancing user engagement. Designed primarily for domestic, educational, healthcare, and public environments, the GR-3 integrates a large language model (LLM) to facilitate natural speech interaction, positioning it as a companion or caregiver robot optimized for friendly human interaction. Building on Fourier’s previous models, which showcased advanced mobility, perception, and dexterous manipulation, the GR-3 is expected to emphasize compact hardware and approachable design suitable for home and classroom settings. While likely featuring simpler actuation and sensing compared to the GR-2
roboticshumanoid-robotAI-companionsmart-actuatorsdomestic-robotseducational-robotshuman-robot-interaction100x 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-autonomyLidris 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-printingRobots can sense when something might slip from grip with new method
Engineers at the University of Surrey have developed a novel, bio-inspired method enabling robots to sense and prevent objects from slipping during manipulation by predicting slip events and adjusting their movements in real-time. Unlike traditional robotic grip strategies that rely solely on increasing grip force—which can damage delicate items—the new approach mimics human behavior by modulating the robot’s trajectory, such as slowing down or repositioning, to maintain a secure hold without excessive squeezing. This method, demonstrated through a predictive control system powered by a learned tactile forward model, allows robots to anticipate slip risks continuously and adapt accordingly. The research, published in Nature Machine Intelligence, shows that trajectory modulation significantly outperforms conventional grip-force-based slip control in certain scenarios and generalizes well to objects and movement paths not included in training. This advancement holds promise for enhancing robotic dexterity and reliability across various applications, including healthcare (handling surgical tools), manufacturing (assembling delicate parts), logistics (sorting awkward packages), and home assistance. The study highlights the importance of
roboticsrobotic-manipulationslip-preventionautomationtactile-sensingpredictive-controlbio-inspired-roboticsMIT vision system teaches robots to understand their bodies
MIT researchers at CSAIL have developed a novel robotic control system called Neural Jacobian Fields (NJF) that enables robots to learn how their bodies move in response to motor commands purely through visual observation, without relying on embedded sensors or hand-coded models. Using a single camera and random exploratory movements, NJF allows robots—ranging from soft robotic hands to rigid arms and rotating platforms—to autonomously build an internal model of their 3D geometry and control sensitivities. This approach mimics how humans learn to control their limbs by observing and adapting to their own movements, shifting robotics from traditional programming toward teaching robots through experience. NJF’s key innovation lies in decoupling robot control from hardware constraints, enabling designers to create soft, deformable, or irregularly shaped robots without embedding sensors or modifying structures for easier modeling. By leveraging a neural network inspired by neural radiance fields (NeRF), NJF reconstructs the robot’s shape and its response to control inputs solely from visual data. This
roboticsmachine-learningsoft-roboticsrobotic-control-systemsneural-networks3D-printingcomputer-visionSwift Navigation raises $50M to bring centimeter-level positioning to robotics - The Robot Report
Swift Navigation, a company specializing in centimeter-level positioning technology for vehicle autonomy, robotics, and precision logistics, has raised $50 million in a Series E funding round, bringing its total funding to $250 million. The company’s Skylark Precise Positioning Service is a cloud-based system that enhances traditional GNSS signals, such as GPS, improving positioning accuracy from several meters to the centimeter level. This technology supports a wide range of applications including autonomous lawnmowers, agricultural robots, delivery robots, drones, advanced driver-assist systems (ADAS), and vehicle-to-everything (V2X) communication. Skylark differentiates itself by using advanced atmospheric modeling, cloud architecture, and carrier-grade networks to provide reliable, safe, and cost-efficient positioning at scale. It is ISO 26262:2018 certified for functional safety in road vehicles and operates entirely in the cloud, unlike other ASIL-certified solutions that depend on expensive physical data centers. Currently, Skylark powers over 10 million
roboticsautonomous-vehiclesGNSSprecise-positioningcloud-technologyADASvehicle-autonomyLive cockroaches turned into robot swarms for future spy missions
A German company, SWARM Biotactics, is pioneering the development of bio-robotic swarms by transforming live cockroaches into controllable robotic agents equipped with small backpacks. These backpacks contain advanced sensors, neural stimulation, and secure communication modules, enabling precise navigation, real-time data collection, and encrypted short-range communication. The cockroach swarms are designed to operate in environments inaccessible to conventional machines, such as cluttered, denied, or politically complex terrains, offering a new layer of tactical advantage for defense, security, and disaster response missions. The innovation promises to be cost-effective and highly scalable compared to traditional robotic systems, with a low detectability signature that enhances stealth in surveillance operations. SWARM Biotactics recently secured €10 million in seed funding, bringing its total investment to €13 million, supported by international investors from Europe, the US, and Australia. CEO Stefan Wilhelm emphasized that their biologically integrated, AI-enabled systems represent a new category of robotics capable of persistent intelligence gathering
roboticsbio-roboticsswarm-robotsAI-enabled-robotssurveillance-technologydefense-technologyautonomous-systemsChina owns the drone industry. Now America needs to usurp it
The article discusses the growing dominance of China, particularly companies like DJI and Autel Robotics, in the global drone industry, with DJI controlling over 90% of the US consumer drone market and more than 70% globally. This concentration has raised significant national security concerns in the United States, prompting the Trump administration to issue executive orders aimed at reducing reliance on Chinese-made drones. These orders restrict federal agencies from using foreign adversaries' drones, accelerate risk assessments, and prioritize domestically built platforms. The US government’s scrutiny of Chinese drone firms has been ongoing since 2017, including bans, warnings about data sharing, and placing DJI on the Department of Commerce’s Entity List, culminating in a 2024 law mandating a national security review and potential sales bans. In response to these challenges, US startups like Corvus Robotics and Zepher Flight Labs are innovating by designing and manufacturing drones entirely in-house, avoiding imports and aiming for technological breakthroughs such as full-stack autonomy and hydrogen propulsion. Cor
dronesroboticsautonomyhydrogen-propulsionUS-manufacturingsupply-chainnational-securityIndy 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-technologySwan EndoSurgical debuts to advance GI Robotics
Olympus has partnered with investment firm Revival Healthcare Capital to co-found Swan EndoSurgical, a new company focused on developing an advanced endoluminal robotic system for gastrointestinal (GI) patient care. The joint venture involves a potential investment of up to $458 million, with Revival holding a majority equity stake and Olympus maintaining significant participation and an option to acquire Swan at a predetermined value. This collaboration aims to enhance minimally invasive treatments by improving precision, efficiency, and ergonomics in GI procedures, building upon traditional endoscopy techniques used for early diagnosis and treatment of GI conditions such as cancer. The development of Swan EndoSurgical’s robotic system seeks to overcome the limitations of manual endoscopes by enabling flexible maneuvering and deployment of robotic arms within the GI tract, potentially allowing safer, more effective surgeries that avoid invasive methods. The company has already established an experienced leadership team and will be headquartered in the U.S. Olympus views this partnership as a strategic milestone to reshape the GI market by expanding procedural
roboticssurgical-roboticsmedical-technologyendoluminal-roboticshealthcare-innovationminimally-invasive-surgerygastrointestinal-roboticsUK’s sixth-gen stealth fighter emerges as next-gen war machine
The UK’s Combat Air Flying Demonstrator marks the nation’s first piloted supersonic fighter aircraft developed in 40 years, spearheaded by the Ministry of Defence in partnership with BAE Systems, Rolls-Royce, and MBDA UK. Currently, two-thirds of the aircraft’s structural weight—including its main body, wings, and tail fins—is in production at BAE Systems’ Lancashire facilities, utilizing advanced manufacturing techniques such as robotic assembly, 3D printing, and digital twins. This demonstrator aims to test and mature technologies critical for a future sixth-generation stealth fighter jet under the Global Combat Air Programme, emphasizing stealth capabilities, advanced design approaches, and streamlined production processes. Extensive simulator flights totaling over 300 hours have allowed engineers and test pilots from BAE Systems, Rolls-Royce, and the RAF to evaluate flight control systems and gather performance data ahead of the aircraft’s maiden flight. Collaborative efforts have also included high-speed ejection seat trials with Martin Baker and aerodynamic engine testing
roboticsdigital-manufacturingadvanced-materialsaerospace-engineeringstealth-technology3D-printingdigital-twinsRoboBusiness announces 2025 agenda
RoboBusiness 2025, scheduled for October 15-16 at the Santa Clara Convention Center, has unveiled its comprehensive conference agenda. Established in 2004, RoboBusiness is a leading event for commercial robotics developers and suppliers, produced by WTWH Media. The event will feature over 60 speakers, a startup workshop, a robotics startup competition, networking receptions, and more than 100 exhibitors showcasing cutting-edge robotics technologies and solutions. The conference will include six tracks, with new additions in physical AI and humanoids, an expanded field robotics track, and sessions on business development, enabling technologies, and design best practices. Notable companies participating include ABB, Amazon Robotics, NVIDIA, and Intuitive Surgical. Keynote presentations will highlight significant industry trends and innovations. NVIDIA’s Deepu Talla will open with a talk on “Physical AI,” emphasizing the integration of generative AI into robotics to enable adaptable, intelligent autonomy beyond traditional automation. Another session will focus on early commercial deployments of humanoid robots
roboticsAIhumanoid-robotsphysical-AIrobotics-conferenceedge-AIautomationEngineAI raises nearly $140M to develop legged, humanoid robots - The Robot Report
EngineAI, a Shenzhen-based robotics company, has raised nearly $140 million (RMB 1 billion) through its pre-A++ and A1 funding rounds to advance the development and commercialization of legged humanoid robots. The company plans to use the capital to scale trial production, expand its workforce fivefold, and diversify its product lines, focusing on bipedal and full humanoid robots. EngineAI’s technology combines proprietary joint modules that deliver high power, torque, and precision with a hybrid control system integrating traditional controls and reinforcement learning (RL), enabling lifelike, dynamic movements such as complex dances and sprinting with millimeter-level accuracy. EngineAI aims to penetrate the growing global humanoid robotics market, projected by various analysts to reach anywhere from $15 billion by 2030 to $5 trillion by 2050, driven by demand in manufacturing, logistics, and services. The company employs an “open-source hardware + ecosystem profit-sharing” model to accelerate market adoption through strategic partnerships with
roboticshumanoid-robotsreinforcement-learningAI-roboticsrobot-hardwarerobot-softwarerobotics-marketTesla is reportedly behind on its pledge to build 5,000 Optimus bots this year
Tesla is significantly behind its goal to produce at least 5,000 Optimus humanoid robots in 2025, having manufactured only a few hundred units by mid-year, according to two sources. This shortfall suggests Tesla will either need to accelerate production substantially or delay its target. The lag comes amid broader financial challenges for Tesla, including a reported decline in second-quarter earnings driven by falling electric vehicle sales, reduced regulatory credit income, and lower solar and energy storage revenues. Despite the current production delays, CEO Elon Musk reaffirmed Tesla’s long-term ambitions for the Optimus robot during the recent Q2 earnings call, announcing plans to begin production of the latest Optimus 3 model by early 2026. Musk expressed confidence in scaling production rapidly, aiming to reach one million units annually within five years. However, Musk’s history of optimistic timelines—such as previous unfulfilled projections about Tesla’s autonomous vehicle fleet—suggests that these targets may face similar challenges in realization.
roboticsTeslaOptimus-robothumanoid-robotsrobot-productionautomationrobotics-industryByteDance bites into robotics with AI helper that cleans kitchens, folds laundry
ByteDance, the parent company of TikTok, has developed an advanced robotic system designed to assist with household chores such as cleaning tables and hanging laundry. This system integrates the GR-3 model, a large-scale vision-language-action (VLA) AI that enables robots to understand natural language commands and perform dexterous tasks. Using a bimanual mobile robot called ByteMini, ByteDance demonstrated capabilities like hanging shirts on hangers, recognizing objects by size and spatial location, and completing complex tasks such as cleaning a dining table with a single prompt. Notably, the robot could handle items it was not explicitly trained on, showcasing adaptability beyond its training data. The GR-3 model was trained through a combination of large-scale image and text datasets, virtual reality human interactions, and imitation of real robot movements. ByteDance’s Seed department, established in 2023 to focus on AI and large language models, leads this robotics research. Despite ongoing geopolitical challenges—such as U.S. pressures on Byte
roboticsartificial-intelligencehousehold-robotsvision-language-action-modelByteDanceAI-assistantsmart-home-technology"Dark Factories" — Chinese Automakers Living Tesla's Dream - CleanTechnica
The article discusses the contrast between Tesla’s early struggles with factory automation and the current advancements made by Chinese automakers in this area. Tesla initially aimed to fully automate its Model 3 production line but faced significant challenges that delayed mass production. Ultimately, Tesla had to revert to manual labor to stabilize production, and while automation has since increased, Tesla’s factories are still not fully automated. In contrast, Chinese automakers, exemplified by the young company Zeekr (founded in 2021), have embraced extensive automation to the point of operating “dark factories”—highly automated facilities that can run with minimal human presence, even with the lights off. Zeekr’s welding workshop reportedly employs over 800 robots simultaneously, enabling near-complete lights-out production and an annual output capacity of around 300,000 vehicles. This reflects China’s leading position in deploying industrial robots at scale within the automotive industry, surpassing other countries in automation integration.
roboticsautomationmanufacturingelectric-vehiclesindustrial-robotsautomotive-industrysmart-factoriesRichtech Robotics' ADAM serves drinks at Kennedy Space Center - The Robot Report
Richtech Robotics Inc. showcased its semi-humanoid service robot, ADAM, at the Legacy of Launch 75th Anniversary event held at the Kennedy Space Center in Florida. The invitation-only event, organized by the U.S. Space Force Historical Foundation, celebrated 75 years of space exploration achievements. ADAM, equipped with two arms and powered by AI running on NVIDIA technology, serves drinks with milliliter-level accuracy by monitoring each cup in real time and adjusting pour parameters accordingly. The robot has already served over 16,000 drinks at venues such as Clouffee & Tea in Las Vegas and is designed to operate in hospitality environments where most tasks occur at counters, offering a stationary but recognizable humanoid form to enhance customer experience. Founded in 2016 and based in Las Vegas, Richtech Robotics develops collaborative robots for hospitality, healthcare, retail, and industrial sectors, with clients including Hilton, Sodexo, and Boyd Gaming. Besides ADAM, the company also offers Titan, a
roboticsservice-robotsAI-automationhumanoid-robotshospitality-technologyindustrial-robotsNVIDIA-AIRobotic neck surgery replaces heart valve without chest incision
Surgeons at the Cleveland Clinic have successfully performed the world’s first robotic aortic valve replacement (AVR) through a small neck incision, avoiding the traditional chest opening (sternotomy). Led by Dr. Marijan Koprivanac, this transcervical robotic approach offers a less-invasive alternative to conventional AVR, which typically requires opening the chest and results in longer, more painful recoveries. The technique uses robotic arms inserted via a small incision along a natural neck crease, allowing precise removal of the diseased valve and implantation of a prosthetic valve through four small incisions. Four patients underwent this procedure earlier in 2025, all experiencing low pain levels and rapid recovery, with some returning to physical activities within a week. Building on Dr. Koprivanac’s prior experience with transcervical thymectomy, the team refined the AVR technique through cadaver studies before clinical application. Initial cases showed an average cross-clamp time of about 140 minutes, with most patients discharged within
roboticsrobotic-surgerymedical-robotsminimally-invasive-surgeryhealthcare-technologyrobotic-assisted-surgerysurgical-innovationBonsai Robotics and farm-ng unite for intelligent farming solutions - The Robot Report
Bonsai Robotics Inc. has acquired farm-ng Inc., combining their expertise to advance intelligent farming solutions through artificial intelligence and robotics. Bonsai Robotics, based in San Jose, California, will integrate its autonomous AI technology with farm-ng’s customizable robotic hardware platform to create cost-effective, mixed-fleet solutions that enhance efficiency and reduce operational costs across various crops and farming environments. This strategic merger aims to make autonomy and AI accessible and easy to deploy on all farm equipment, whether retrofitted or newly built, ultimately shifting agriculture from traditional machinery (“iron”) to intelligent, software-driven systems. The two companies have a history of collaboration in vineyards, orchards, and bedded crops, demonstrating proven results and commercial momentum. Their combined strengths—Bonsai’s software capabilities and farm-ng’s innovative hardware—position them for rapid growth supported by active deployments and strong financial backing. Key objectives include developing a user-friendly app for managing agricultural fleets, adding intelligence to existing equipment, introducing new machinery form factors like smaller
roboticsagricultural-roboticsAIautonomous-farmingagtechintelligent-farmingrobotic-systemsChina'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-dexterity5 Tesla [TSLA] Q2 Numbers That Burn - CleanTechnica
Tesla’s Q2 2025 financial results reveal significant year-over-year declines across key metrics, highlighting a troubling continuation of a downward trend that began in 2024. Revenue dropped by 9.23% to $19.34 billion, net income plummeted 70.58% to $409 million (sustained only by regulatory credits), net profit margin fell 67.53% to 2.12%, earnings per share decreased 40% to $0.27, and EBITDA declined nearly 20% to $1.94 billion. These figures follow a poor Q1 and reflect ongoing challenges rather than a one-off setback, with Tesla’s financial health deteriorating over multiple quarters. Tesla attributes its struggles to a strategic pivot toward AI and robotics, anticipating future breakthroughs that will drive growth. However, critics argue this narrative has been repeated for years without delivering the promised financial uplift, viewing it as a distraction from core vehicle sales, which are under pressure amid increasing competition in
energyTeslaelectric-vehiclesAIroboticsfinancial-performanceEV-marketChina 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-technologyExperts support Massachusetts bill to ban weaponized robots
Massachusetts is considering legislation, S.1208, titled the “Act to ensure the responsible use of advanced robotic technologies,” aimed at regulating the ethical and safe use of robots statewide. Robotics experts, including representatives from MassRobotics, Boston Dynamics, and the Association for Uncrewed Vehicle Systems International, testified in support of the bill. The legislation would prohibit modifying, selling, or operating robots equipped with weapons and forbid using robots to threaten, restrain, or harass individuals. Exceptions are made for the U.S. Department of Defense, the Massachusetts National Guard, defense contractors under DOD contracts, and law enforcement under specific conditions such as bomb disposal or with judicial warrants for use on private property. The bill reflects growing concerns over the misuse of robotic technology, highlighted by incidents of weaponized robots appearing online. Boston Dynamics and other robotics companies have previously pledged not to weaponize their robots, underscoring industry support for ethical standards. The legislation also emphasizes the need for warrants when law enforcement uses
roboticsethical-roboticsweaponized-robotsMassachusetts-legislationBoston-Dynamicsrobotic-safetyadvanced-robotic-technologiesHow TRIC Robotics is reducing pesticide use on strawberries using UV light
TRIC Robotics, a startup based in San Luis Obispo, California, is addressing the heavy pesticide reliance in strawberry farming by deploying autonomous robots equipped with UV-C light technology to reduce chemical use. These tractor-sized robots can treat up to 100 acres overnight, using UV-C light to kill bacteria and pests, and vacuums to remove bug residue without damaging crops. Rather than selling the robots directly, TRIC offers them as a service, aligning with farmers’ existing pest control payment models. This approach was developed through close collaboration with farmers to ensure practical adoption. The company was founded by Adam Stager, who pivoted from developing 3D-printed robots for SWAT teams to agriculture in 2020, seeking to make a meaningful impact. Through a USDA program connecting innovators with uncommercialized technology, Stager discovered the UV light application that became central to TRIC’s solution. Starting with small-scale trials on farmers’ land in 2021, the company has since expanded to work
roboticsagriculture-technologyUV-C-lightpest-controlautonomous-robotssustainable-farmingpesticide-reductionSS Innovations completes intercontinental robotic cardiac telesurgery with SSi Mantra - The Robot Report
SS Innovations International announced a groundbreaking intercontinental robotic cardiac telesurgery performed on July 19, 2025. Dr. Sudhir Srivastava, CEO and Chairman, remotely operated the company’s SSi Mantra 3 surgical robotic system from Strasbourg, France, to conduct an atrial septal defect closure on a patient located 4,000 miles away at the Sri Aurobindo Institute of Medical Sciences (SAIMS) in Indore, India. The surgery, completed during the Society of Robotic Surgery (SRS) Annual Meeting, was executed without technical issues, demonstrating imperceptible latency and high precision. This achievement highlights the advanced capabilities of the SSi Mantra 3 system and represents a significant step toward expanding access to complex cardiac care globally, particularly in regions lacking surgical expertise. SS Innovations, based in Fort Lauderdale, Florida, has been advancing robotic telesurgery technology to make it more affordable and accessible worldwide. The company’s product line includes the SSi Mantra
roboticstelesurgerymedical-robotsrobotic-surgeryremote-surgerysurgical-technologyhealthcare-innovationRobot guard dogs help Asylon raise a $26M Series B
Philadelphia-based robotics company Asylon, founded in 2015 by three MIT graduates, specializes in robotic security-as-a-service (RaaS) that integrates modified Boston Dynamics robot dogs, called DroneDogs, with flying drones and proprietary Guardian command-and-control software. These robotic systems provide ground patrols and aerial surveillance, offering enhanced security coverage beyond stationary cameras. DroneDogs can perform tasks similar to real dogs, such as detecting gas leaks or hazardous chemicals. Asylon’s RaaS service costs approximately $100,000 to $150,000 annually, comparable to hiring human bodyguards. The company has raised about $45 million in total funding, including a recent $26 million Series B round, reflecting increased investor interest amid rising security concerns following high-profile incidents. Asylon’s founders—CEO Damon Henry, CTO Adam Mohamed, and COO Brent McLaughlin—initially worked as aerospace engineers before launching the startup inspired by Amazon’s drone delivery announcement. The company’s early breakthrough came in 2019
roboticsrobot-dogsdrone-technologysecurity-robotsrobotic-automationrobotics-startuprobotic-security-servicesInsect-inspired drones get AI brains to race through tight spaces
Researchers at Shanghai Jiao Tong University have developed an innovative AI-based system that enables drone swarms to navigate complex, cluttered environments at high speeds without expensive hardware or human control. Unlike traditional modular drone navigation systems that separate tasks like mapping and obstacle detection—often leading to slow reactions and accumulated errors—the team created a compact, end-to-end neural network using differentiable physics. This approach allows the system to learn flight control directly through simulation and backpropagation, significantly improving learning speed and real-world performance. The drones rely on ultra-low-resolution 12x16 pixel depth cameras, inspired by insect compound eyes, to make real-time navigation decisions, achieving speeds up to 20 meters per second and a 90% success rate in cluttered spaces, outperforming previous methods. A key advantage of this system is its low cost and efficiency: the neural network runs on a $21 development board without requiring a graphics processing unit, making large-scale swarm deployment more accessible. The AI was trained entirely in simulation
roboticsdrone-technologyswarm-intelligenceartificial-intelligenceautonomous-navigationAI-in-roboticslightweight-AI-systemsStratom 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-technologyARM Institute seeks developers for RoboticsCareer.org - The Robot Report
The ARM Institute, a Pittsburgh-based consortium funded by the U.S. Department of Defense and part of the Manufacturing USA network, is seeking developers to enhance RoboticsCareer.org, its national platform launched in 2021. RoboticsCareer.org serves as a comprehensive database connecting employers and job seekers with nearly 17,000 robotics training and education programs from over 2,400 providers across the U.S., aligned with the institute’s Robotics Competency Framework. Recent updates have improved employer features such as talent search automation, e-mail notifications, and endorsement badges for job seekers, based on input from more than 450 industry partners. The ARM Institute is now requesting proposals to develop an automated system to collect, validate, and maintain the extensive database, including program attributes like degree type and delivery format (online or hybrid). The system must support easy access for analytics and reporting. Proposals will be evaluated on technical approach, experience, accuracy, cost, scalability, and maintainability, with the ARM Institute retaining ownership of any
roboticsARM-InstituteRoboticsCareer.orgrobotics-trainingautomationmanufacturing-technologyworkforce-developmentMIT’s 3-in-1 training tool eases robot learning
MIT engineers have developed a novel three-in-one training interface that allows robots to learn new tasks through any of three common demonstration methods: remote control (teleoperation), physical manipulation (kinesthetic training), or by observing a human perform the task (natural teaching). This handheld, sensor-equipped tool can attach to many standard robotic arms, enabling users to teach robots in whichever way best suits the task or user preference. The interface was tested on a collaborative robotic arm by manufacturing experts performing typical factory tasks, demonstrating increased flexibility in robot training. This versatile demonstration interface aims to broaden the range of users who can effectively teach robots, potentially expanding robot adoption beyond manufacturing into areas like home care and healthcare. For example, one person could remotely train a robot to handle hazardous materials, another could physically guide the robot in packaging, and a third could demonstrate drawing a logo for the robot to mimic. The research, led by MIT’s Department of Aeronautics and Astronautics and CSAIL, was presented at the IEEE I
roboticsrobot-learninghuman-robot-interactioncollaborative-robotsrobot-training-toolsMIT-roboticsintelligent-robotsRobot 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-systemsThe search is on: Help us find the most promising robotics startups - The Robot Report
The Robot Report has launched the Robotics Startup Radar, a new program designed to spotlight promising early-stage robotics startups with innovative full systems, enabling technologies, or business models across any industry. The initiative aims to identify and showcase companies that could become influential players in the robotics sector in the coming years. Submissions for the inaugural 2025 list are open until August 29, 2025, and will be reviewed by the editorial team, though submission does not guarantee inclusion. Selected startups will gain significant exposure through digital promotional assets, press releases distributed to major newswires, and coverage on The Robot Report and Automated Warehouse websites, as well as WTWH Media’s social channels. This program offers robotics founders a valuable opportunity to attract attention from investors, engineers, and industry peers. For inquiries, Brianna Wessling, Associate Editor at WTWH Media, is the contact for the 2025 Robotics Startup Radar, while Courtney Nagle handles sponsorship information.
roboticsstartupsrobotics-industryautonomous-vehiclesrobotics-technologyrobotics-innovationrobotics-startupsUS scientists control humanoid robot in real time like black magic
Researchers at KIMLAB have developed PARPLE (Plug-and-Play Robotic Limb Environment), a modular platform that enables real-time control of robotic arms mimicking human arm movements. PARPLE integrates various robotic limbs ("followers") with diverse control devices ("leaders") such as gaming controllers, puppeteers, and VR interfaces. The system supports flexible configurations, allowing users to switch between joint-space control (one-to-one joint mapping) when leader and follower kinematics match, and task-space control (mapping end-effector poses) when they differ. It also provides real-time force feedback to enhance precision and user awareness, with intrinsic feedback helping maintain comfortable device positions and extrinsic feedback signaling physical constraints or obstacles encountered by the robotic limb. At the core of PARPLE is PAPRAS, a modular robotic arm that can be mounted and reconfigured without altering the control setup, facilitating testing across different robot forms. The leader devices are pluggable and share mounting interfaces with PAPRAS, enabling easy interchangeability and
roboticshumanoid-robotteleoperationmodular-robotic-armsreal-time-controlVR-interfacesrobotic-limbsSwarmable autonomous munitions to bolster warfighter operations
L3Harris, a Melbourne-based defense company, has developed autonomous swarmable munitions called Red Wolf and Green Wolf, designed to enhance warfighter operations across air, ground, and maritime platforms. These multi-role vehicles offer cost-effective strike capabilities and accurate electronic warfare solutions, addressing the U.S. Department of Defense’s urgent demand for advanced, affordable munitions usable across multiple domains. The systems feature advanced onboard software enabling autonomous coordination, swarming, dynamic re-targeting, and in-flight mission updates, making them adaptable to various tactical environments. Both platforms can be recovered and reused, providing logistical and cost advantages. The Red Wolf and Green Wolf vehicles can fly at least 200 nautical miles, significantly farther than current precision air-to-ground munitions, and are priced five to six times lower than existing Naval Strike missiles. L3Harris has completed over 40 test flights, including high-altitude launches, and plans to produce dozens of these systems by the end of 2025
roboticsautonomous-systemsmilitary-technologyswarm-roboticsdefense-technologyunmanned-vehiclesautonomous-munitions'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-roboticsChina mirrors US' alien ship-like surveillance drone design
China has unveiled a new tail-sitter drone developed by the Chengdu Aircraft Industry Group (CAIG), a subsidiary of the Aviation Industry Corporation of China (AVIC). This drone, showcased during a disaster response exercise in Sichuan province, features vertical takeoff and landing capabilities similar to the US military’s V-BAT drone, which it closely resembles in size and design. Powered by a single ducted fan engine, the drone can launch like a rocket, transition to horizontal flight, and land on its tail, enabling operations in rugged or remote areas without the need for runways. Its modular payload system supports various reconnaissance tools, including cameras and sensors, and can be adapted for different missions such as disaster relief. The drone is integrated with CAIG’s Wenyao control system, which employs artificial intelligence to automate flight planning, obstacle avoidance, and swarm coordination. This system allows for autonomous control of multiple drones simultaneously, facilitating drone swarming without human intervention. AVIC highlights the UAV’s affordability,
dronesurveillanceautonomous-systemsartificial-intelligenceroboticsUAVdisaster-responseLoomia Smart Skin Developer Kit to help give humanoid robots a sense of touch - The Robot Report
The Loomia Smart Skin Developer Kit is a new product designed to help roboticists incorporate flexible tactile sensing into humanoid robots and other automation systems. Recognizing that most robots lack the ability to sense touch, Loomia developed this kit after extensive interviews with over 100 engineers across industrial automation, medical devices, and robotics sectors through the National Science Foundation’s I-Corps program. Loomia’s founder, Maddy Maxey, highlighted that pressure sensing is a critical missing component in robotic hands and grippers, with no robust, flexible, plug-and-play solutions previously available. Founded in 2014, Loomia specializes in patented soft circuit systems that enable sensing, heating, and lighting in environments unsuitable for traditional printed circuit boards, and has deployed its technology in automotive, industrial, and robotics applications. The company’s flexible tactile sensors, first developed in 2018, have been shipped in over 1,000 units to enterprise clients for custom prototyping. Loomia identified key challenges faced by robotics
roboticstactile-sensorshumanoid-robotsflexible-electronicssoft-circuitsindustrial-automationsensor-technologyUS firm's 'tow truck for space' inspired by gecko feet tested on ISS
US-based company Kall Morris Inc. has developed a novel robotic arm system called Responsive Engaging Arms for Captive Care and Handling (REACCH), inspired by the adhesive properties of gecko feet and the dexterity of octopus limbs. This technology enables the robotic arms to selectively grasp and manipulate space objects without requiring docking ports or attachment points, significantly enhancing satellite servicing capabilities. During a recent mission aboard the International Space Station (ISS), a four-arm version of REACCH successfully completed 172 capture cycles before returning to Earth via a SpaceX Dragon capsule. The company plans to deploy a full-sized eight-arm system commercially by 2027. The REACCH system can handle objects ranging from about 250 mm in diameter (roughly the size of a basketball) up to approximately 6.5 meters, allowing it to service a wide variety of satellites and potentially capture space debris. By enabling non-destructive and reversible capture of unprepared objects, this technology could facilitate satellite maintenance, orbit
roboticsspace-technologysatellite-servicingrobotic-armbiomimicryspace-debris-removalISS-experimentsBedrock Robotics brings in $80M for construction retrofit kits - The Robot Report
Bedrock Robotics, a San Francisco-based startup founded in 2024 by former Waymo leaders and a Segment veteran, has emerged from stealth with $80 million in seed and Series A funding to develop autonomous retrofit kits for the construction industry. Instead of selling new machinery, Bedrock upgrades existing heavy equipment fleets with reversible hardware and software installations that enable fully autonomous operations. Their system, the Bedrock Operator, integrates high-definition cameras, lidar, GPS, and IMU sensors to provide survey-grade localization and expert machine capabilities, aiming to improve safety, accelerate project timelines, and increase profitability. The company already has active deployments on excavators at construction sites in Arizona, Texas, and Arkansas. The startup addresses critical challenges in the construction sector, including a severe labor shortage—500,000 workers short in the U.S.—and an aging workforce with 40% expected to retire within a decade. With U.S. manufacturing investment rising sharply amid reindustrialization efforts, Bedrock’s automation technology seeks to bridge
roboticsautonomous-systemsconstruction-automationheavy-equipment-retrofitBedrock-Roboticsindustrial-automationconstruction-technologyChinese robot moonwalks straight into the floor in a hilarious fight
The article highlights a recent event in Hangzhou, China, where two humanoid robots engaged in a boxing match at the ZheBA sports event, showcasing impressive human-like movements such as punches, kicks, and a 360-degree spin. Despite their agility, one robot humorously tripped and fell, eliciting laughter from the audience before recovering and standing up again. This incident underscores both the progress and current limitations of humanoid robotics, which are rapidly advancing in China but still prone to occasional mishaps. Beyond this event, the article notes other milestones in Chinese robotics, including a robot-only football tournament called RoBoLeague and a humanoid robot named Shuang Shuang participating in a graduation ceremony with lifelike gestures. While these developments demonstrate significant technological progress and potential benefits for human life, the article also cautions about challenges and risks, citing incidents where humanoid robots posed dangers or behaved unpredictably, requiring intervention. Overall, the piece emphasizes that as robotics innovation accelerates, balancing excitement with
roboticshumanoid-robotsChina-roboticsrobot-boxingrobotics-innovationrobot-technologyrobotics-developmentBreakthrough sensory tech helps robots think like humans when touched
KAIST researchers have developed a neuromorphic semiconductor-based artificial sensory nervous system that enables robots to distinguish between safe and dangerous stimuli, mimicking human-like sensory processing. This system uses a novel memristor device with an internal layer that changes conductivity in opposing directions, allowing it to replicate complex biological functions such as habituation (dampening response to repeated non-threatening stimuli) and sensitization (heightened response to important or harmful stimuli). Unlike prior approaches requiring complex software or circuitry, this hardware-based solution operates efficiently without additional processors, supporting miniaturization and low power consumption. To demonstrate the technology, the team integrated the sensory system into a robotic hand that initially reacted strongly to unfamiliar touches but gradually ignored repeated safe touches, showing habituation. When a touch was paired with an electric shock, the system rapidly increased its responsiveness, exhibiting sensitization akin to pain recognition. This breakthrough suggests potential applications in ultra-small robots, military robots, and robotic prosthetics, enabling smarter, energy-efficient robots that respond
roboticsartificial-intelligenceneuromorphic-engineeringmemristor-technologysensory-systemsrobotic-prostheticsenergy-efficient-roboticsCohesive Robotics releases Smart Welding Robotic Workcell - The Robot Report
Cohesive Robotics Inc. has launched the Smart Welding Robotic Workcell, an AI-driven automation solution aimed at enhancing manufacturing productivity by addressing fabrication bottlenecks, improving accuracy, and increasing production capacity. The workcell leverages the company's proprietary Argus OS software, which uses 3D scanning and artificial intelligence to automatically identify parts and program industrial and collaborative robots for various welding processes—including MIG, TIG, and laser welding—without the need for traditional programming or manual guidance. This system simplifies fixturing, supports batch processing of different part SKUs, and integrates collision checking and motion planning to optimize welding tasks. Designed for high-mix, high-variability production environments, the Smart Welding Robotic Workcell features automatic vision-based detection for weld joints, compatibility with both ferrous and non-ferrous metals, and a submillimeter-accurate 3D camera. It also includes an intuitive human-machine interface (HMI) mobile station for ease of operation. Cohesive
roboticssmart-weldingindustrial-robotsAI-automationmanufacturing-technologyrobotic-workcellwelding-technologyJapanese automotive industry hits five year high in automation - The Robot Report
The Japanese automotive industry installed approximately 13,000 industrial robots in 2024, marking an 11% increase from the previous year and reaching the highest level since 2020, according to the International Federation of Robotics (IFR). Japan remains a global leader in robot manufacturing, producing 38% of the world’s robots, and its automotive sector ranks fourth worldwide in robot density with 1,531 robots per 10,000 employees in 2023. This density surpasses that of the United States and Germany, trailing only Slovenia, South Korea, and Switzerland. The industry is currently restructuring to accommodate alternative powertrains, including battery electric, fuel cell electric vehicles, and hydrogen-fueled combustion engines, necessitating advanced production technologies. Automotive manufacturers account for about a quarter of Japan’s annual robot installations, second only to the electrical and electronics sector. Globally, automotive industries continue to invest heavily in automation. Europe installed 23,000 industrial robots in 2024, its
roboticsindustrial-robotsautomotive-automationJapan-automotive-industryfactory-automationelectric-vehicleshydrogen-fuel-cellsElephant robot mimics muscle and bone with foam lattice design
Engineers at EPFL have developed a groundbreaking programmable foam lattice that combines softness and rigidity to mimic the musculoskeletal system of animals, enabling robots to bend, twist, and bear weight with unprecedented precision. This innovation was demonstrated through an elephant-inspired robot featuring a soft, twisting trunk and jointed limbs with varying stiffness, achieved by using two main types of foam cells—body-centered cubic (BCC) and X-cube—that can be blended continuously across the robot’s structure. This design allows smooth transitions between flexible and rigid areas, similar to how muscles transition into tendons and bones in animals. The programmable foam lattice offers immense configurational flexibility, with millions of possible geometric combinations by rotating, shifting, or superimposing individual foam cells. This capability enabled the creation of diverse joint types in the elephant robot, such as sliding, bending, and biaxial joints, facilitating lifelike movements like trunk twisting and leg articulation. Beyond locomotion, the lattice’s high strength-to-weight ratio and open foam structure
roboticssoft-roboticsprogrammable-foam3D-printingbiomimicrylattice-structuresmusculoskeletal-systemTesla 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-vehiclesEx-Waymo engineers launch Bedrock Robotics with $80M to automate construction
Bedrock Robotics, a startup founded by former Waymo and Segment engineers, has emerged publicly after more than a year of quiet development, announcing an $80 million funding round led by Eclipse and 8VC. The company is developing a retrofit self-driving kit designed to automate construction and other worksite vehicles by upgrading existing fleets with sensors, computing power, and AI that can understand project goals, adapt to changing conditions, and operate continuously. The leadership team includes CEO Stefan Sofman, known for his previous roles at Waymo’s self-driving trucks program and as co-founder of Anki Robotics, alongside CTO Kevin Petersen and VPs Ajay Gummalla and Tom Eliaz. Bedrock Robotics joins a growing field of startups applying autonomous vehicle technology to off-road environments such as construction, mining, and industrial sites. The company is currently testing its technology in multiple states—Arkansas, Arizona, Texas, and California—with five construction firms including Sundt Construction and Zachry Construction Corporation. This move reflects a
roboticsautonomous-vehiclesconstruction-automationself-driving-technologyAI-in-constructionoff-road-autonomyrobotics-startupsAfter Intel exit, RealSense maps its own future in 3D vision
RealSense, a company specializing in 3D depth cameras for robotics, has officially spun out from Intel Corp. as an independent entity, backed by $50 million in funding from Intel Capital and MediaTek Innovation Fund. This move follows a period of uncertainty after Intel initially announced winding down RealSense in 2021 but later reversed course. The new RealSense company has 130 employees, mostly former Intel staff who received stock options to incentivize retention and attract talent. CEO Nadav Orbach, a long-time Intel veteran, positions RealSense as a nimble startup focused on providing advanced vision tools that enable robots to better understand and navigate their environments. RealSense’s technology is already embedded in thousands of robots, including autonomous mobile robots (AMRs), robot arms, and humanoids, with a customer base exceeding 3,000 and partnerships covering 60% of AMR and humanoid developers. The company is intensifying its focus on software, particularly in visual SLAM for navigation and
robotics3D-visiondepth-camerasautonomous-mobile-robotsvisual-SLAMedge-AIRealSenseUnveiling the Tree of Robots: A new taxonomy for understanding robotic diversity - The Robot Report
Researchers at the Munich Institute of Robotics and Machine Intelligence (MIRMI) at the Technical University of Munich (TUM) have developed the “Tree of Robots,” a novel taxonomy and evaluation scheme designed to measure and compare the sensitivity of autonomous robots. Sensitivity, which is critical for safe and flexible human-robot interaction, previously lacked a standardized assessment method. This new framework enables the categorization of various robotic systems—including industrial robots, cobots, soft robots, and tactile robots—based on 25 specific measurements related to physical contact sensitivity, such as force alignment and safety in human interaction. The resulting spider diagrams provide an accessible visual summary of a robot’s sensitivity performance, facilitating better understanding and comparison even for non-experts. The Tree of Robots draws inspiration from Darwin’s Tree of Life, illustrating the diversity and specialization of robotic “species” according to their design and operational environments. By analyzing single-armed robots from different manufacturers, the researchers identified distinct capabilities related to sensors, motors, and control
roboticsrobotic-manipulatorsrobot-sensitivityhuman-robot-interactionindustrial-robotsautonomous-robotsrobotic-taxonomyAn 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-soccerTackling the 3D Simulation League: an interview with Klaus Dorer and Stefan Glaser - Robohub
The RoboCup Soccer 3D Simulation League is a competition where teams control simulated Nao robots in an 11 versus 11 soccer match, with detailed motor-level control mimicking real robots. Unlike the 2D Simulation League, which focuses on simplified physics and team strategy, the 3D League aims for a more realistic robotic simulation. Currently, the league uses SimSpark, a simulator developed in the early 2000s that balances physical realism with the computational limitations of its time. However, SimSpark has limitations such as complexity, custom robot models, and communication protocols that hinder wider adoption and make it difficult to translate simulations to real robots. To address these issues, Stefan Glaser has been developing a new simulator based on the MuJoCo physics engine, which has recently become popular in machine learning communities due to its open-source availability and standardized model specifications. MuJoCo supports dynamic manipulation of the simulation environment, a key feature needed for RoboCup’s setup where agents join and form teams
roboticsrobot-simulationRoboCup3D-simulationNao-robotsrobot-controlrobotics-competitionHarvard swarm robots curl and crawl like entangled living worms
Harvard researchers led by Justin Werfel at the John A. Paulson School of Engineering and Applied Sciences have developed a novel swarm robotic system inspired by the behavior of California blackworms (Lumbriculus variegatus). These freshwater worms naturally form tightly entangled blobs that enable them to regulate temperature, protect against predators, and move cohesively. Mimicking this, the team created flexible, worm-like robots about a foot long, made from synthetic polymers with pressurized internal air chambers that allow them to curl and physically entangle with one another. This entanglement not only provides cohesion but also serves as a potential channel for mechanical communication and coordination among the robots. The entangled robotic swarm can move collectively over land and water, achieving tasks beyond the capability of individual units. The researchers aim to harness these emergent group dynamics for practical applications such as disaster zone exploration, navigation of irregular terrains, and manipulation of large objects. While current robots are individually powered and tethered, future iterations are planned
roboticsswarm-roboticssoft-robotsbiomimicryautonomous-robotsrobotic-materialsHarvard-SEASmaxon Group acquires minority stake in Synapticon
The maxon Group, a Swiss leader in high-precision drive systems, has acquired a minority stake in Germany-based Synapticon, a provider of intelligent motion control solutions with integrated safety functions. While financial details were not disclosed, the collaboration aims to jointly develop high-performance drive solutions that integrate functional safety by combining components from both companies. This partnership allows maxon to expand its expertise in highly integrated drive systems and offer more powerful and safer solutions to customers, particularly in fast-growing sectors such as robotics, medical technology, intralogistics, and industrial automation. Synapticon’s “software-first” approach focuses on compact, intelligent motion control technologies used in robotic arms, autonomous transport, and complex industrial machinery. The collaboration enables efficient development of existing products and alignment with new applications, addressing increasing functional safety requirements in high-tech industries. Both companies view the partnership as strategically important, with Synapticon’s CEO emphasizing the significant market opportunities and potential to advance motion control technology. Additionally, Synapticon’s CEO
roboticsmotion-controldrive-systemsfunctional-safetyindustrial-automationrobotic-armsautonomous-transport-systemsUS 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-motorsZimmer Biomet to acquire Monogram Technologies for $177M - The Robot Report
Zimmer Biomet Holdings, a global medical technology company, announced its acquisition of Monogram Technologies, an orthopedic robotics firm, for $177 million. Monogram specializes in combining 3D printing, advanced machine vision, AI, and next-generation robotics, with a focus on semi- and fully autonomous robotic technologies for total knee arthroplasty (TKA). Their CT-based, AI-navigated mBôs system received FDA clearance in March 2025 and is expected to be commercialized with Zimmer Biomet implants by early 2027. Monogram is also developing a fully autonomous version of this technology, which aims to improve safety, efficiency, and surgical outcomes. The acquisition will integrate Monogram’s technology into Zimmer Biomet’s existing ROSA platform, which currently supports multiple orthopedic applications including knee and shoulder replacements. Zimmer Biomet expects this deal to enhance its surgical robotics portfolio by adding advanced semi- and fully autonomous capabilities, thereby broadening its product range and increasing market share, particularly in
roboticssurgical-roboticsAIorthopedic-surgeryautonomous-robotsmedical-technologyZimmer-BiometNew 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-robotHugging 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-PiPharm Robotics advances automated dairy cow healthcare - The Robot Report
Pharm Robotics is advancing automated healthcare for dairy cows through its robotic system, Sureshot, which automates the delivery of pharmaceuticals such as vaccines and reproductive products as cows enter the milking parlor. Utilizing RFID scanners, the system identifies each cow, retrieves its medical history, and autonomously administers individualized treatments via industrial robot arms. This automation reduces manual labor, ensures consistent treatment compliance, and automatically records inoculations in dairy management software linked to each cow’s RFID tag. Real-time alerts notify dairy managers of any errors, facilitating prompt intervention. Recent updates to Sureshot include the integration of a low-cost 3D vision system for precise injection site identification and the adoption of the FANUC CRX-20 collaborative robot, which enhances safety with sensor-based shot confirmation. A new machine learning-powered software stack accelerates shot-site acquisition, and injection tooling has been adapted to the updated hardware and software. These advancements have enabled fully automated simulated injections on model cows, marking significant progress toward full automation
roboticsautomationdairy-farmingRFID-technologymachine-learningcollaborative-robotsanimal-healthcareApera AI updates Apera Forge design and AI training studio - The Robot Report
Apera AI Inc. has released an updated version of Apera Forge, its web-based, no-code design and AI training studio aimed at simplifying 4D vision-guided robotic projects. The latest update enhances advanced robotic cell design capabilities, supports end-of-arm-tooling (EOAT)-mounted camera configurations, and introduces full simulation and AI training for de-racking applications. These improvements enable users to simulate and validate complex robotic environments—including robot, gripper, camera, part geometry, and cell layout—within minutes, significantly reducing development time from weeks or months to hours. Trained AI models developed in Forge reportedly achieve over 99.9% reliability in object recognition and task execution, with complete vision programs ready for deployment within 24 to 48 hours. Key new features include greater flexibility in cell design, allowing arbitrary positioning of cameras and bins, integration of reference CAD files for accurate visualization, and an Obstacle Autopilot for improved robot navigation and collision avoidance. The platform now supports EO
roboticsAI-trainingvision-guided-robotsrobotic-simulationindustrial-automationend-of-arm-toolingrobot-navigationBlackBerry QNX is optimistic on robotic surgery but says autonomy isn't here yet - The Robot Report
BlackBerry QNX, known for its critical embedded systems and real-time operating system (QNX OS 8.0), recently released the Age of the Robot study, revealing strong global tech leader trust in robotics, with 77% trusting robots for essential workplace functions and 71% of organizations using or planning to use robotics soon. Jim Hirsch, QNX’s VP for North American and EMEA embedded markets, highlighted the company’s significant role in medical devices, especially in functionally safe robotic systems critical for applications like robotic telesurgery. He emphasized the necessity of real-time responsiveness and safety standards in surgical robotics, noting recent advances such as a successful remote surgery performed between Orlando, Florida, and Angola. Despite progress in robot-assisted surgeries, Hirsch stressed that fully autonomous, AI-driven surgical robots remain years away, drawing parallels to the gradual development of autonomous vehicles that still require human oversight. He underscored that current surgical robots need a human physician responsible for the procedure, and full autonomy in surgery will
roboticssurgical-roboticsautonomous-surgeryreal-time-operating-systemBlackBerry-QNXmedical-devicesrobotic-telesurgeryTrends in supply chain robotics with John Santagate of infios
Episode 203 of The Robot Report Podcast features John Santagate, senior vice president of global robotics at Infios, who discusses key trends in supply chain robotics. Santagate highlights Infios’s recent rebranding from Körber Supply Chain Software and emphasizes the growing impact of automation and AI in warehousing. He shares insights from recent trade shows and addresses challenges such as tariffs affecting the industry. While acknowledging the potential of humanoid robots, Santagate believes the market is not yet ready for them and that these robots need to find clear, practical purposes within supply chain operations. He also stresses the importance of adapting to evolving technology and market conditions in supply chain management. The episode also covers broader industry news, including the bankruptcy filing and layoffs at Attabotics, a Calgary-based automated storage and retrieval systems (ASRS) company, which despite raising over $194 million and generating $50 million in revenue last year, faced significant losses. Additionally, Interact Analysis has downgraded its 2025 mobile robot
roboticssupply-chain-automationwarehouse-robotshumanoid-robotsAI-in-roboticsmobile-robotsrobotics-industry-trendsTRI: pretrained large behavior models accelerate robot learning
The Toyota Research Institute (TRI) has advanced the development of Large Behavior Models (LBMs) to accelerate robot learning, demonstrating that a single pretrained LBM can learn hundreds of tasks and acquire new skills using 80% less training data. LBMs are trained on large, diverse datasets of robot manipulation, enabling general-purpose robots to perform complex, long-horizon behaviors such as installing a bike rotor. TRI’s study involved training diffusion-based LBMs on nearly 1,700 hours of robot data and conducting thousands of real-world and simulation rollouts, revealing that LBMs consistently outperform policies trained from scratch, require 3-5 times less data for new tasks, and improve steadily as more pretraining data is added. TRI’s LBMs use a diffusion transformer architecture with multimodal vision-language encoders and a transformer denoising head, processing inputs from wrist and scene cameras, proprioception, and language prompts to predict short action sequences. The training data combines real-world teleoperation data,
roboticslarge-behavior-modelsrobot-learningpretrained-modelsToyota-Research-Instituteautonomous-robotsembodied-AIHumanoids, 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 on AI hardware featuring Raquel Urtasun, founder and CEO of Waabi, and Jeff Cardenas, co-founder and CEO of Apptronik. These industry pioneers will discuss the evolving landscape of AI hardware, emphasizing its critical role in enabling advanced applications in humanoid robotics and autonomous vehicles. The session promises live demonstrations and in-depth technical insights into how AI hardware facilitates the transition from simulation and conceptual models to real-world deployment of embodied intelligence. Jeff Cardenas leads Apptronik in creating practical, human-centered humanoid robots through strategic partnerships with companies like Google DeepMind, NVIDIA, and Mercedes-Benz, aiming to make robotics commercially viable and safe for human collaboration. Meanwhile, Raquel Urtasun is advancing autonomous vehicle
roboticshumanoid-robotsautonomous-vehiclesAI-hardwaresimulation-technologyembodied-intelligenceautonomous-systemsRealSense spins out of Intel to scale its stereoscopic imaging technology
RealSense, a stereoscopic imaging technology company, has spun out of Intel after 14 years of development within the semiconductor giant. Led by CEO Nadav Orbach, who has been with Intel since 2006 and transitioned to managing RealSense’s innovation efforts, the company focuses on real-time, high-accuracy 3D perception technology. Initially exploring various applications such as gesture recognition for computers and phones, RealSense found its primary market in robotics, while also serving diverse industries including fish farming and AI-driven restaurant inventory management. The company currently serves over 3,000 customers and has experienced increased demand in recent years, driven by advancements in AI. The decision to spin out was motivated by the need to scale more effectively and meet growing market demand. RealSense secured approval for the spinout last year and has raised $50 million in a Series A funding round led by Intel Capital and other strategic investors. The new capital will be used to expand the go-to-market team and enhance the technology,
robotics3D-perceptionstereoscopic-imagingRealSenseAI-technologyrobotics-safetyIntel-spinoutWorld’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-dogFlipping Robot Senses and Movement On Its Head
The article discusses the AgiBot X2-N, a humanoid robot notable for its lack of cameras or visual sensors, challenging conventional robotic design that relies heavily on visual input. Despite having no "eyes," the AgiBot X2-N can navigate complex terrains such as steps and slopes with precise balance and movement. This capability is achieved through advanced internal sensing and control mechanisms that allow the robot to maintain stability and adapt to its environment without relying on vision. This innovative approach to robotic sensing and locomotion could significantly impact the field of robotics by demonstrating that visual input is not always necessary for effective movement and navigation. The AgiBot X2-N's design may lead to more robust and versatile robots capable of operating in environments where cameras and visual sensors are limited or ineffective, such as in low-light or visually obstructed conditions. Overall, the robot represents a shift in how sensory data is utilized in robotics, potentially broadening the applications and reliability of humanoid robots.
roboticshumanoid-robotsensor-technologyrobot-movementAgiBot-X2-Nrobotics-innovationautonomous-robotsGFT Technologies and NEURA Robotics partner to build software for physical AI - The Robot Report
NEURA Robotics has partnered with GFT Technologies SE to develop a software platform aimed at advancing physical AI, which integrates robotics with artificial intelligence. GFT, a global digital transformation company with expertise in AI, data, and high-performance architecture, is entering the robotics sector through this collaboration. The partnership leverages GFT’s experience in AI software and complex regulated industries to bridge the gap between AI insights and physical robotic actions, supporting the development of smarter, autonomous machines. NEURA Robotics, based in Metzingen, Germany, specializes in cognitive robotics that enable machines to learn, adapt, and operate autonomously in real-world environments. The company has developed collaborative robot arms and mobile manipulators and recently launched new robots alongside its Neuraverse ecosystem. This collaboration with GFT aligns with NEURA’s vision to bring cognitive robotics into practical applications, exemplified by its recent partnership with HD Hyundai on shipbuilding robots. Together, they aim to pioneer a new era of intelligent machines powered by advanced software and AI capabilities
roboticsartificial-intelligencephysical-AIcognitive-roboticssoftware-platformautonomous-machinesindustrial-robotsDiligent Robotics hires two notable Cruise alumni to its leadership team
Diligent Robotics, an Austin-based startup specializing in humanoid robots for healthcare settings, has strengthened its leadership team by hiring two former Cruise executives: Rashed Haq as chief technology officer and Todd Brugger as chief operating officer. Both bring extensive experience from Cruise, where Haq led AI and robotics efforts and Brugger served as COO. The company, co-founded by Andrea Thomaz and Vivian Chu in 2017, has deployed around 100 Moxi robots across more than 25 healthcare networks, assisting with non-patient-facing tasks in hospitals and pharmacies. Thomaz emphasized that these hires come at a pivotal moment as Diligent prepares to scale operations after a period of refining operational efficiencies. Haq and Brugger see Diligent as a natural progression from their work at Cruise, noting similarities between autonomous vehicles and mobile robots. Haq highlighted the “stickiness” of Diligent’s robots, which are integrated into daily workflows rather than generating transient “vibe revenue.” Brug
roboticshumanoid-robotshealthcare-robotsAI-in-roboticsautonomous-systemsrobotics-leadershiprobot-deploymentNimble moves to cloud-based PTC development tools for logistics robots - The Robot Report
Nimble, a developer of AI-powered logistics robots designed for picking, packing, and handling warehouse items, is transitioning from legacy file-based design and management tools to cloud-native platforms provided by PTC Inc. Specifically, Nimble is adopting PTC’s Onshape CAD and PDM platform alongside the Arena PLM and QMS system to enhance collaboration, reduce latency, and improve reliability across its teams. This shift to connected, cloud-native development tools was made swiftly—within 60 days of evaluation—and is aimed at supporting Nimble’s scaling efforts in manufacturing and R&D for its advanced mobile manipulator robots. PTC highlights that Onshape and Arena facilitate digital transformation by enabling more agile, collaborative workflows and efficient scaling, replacing traditional file-based systems with integrated cloud solutions. Onshape offers capabilities such as CAD, simulation, and built-in product data management accessible from any web-connected device, while Arena centralizes product information and processes to accelerate product development and introduction. Founded in 2017, Nim
roboticslogistics-robotscloud-computingAI-robotswarehouse-automationPTC-Onshapeproduct-lifecycle-managementHumanoid 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-robotsCobionix ready to expand with $3M for healthcare robotics - The Robot Report
Cobionix, a healthcare robotics company based in Kitchener, Ontario, has secured $3 million in strategic funding to commercialize CODI, its adaptable robotic platform designed to enhance healthcare delivery through automation and AI. CODI is a configurable, medical-collaborative robot capable of performing various patient-facing tasks, including diagnostic ultrasound procedures. Unlike traditional robots that require extensive hardware changes for different clinical uses, CODI can quickly adapt to new tasks via simple tool swaps and over-the-air software updates. Currently capable of teleoperated ultrasound, Cobionix is focusing on developing fully autonomous ultrasound functionality to improve access to medical imaging, particularly for patients in rural areas lacking nearby ultrasound facilities. Cobionix plans to launch CODI commercially in the U.K. by the end of 2024, followed by Canada in early 2026 and the U.S. by mid-2026. The U.K. market was chosen first due to its relatively low regulatory barriers for ultrasound applications. The technology
roboticshealthcare-roboticsautonomous-systemsmedical-roboticsrobotic-platformultrasound-technologyhealthcare-automationAugmentus raises Series A+ funding to reduce robot programming complexity - The Robot Report
Augmentus, a company focused on simplifying robot programming, has raised SGD 11 million (approximately USD 11 million) in a Series A+ funding round to accelerate the deployment of its autonomous surface finishing and material removal solutions across the region. The company aims to use the funds to advance research and development in AI-driven, hyper-adaptive robotics capable of perceiving and responding in real-time to variations in chaotic, high-mix manufacturing environments. Augmentus offers an intelligent no-code robotics platform that integrates 3D scanning, automatic toolpath generation, and adaptive motion control, enabling manufacturers to automate complex industrial tasks without the need for manual coding or robotics expertise. Augmentus’ technology includes validated 3D scanning hardware optimized for different part sizes and precision requirements, such as structured-light sensors for smaller components and laser line profilers for larger, high-precision workpieces like aerospace parts. Their Scan-to-Path technology can generate robot programs within minutes, significantly reducing downtime and reliance on skilled programmers
roboticsautomationartificial-intelligence3D-scanningmanufacturingadaptive-roboticsindustrial-robotsJAXA tests PickNik's MoveIt Pro software in multi-armed robotic system for the ISS - The Robot Report
PickNik Robotics partnered with the Japan Aerospace Exploration Agency (JAXA) to test MoveIt Pro software as the planning and control backbone for JAXA’s multi-armed robotic system under the Payload Organization and Transportation Robotic System (PORTRS) initiative. The goal was to demonstrate a complex robotic system capable of performing manipulation tasks in microgravity aboard the International Space Station (ISS), such as crawling, payload swapping, and handling flexible cargo transfer bags. These tasks, often routine maintenance or cargo handling, are time-consuming for astronauts whose time is extremely costly—up to $200,000 per hour—highlighting the significant return on investment in robotic assistance to augment astronauts and free them for higher-value activities. JAXA’s robot features four arms and a reconfigurable base that can stabilize itself by grabbing onto surfaces like ISS rails, enabling it to crawl like a spider in zero gravity. Unlike terrestrial robots, which account for gravity in their control systems, the zero-gravity environment required Pick
roboticsspace-roboticsJAXAMoveIt-Promulti-armed-robotISS-automationrobotic-manipulationHugging Face opens up orders for its Reachy Mini desktop robots
Hugging Face has opened orders for its Reachy Mini desktop robots, targeting AI developers interested in building and testing robotics applications. The company offers two versions: the Reachy Mini Wireless, priced at $449 and running on a Raspberry Pi 5, and the Reachy Mini Lite, a more affordable $299 model that requires an external computing source. These open-source robots come as kits for users to assemble themselves and feature programmable Python interfaces, two eye screens, and antennas. They integrate with Hugging Face’s open-source machine learning platform, providing access to over 1.7 million AI models and 400,000 datasets. The decision to launch two versions was influenced by user feedback, including a tester’s young child who wanted a portable robot, prompting the wireless model. Hugging Face emphasizes community-driven development, encouraging users to create, modify, and share custom features and applications. The Reachy Mini Lite is expected to ship next month, with the wireless version following later in the year.
roboticsopen-source-roboticsAI-developmentdesktop-robotsprogrammable-robotsReachy-MiniHugging-FaceMendaera earns FDA clearance for Focalist handheld robotic system - The Robot Report
Mendaera Inc., based in San Mateo, California, has received FDA 510(k) clearance for its Focalist handheld robotic system, designed to improve the precision and ease of ultrasound-guided needle placement across various medical specialties. This technology aims to address the challenges of needle-based interventions—such as organ access, biopsies, and vascular access—that require high operator skill and experience, which can vary widely and affect patient outcomes. Focalist integrates handheld control, real-time ultrasound imaging, touchscreen targeting, robotic needle positioning, and continuous needle depth tracking to enable consistent, minimally invasive procedures. The company, backed by prominent investors and having raised $73 million in Series B funding led by Threshold Ventures, is positioning Focalist as a new category of handheld robotics to make precision surgery more accessible and efficient. Initial commercialization efforts will focus on urology procedures like percutaneous nephrolithotomy (PCNL), with plans to expand into other specialties. Experts highlight the system’s potential to enhance safety,
roboticsmedical-roboticshandheld-robotic-systemultrasound-guided-proceduresprecision-surgeryminimally-invasive-surgeryhealthcare-technologyBlack Panther: China’s robot dog breaks Boston Dynamics speed record
Chinese startup Mirror Me has developed Black Panther II, a four-legged robot dog that recently broke Boston Dynamics’ speed record by completing a 100-meter dash in 13.17 seconds, reaching a peak speed of 9.7 meters per second. This surpasses Boston Dynamics’ WildCat robot, which had a top speed of about 8.8 meters per second. Although Black Panther II’s speed exceeds the current Guinness World Record for a 100-meter robot race held by Korea Advanced Institute of Science and Technology’s Hound robot (19.87 seconds), Mirror Me has yet to apply for the official record, focusing instead on research and development. Founded in May 2024 by Zhejiang University graduates and faculty, Mirror Me aims to push robotics further, targeting a bipedal robot running at 10 m/s by 2026 and a humanoid personal assistant robot by 2030. These ambitions align with China’s broader robotics growth, as the country saw a 14.2%
roboticsrobot-dogBoston-DynamicsBlack-Panther-IIhumanoid-robotsChina-roboticsrobot-speed-recordViral 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-eventNEURA Robotics partners with HD Hyundai on shipbuilding robots - The Robot Report
NEURA Robotics has formed a strategic partnership with HD Hyundai Samho and HD Hyundai Robotics to jointly develop and test specialized quadruped and humanoid robots for shipbuilding applications. This collaboration aims to leverage NEURA’s cognitive robotics technology, including its 4NE1 humanoid platform, alongside Hyundai’s expertise in welding automation and shipyard automation solutions. The partners plan to validate these robots in real-world shipbuilding environments to enhance efficiency, safety, and productivity, addressing the industry’s growing skilled labor shortage. HD Hyundai Samho will provide demonstration sites and practical validation, while HD Hyundai Robotics will contribute technical support such as path learning data and performance validation. NEURA Robotics will focus on developing and commercializing humanoid robots tailored for shipbuilding tasks. This partnership is part of a broader push by NEURA Robotics to advance intelligent, collaborative robotics, as evidenced by its multiple recent agreements with companies like Vodafone, NVIDIA, SAP, and others to enhance connectivity, AI, simulation, and robot mobility. The initiative
roboticsindustrial-robotsshipbuilding-automationhumanoid-robotswelding-robotsNEURA-RoboticsHD-HyundaiAttabotics lays off staff as robotic storage provider files for bankruptcy - The Robot Report
Attabotics Inc., a Calgary-based provider of automated storage and retrieval systems (ASRS) inspired by ant colonies, has laid off most of its approximately 200 employees and filed for bankruptcy protection. Founded in 2016, the company developed hardware and AI-driven software, including its FulfillAI platform launched in March 2025, which aimed to improve warehouse fulfillment efficiency by reducing robot numbers and increasing throughput. Despite raising over $194 million in funding across multiple rounds and securing notable customers like Tesco, Attabotics struggled financially, reporting a net loss of nearly CAD 50 million ($36 million USD) in 2024 amid challenges such as rising interest rates, slower consumer spending, and project delays. The company’s financial difficulties culminated in a failed Series D funding round and a rejected $20 million bridge loan request from Export Development Canada (EDC) and the Ontario Teacher’s Fund. Attabotics’ bankruptcy filings reveal $32 million in assets, including 160 patents, against liabilities
roboticsautomated-storagewarehouse-automationAI-fulfillmentrobotic-systemssupply-chain-technologyautomated-retrieval-systemsChinese humanoid robot cooks steak by remote control from 1,118 miles away
Chinese robotics company Dobot Robotics has demonstrated its humanoid robot, Atom, cooking a steak via remote control from 1,118 miles away using virtual reality (VR). The robot, equipped with five-fingered hands and 28 degrees of freedom, precisely mirrored an engineer’s hand gestures in real time with an accuracy of 0.05 millimeters. The demonstration showcased Atom performing delicate cooking tasks such as patting the steak, pouring oil, flipping the steak, and sprinkling salt, highlighting its human-like dexterity. Currently, only the robot’s upper body is controllable via VR, while walking remains autonomous or limited. Released in March 2025 at a price of around $27,500, Atom represents a significant advancement in teleoperated robotics, proving that high-precision control over long distances is feasible. Dobot envisions applications in hazardous or inaccessible environments like nuclear plants or outer space, as well as precision-demanding tasks such as surgery and housework. The demonstration positions
roboticshumanoid-robotteleoperationvirtual-realityremote-controlprecision-roboticsDobot-RoboticsTesollo to present humanoid robot hand at AI for Good Global Summit 2025 - The Robot Report
Tesollo Inc., a South Korean robotics company, will showcase its advanced humanoid robotic hand, the Delto Gripper DG-5F, at the AI for Good Global Summit 2025 in Geneva. The DG-5F features 20 degrees of independent actuation, closely mimicking the dexterity and motion of a human hand, enabling complex object manipulation, tool use, and fine assembly. Designed to replicate natural human motion, the gripper supports multiple grip modes (pinch, power, precision) and can be equipped with high-precision force sensors for real-time feedback, slip prevention, and adaptive grasp control. Its size and structure resemble an adult male hand, making it adaptable for real-world industrial and service applications. Built from lightweight, high-strength materials, the DG-5F is durable enough for repetitive, high-speed operations and is compatible with ROS 2 for easy integration with various robotic platforms. Tesollo envisions its robotic hand being used in diverse fields such as AI-driven
roboticshumanoid-robotrobotic-handAI-roboticsindustrial-automationprecision-manipulationROS-2-integrationTechCrunch Mobility: The state of EV sales and Rivian secures the next $1B from VW
The TechCrunch Mobility newsletter highlights key developments in the electric vehicle (EV) and autonomous vehicle (AV) sectors amid the recent U.S. holiday. A notable industry update involves Uber co-founder Travis Kalanick’s plans to acquire the U.S. arm of Chinese AV company Pony AI, potentially with Uber’s support. Eric Meyhofer, a former Uber ATG CEO and Kalanick ally, is reportedly involved in this deal. The newsletter also introduces the term "MVAT" (minimum viable autonomy theater), describing companies’ use of minimal autonomous vehicle demonstrations primarily to maintain a narrative of progress, with Tesla’s recent “autonomous delivery” of a Model Y cited as an example. On the EV front, the second quarter’s sales and production data reveal mixed results: the electric Hummer is nearing sales parity with the F-150 Lightning, Lucid is gradually increasing production of its Gravity model, and Rivian has secured an additional $1 billion investment from Volkswagen despite ongoing sales challenges. Tesla
electric-vehiclesautonomous-vehiclesEV-salesroboticsenergy-storageautomotive-technologytransportation-innovationGoogle DeepMind's new AI lets robots learn by talking to themselves
Google DeepMind is developing an innovative AI system that endows robots with an "inner voice" or internal narration, allowing them to describe visual observations in natural language as they perform tasks. This approach, detailed in a recent patent filing, enables robots to link what they see with corresponding actions, facilitating "zero-shot" learning—where robots can understand and interact with unfamiliar objects without prior training. This method not only improves task learning efficiency but also reduces memory and computational requirements, enhancing robots' adaptability in dynamic environments. Building on this concept, DeepMind introduced Gemini Robotics On-Device, a compact vision-language model designed to run entirely on robots without cloud connectivity. This on-device model supports fast, reliable performance in latency-sensitive or offline contexts, such as healthcare, while maintaining privacy. Despite its smaller size, Gemini Robotics On-Device can perform complex tasks like folding clothes or unzipping bags with low latency and can adapt to new tasks with minimal demonstrations. Although it lacks built-in semantic safety features found in
roboticsartificial-intelligencemachine-learningzero-shot-learningDeepMindautonomous-robotson-device-AINew system helps robotic arm navigate using sound instead of vision
Researchers at Carnegie Mellon University have developed SonicBoom, a novel sensing system that enables robotic arms to navigate and localize objects using sound rather than relying on visual sensors. Traditional robotic arms depend heavily on cameras for tactile sensing, which can be obstructed or damaged in cluttered environments like agricultural fields. SonicBoom addresses these challenges by embedding contact microphones along the robot’s arm that detect sound waves generated when the arm touches objects, such as branches. By analyzing subtle variations in these sound waves with AI, the system can accurately determine the exact point of contact, achieving localization errors as low as 0.43 centimeters for trained objects and maintaining strong accuracy (2.22 cm error) even with unfamiliar materials. This acoustic-based approach offers several advantages: the microphones are well-protected from harsh contact, the system is more affordable and practical than camera-based tactile sensors, and it can function effectively in visually occluded environments. The researchers demonstrated SonicBoom’s utility by mapping occluded branch-like structures in a mock canopy
roboticsrobotic-armsound-sensingAItactile-sensorsagricultural-robotsobstacle-navigationHow to Set Up a Planetary Gear Motion with SOLIDWORKS - The Robot Report
The article "How to Set Up a Planetary Gear Motion with SOLIDWORKS" from The Robot Report provides a detailed guide on assembling and simulating a planetary gear system within SOLIDWORKS. Planetary gearing is highlighted as a compact, high-torque alternative to traditional gear reducers, commonly used in various applications. The setup process begins by inserting the key components—three planet gears, one sun gear, one ring gear, a carrier, carrier shafts, and a sun shaft—into a new assembly. Critical to the motion simulation are the pitch circles created as construction sketches on each gear, with a special "Planet Gear Path" circle on the ring gear to guide the planet gears' movement. The assembly process involves mating the gears and shafts precisely using coincident and concentric mates to ensure proper alignment and rotational freedom. Gear mates are then applied between the pitch circles to define gear ratios and simulate gear interactions, with attention to correct spin directions. Additional mates are used to align gear teeth accurately
roboticsplanetary-geargear-assemblySOLIDWORKSmechanical-designmotion-simulationgear-ratiosPittsburgh Robotics Network launches Deep Tech Institute for Leadership and Innovation - The Robot Report
The Pittsburgh Robotics Network (PRN) has launched the Deep Tech Institute for Leadership and Innovation (DTI), a pioneering initiative aimed at developing technical leadership within Pittsburgh’s robotics, artificial intelligence (AI), and advanced technology sectors. The DTI focuses on equipping professionals not only with technical skills but also with the capabilities to commercialize breakthrough technologies and build visionary teams that can scale businesses, influence policy, and drive industry-wide impact. PRN emphasizes that investing in talent is critical to strengthening the region’s innovation ecosystem and maintaining Pittsburgh’s leadership in global deep tech. The DTI employs a two-tiered workforce development approach targeting both early-career and senior technical professionals. The Emerging Leaders tier offers mini modules starting in summer 2024, providing engineering students, interns, and early-career talent with exposure to real-world robotics and AI career paths through guest speakers, hands-on sessions, and site visits. The Senior Leaders tier, planned for launch in 2026 in partnership with Boston-based Cybernetix
roboticsartificial-intelligenceleadership-developmentworkforce-trainingdeep-techPittsburgh-Robotics-Networktechnology-innovationABB updates IRB 1200 line, adds 3 robot families for China - The Robot Report
ABB Robotics has introduced an upgraded generation of its IRB 1200 collaborative robot family alongside three new robot families specifically designed for the Chinese market. The new IRB 1200 models come in four payload variants (5, 7, 8, and 9 kg) and feature enhanced speed, precision, and compactness. Equipped with the OmniCore controller, these robots achieve path accuracy of 0.6 mm and pose repeatability of 0.011 mm, supporting high-speed operations up to 1,600 mm/s. The redesign makes the IRB 1200 about 20% lighter and more compact, enabling space-efficient production cells suited for complex, high-throughput tasks such as assembly, polishing, and dispensing, particularly in electronics, automotive electronics, and consumer industries. In addition to the IRB 1200 update, ABB launched three new robot families manufactured at its Shanghai Mega Factory to meet growing automation demand in Asia’s SMEs and high-growth sectors like electronics and consumer
roboticsindustrial-robotscollaborative-robotsautomationABB-Roboticsmanufacturing-technologycobotsLuminous 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-intelligenceroboticsBees’ secret to learning may transform how robots recognize patterns
Researchers at the University of Sheffield have discovered that bees actively shape their visual perception through flight movements, rather than passively seeing their environment. By creating a computational model mimicking a bee’s brain, they showed that bees’ unique flight patterns generate distinct neural signals that enable them to recognize complex visual patterns, such as flowers and human faces, with high accuracy. This finding reveals that even tiny brains, evolved over millions of years, can perform sophisticated computations by integrating movement and sensory input, challenging assumptions about brain size and intelligence. The study builds on previous work by the same team, moving from observing bee flight behavior to uncovering the neural mechanisms behind active vision. Their model demonstrates that intelligence arises from the interaction between brain, body, and environment, rather than from brain size alone. Supporting this, Professor Lars Chittka highlighted that insect microbrains require surprisingly few neurons to accomplish complex visual discrimination tasks, including face recognition. Published in eLife and conducted in collaboration with Queen Mary University of London, this research
roboticsartificial-intelligencebee-brainpattern-recognitionneural-computationactive-visionbio-inspired-roboticsTop 10 robotics developments of June 2025 - The Robot Report
In June 2025, Automatica 2025 showcased significant robotics advancements, with The Robot Report highlighting the top 10 developments that captured industry and reader interest. Key product launches included Hexagon AB’s AEON humanoid robot designed to address labor shortages in industrial settings, and 1X Technologies’ Redwood AI model enhancing the autonomy of its NEO humanoid for household tasks. NEURA Robotics unveiled multiple innovations including the third generation of its 4NE1 humanoid, the MiPA cognitive robot, and the Neuraverse open robotics ecosystem, emphasizing cognitive and service robotics progress. Funding milestones marked the month as well, with Coco Robotics raising $80 million to expand its sidewalk delivery robot fleet and AI platform, and Pittsburgh-based Gecko Robotics achieving unicorn status with $125 million in Series D funding, doubling its valuation to $1.25 billion. Beewise secured $50 million to broaden access to its AI-powered BeeHome, a climate technology solution supporting pollination critical to global food crops.
roboticshumanoid-robotsAI-in-roboticsindustrial-robotsrobot-fundingautonomous-robotsrobot-applicationsFarmer-first future: Agtonomy's approach to smart agriculture
In episode 202 of The Robot Report Podcast, Tim Bucher, CEO of Agtonomy, discusses the company’s focus on automating high-value crop farming through robotics tailored to real farming needs. Bucher stresses the importance of robotics developers deeply understanding agricultural practices to create effective solutions, highlighting Agtonomy’s strategic partnerships with established equipment brands like Bobcat and Kubota. He also addresses key challenges in agriculture, particularly labor shortages, and underscores the critical role farmers play in shaping and adopting new technologies to improve efficiency. The episode also features Sean Walters, general manager of Captron, who talks about the company’s production of capacitive sensor switches and high-quality sensors used in level measurement, optical object detection, and LED signaling. Additional industry news includes Boston Dynamics’ Spot robots performing on America’s Got Talent, Tesla’s launch of a limited Robotaxi service in Austin with early operational challenges, and Hexagon AB’s introduction of the AEON humanoid robot designed for industrial applications to address labor shortages.
roboticsagriculture-automationsmart-farmingautonomous-vehicleshumanoid-robotsTesla-RobotaxiIoT-sensorsGenesis AI brings in $105M to build universal robotics foundation model - The Robot Report
Genesis AI, a physical AI research lab and robotics company, has emerged from stealth with $105 million in funding to develop a universal robotics foundation model (RFM) and a horizontal robotics platform. The company aims to advance "physical AI"—the intelligence enabling machines to perceive, understand, and interact with the real world—by leveraging digital AI foundations to create general-purpose robots with human-level intelligence. Founded by robotics Ph.D. Zhou Xian and former Mistral AI researcher Théophile Gervet, Genesis AI focuses on building a scalable data engine that unifies high-fidelity physics simulation, multimodal generative modeling, and large-scale real robot data collection to train robust, flexible, and cost-efficient robots. Physical labor accounts for an estimated $30 to $40 trillion of global GDP, yet over 95% remains unautomated due to limitations in current robotic systems, which are often narrow, brittle, and costly. Genesis AI seeks to overcome these challenges by generating rich synthetic data through
roboticsartificial-intelligencephysical-AIrobotics-foundation-modelautomationrobotics-platformAI-simulationAmazon deploys its one millionth robot, releases generative AI model
Amazon has reached a significant milestone by deploying its one millionth robot in its warehouses, with the latest unit delivered to a fulfillment center in Japan. This achievement highlights the company's rapid expansion of warehouse automation over the past 13 years, bringing the number of robots close to matching the number of human workers in its facilities. Currently, 75% of Amazon’s global deliveries involve robotic assistance, underscoring the integral role of automation in its logistics network. In addition to this milestone, Amazon unveiled a new generative AI model called DeepFleet, designed to optimize the coordination and routing of its warehouse robots. Developed using Amazon SageMaker and trained on proprietary warehouse data, DeepFleet is expected to boost the operational speed of the robotic fleet by 10%. Amazon has also advanced its robotic technology with models like the Vulcan robot, which features dual arms and tactile sensing capabilities to handle inventory more precisely. Furthermore, Amazon is expanding its robotic workforce with new fulfillment centers designed to house ten times more robots than current facilities
roboticswarehouse-automationAmazon-robotsAI-in-roboticsgenerative-AIrobotic-fleet-managementindustrial-robotsNew 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’s 1 millionth robot powers world’s biggest mobile bot army
Amazon has reached a significant milestone by deploying its one millionth robot in a fulfillment center in Japan, solidifying its status as the world’s largest operator of mobile robotic systems with over 300 facilities utilizing such technology globally. Since beginning its robotics development in 2012 with a focus on shelf transport, Amazon now operates a diverse fleet of robots tailored to specific logistical tasks, including the Hercules platform for heavy inventory handling, the Pegasus system for sorting and routing, and Proteus, the first fully autonomous mobile robot designed to safely operate alongside human workers. The company emphasizes that robotics complements rather than replaces its workforce, supported by extensive employee upskilling programs. A key innovation accompanying this milestone is DeepFleet, a generative AI foundation model developed using Amazon’s internal logistics data and AWS tools like SageMaker. DeepFleet acts as an intelligent control layer that dynamically manages thousands of autonomous robots within high-density fulfillment centers, optimizing their movement to reduce congestion, improve throughput, and lower energy consumption. By integrating warehouse navigation
roboticsautonomous-robotswarehouse-automationAI-in-roboticsmobile-robotsAmazon-roboticsrobotic-logisticsGenesis AI launches with $105M seed funding from Eclipse, Khosla to build AI models for robots
Genesis AI, a robotics-focused startup founded in December by Carnegie Mellon Ph.D. Zhou Xian and former Mistral research scientist Théophile Gervet, has launched with a substantial $105 million seed funding round co-led by Eclipse Ventures and Khosla Ventures. The company aims to build a general-purpose foundational AI model to enable robots to automate diverse repetitive tasks, ranging from laboratory work to housekeeping. Unlike large language models trained on text, robotics AI requires extensive physical-world data, which is costly and time-consuming to collect. To address this, Genesis AI uses synthetic data generated through a proprietary physics engine capable of accurately simulating real-world physical interactions. This engine originated from a collaborative academic project involving 18 universities, with many researchers from that initiative now part of Genesis’s 20+ member team specializing in robotics, machine learning, and graphics. Genesis claims its proprietary simulation technology allows faster model development compared to competitors relying on NVIDIA’s software. The startup operates from offices in Silicon Valley and Paris and
roboticsartificial-intelligencesynthetic-datamachine-learningrobotics-foundation-modelautomationAI-models-for-robotsHumanoid robots could soon see through walls with MIT’s imaging tech
MIT researchers have developed an advanced imaging technique called mmNorm that enables robots to see through walls and other obstructions like cardboard boxes by using millimeter wave (mmWave) signals. These signals, similar to those used in Wi-Fi, can penetrate materials such as plastic, interior walls, and cardboard, reflecting off hidden objects to allow sensors to capture detailed 3D reconstructions. In testing, mmNorm achieved a 96 percent accuracy rate in reconstructing complex objects like silverware and power drills, significantly outperforming current state-of-the-art systems that reach about 78 percent accuracy. The key innovation behind mmNorm lies in its ability to estimate the surface normal—or the direction a surface reflects signals—by leveraging the property of specularity, where mmWave signals reflect like light off a mirror. Traditional radar systems often miss such reflections when surfaces are angled away from the sensor. By incorporating this directional information into its algorithm, mmNorm produces highly accurate 3D models of hidden objects. Potential applications include
roboticsimaging-technologymillimeter-wavewarehouse-automationquality-controlMIT-research3D-reconstructionRobotic hand moves like magic, controlled by nothing but thought
Researchers at Carnegie Mellon University have achieved a breakthrough in noninvasive brain-computer interface (BCI) technology by enabling real-time control of a robotic hand’s individual fingers using only human thought. Utilizing electroencephalography (EEG) combined with a novel deep-learning decoding strategy, the system translates brain signals into precise finger movements without any muscle activity. Volunteers successfully performed multi-finger tasks, demonstrating the system’s ability to overcome traditional EEG spatial limitations and achieve fine motor control. Led by Professor Bin He, whose lab has pioneered several EEG-powered robotic controls, this innovation offers a risk-free, external alternative to invasive BCIs that require surgery. The technology holds significant promise for a broad range of users, including people with motor impairments or those recovering from injuries, by enhancing hand function and quality of life. Beyond medical rehabilitation, the system’s natural dexterity opens possibilities for everyday tasks like typing or manipulating small objects, potentially redefining how assistive devices integrate seamlessly as intuitive extensions of the human body
roboticsbrain-computer-interfacenoninvasive-BCIdeep-learningprostheticsassistive-technologyEEG-controlUnitree becomes a legged robot unicorn with Series C funding - The Robot Report
Unitree Robotics, a Hangzhou-based company specializing in legged robots, recently secured an undisclosed amount of Series C funding, boosting its valuation to approximately 12 billion yuan ($1.7 billion). Founded in 2016, Unitree has grown to over 1,000 employees and reported annual revenues of around 1 billion yuan ($140 million). The company focuses on producing affordable legged robots, priced up to 50% lower than competitors, starting at $16,000. Its products serve markets such as education, research, and facilities inspection. Notably, Unitree demonstrated its G1 humanoid robot at the 2025 Robotics Summit & Expo, highlighting its “first universal humanoid robot” with continuous over-the-air software updates. The company also offers quadruped robots, a hybrid four-legged and wheeled robot (Go-2-W), and robotic arms. Unitree’s Series C funding round was led by major investors including China Mobile’s fund, Tencent, Alibaba
roboticslegged-robotshumanoid-robotsAI-powered-robotsrobot-fundingquadruped-robotsrobot-marketTacta Systems raises $75M to give robots a 'smart nervous system' - The Robot Report
Tacta Systems, a Palo Alto-based startup, has raised $75 million to advance its development of dexterous intelligence technology that equips robots with tactile skills and spatial awareness. The company’s proprietary platform, described as a "smart nervous system," integrates software, hardware, and AI to enable robots to perform complex, delicate, and variable tasks with human-like precision, flexibility, and autonomy. CEO Andreas Bibl emphasized that while AI has made strides in processing text and video, much of the physical world remains challenging for machines, and Tacta aims to automate labor-intensive factory work and physical tasks. The funding round includes an $11 million seed round led by Matter Venture Partners and a $64 million Series A led by America’s Frontier Fund and SBVA, with participation from several other investors. Tacta is led by Andreas Bibl, an experienced entrepreneur who previously founded LuxVue Technology, acquired by Apple in 2014. Investors, including Matter Venture Partners’ Wen Hsieh,
roboticsartificial-intelligencetactile-technologyautomationrobotics-startupdexterous-intelligencesmart-nervous-systemThree 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-capitalSwiss robot dog can now pick up and throw a ball accurately like humans
ETH Zurich’s robotic dog ANYmal, originally designed for autonomous operation in challenging environments, has been enhanced with a custom arm and gripper, enabling it to pick up and throw objects with human-like accuracy. The robot’s advanced actuators and integrated sensors allow it to navigate complex terrain while maintaining stability and situational awareness. Unlike traditional factory robots, ANYmal is built to handle unpredictable outdoor conditions, making it suitable for tasks such as industrial inspection, disaster response, and exploration. The research team, led by Fabian Jenelten, trained ANYmal using reinforcement learning within a highly realistic virtual environment that simulated real-world physics. This approach, known as sim-to-real transfer, allowed the robot to practice millions of throws safely and ensured its skills transferred effectively to real-world scenarios. In testing, ANYmal successfully picked up and threw various objects—including balls, bottles, and fruit—across different surfaces and environmental challenges, such as wind and uneven ground, demonstrating adaptability and precise control without pre-programmed steps. This
roboticsautonomous-robotsreinforcement-learninglegged-robotsrobot-manipulationsim-to-real-transferrobot-perceptionMIT CSAIL's new vision system helps robots understand their bodies - The Robot Report
MIT CSAIL has developed a novel robotic control system called Neural Jacobian Fields (NJF) that enables robots to understand and control their own bodies using only visual data from a single camera, without relying on embedded sensors or pre-designed models. This approach allows robots to learn their own internal models by observing the effects of random movements, providing them with a form of bodily self-awareness. The system was successfully tested on diverse robotic platforms, including a soft pneumatic hand, a rigid Allegro hand, a 3D-printed arm, and a sensorless rotating platform, demonstrating its robustness across different morphologies. The key innovation of NJF lies in decoupling robot control from hardware constraints, thus enabling more flexible, affordable, and unconventional robot designs without the need for complex sensor arrays or reinforced structures. By leveraging a neural network that combines 3D geometry reconstruction with a Jacobian field predicting how robot parts move in response to commands, NJF builds on neural radiance fields (NeRF) to
roboticssoft-roboticsrobotic-controlmachine-learningMIT-CSAILNeural-Jacobian-Fieldsautonomous-robotsAutonomous robots to segregate radioactive waste at UK nuclear plant
The UK’s Nuclear Decommissioning Authority (NDA) is set to deploy autonomous robots at the former Oldbury nuclear power station site to segregate radioactive waste, marking a significant advancement in nuclear waste management. The project, named Auto-SAS (autonomous waste sorting and segregation system), aims to separate low-level waste from intermediate level waste retrieved from on-site vaults. This robotic system, developed through a collaboration between AtkinsRéalis and Createc (jointly known as ARCTEC), will use sensors and robotic manipulators to accurately categorize waste, thereby reducing reliance on costly disposal routes and enhancing safety by removing human workers from hazardous environments. The NDA has committed up to £9.5 million over four years to this initiative, which also involves Nuclear Restoration Services, Sellafield, and Nuclear Waste Services. The technology promises to save hundreds of millions of pounds in waste storage and disposal costs while enabling workers to develop new skills. UK Energy Minister Michael Shanks highlighted the project as a key innovation
roboticsautonomous-robotsnuclear-waste-managementradioactive-waste-segregationnuclear-decommissioningautomation-technologyhazardous-environment-safetyChina: Paralyzed patient regains limb function with new brain-chip
A research team led by Professor Duan Feng at Nankai University in China has conducted the world’s first human trial of a brain-computer interface (BCI) implanted via blood vessels, enabling a 67-year-old stroke patient with hemiplegia to regain voluntary limb movement. Unlike more invasive methods such as Elon Musk’s Neuralink, this minimally invasive procedure involved inserting a stent electrode with 50-micrometre thick electrodes into the patient’s brain blood vessels through a vein in the neck. The electrodes connect wirelessly to an implanted device, allowing real-time EEG signal transmission and functional electrical stimulation that supports motor training and neuroplasticity. Following treatment, the patient regained the ability to grasp objects and perform daily tasks without side effects like infection or thrombosis. This breakthrough builds on prior animal studies where BCIs controlled movements in sheep and monkeys, marking a significant advancement in interventional BCI surgery. The Chinese trial demonstrates not only the safety and efficacy of this minimally invasive approach but
brain-computer-interfaceroboticsneurotechnologymedical-devicesfunctional-electrical-stimulationwireless-implantsstroke-rehabilitationDistalmotion makes its first multirobot sale in the U.S. - The Robot Report
Distalmotion has achieved its first multirobot sale in the U.S. with AdventHealth, a large healthcare system operating 50 hospitals across nine states, adopting its DEXTER robotic surgery system to expand minimally invasive procedures. AdventHealth has already completed initial surgeries using DEXTER in its outpatient department, highlighting the system’s alignment with goals for flexibility and efficiency. The DEXTER system, developed by the Lausanne-based company with U.S. offices in Cleveland, is commercially available in both the U.S. and Europe and is designed to simplify operations and broaden access to robotic surgery, particularly in outpatient hospital departments and ambulatory surgical centers. The DEXTER robot addresses the rising demand for surgical robotics in high-volume soft-tissue procedures moving to outpatient settings by offering a mobile, compact, and quickly deployable system that integrates easily into existing workflows. Unique features include a sterile console that allows surgeons to perform bedside tasks without breaking sterility or redocking, and an open architecture compatible with existing instruments
roboticssurgical-robotsmedical-technologyhealthcare-innovationrobotic-surgeryminimally-invasive-surgeryhospital-technologyMIT's new AI outsmarts human design to help robots jump 41% higher
MIT’s Computer Science and Artificial Intelligence Laboratory (CSAIL) has developed a new generative AI approach that designs robots capable of jumping 41% higher than those created by human engineers. Using diffusion-based generative models, researchers allowed the AI to modify specific parts of a 3D robot model, resulting in curved linkages resembling thick drumsticks rather than the straight, rectangular parts of traditional designs. This unique shape enabled the robot to store more energy before jumping, improving performance without compromising structural integrity. The AI-assisted robot also demonstrated an 84% reduction in falls compared to the baseline model, highlighting enhanced stability and landing safety. The process involved iterative refinement, with the AI generating multiple design drafts that were scaled and fabricated using 3D-printable polylactic acid material. Researchers believe that future iterations using lighter materials could achieve even higher jumps. Beyond jumping robots, the team envisions applying diffusion models to optimize how parts connect and to design robots with more complex capabilities, such as directional control and
roboticsartificial-intelligencegenerative-AIrobot-design3D-printingmaterials-sciencerobotics-innovationRISE Robotics raises funding for award-winning Beltdraulic actuators - The Robot Report
RISE Robotics, founded in 2011 by graduates of MIT and RISD and based in Somerville, Massachusetts, has developed an innovative Beltdraulic actuator technology that replaces traditional high-pressure hydraulic systems with a belt-and-pulley mechanism. This technology offers significant advantages including reduced leaks, lower complexity, increased efficiency, and improved sustainability. The Beltdraulic system delivers hydraulic-like power with electromechanical precision, eliminates oil and emissions, and is more shock-tolerant with a longer lifespan than screw actuators. Its fully digital design enables teleoperation and autonomy without additional sensors, making it faster, more efficient, and easier to maintain. The company recently raised $2.5 million from over 1,300 investors via Wefunder, marking a milestone of public and strategic validation. RISE Robotics has received recognition such as the Guinness World Record for the "Strongest Robotic Arm Prototype" with its SuperJammer arm lifting over 7,000 pounds, demonstrating the power and efficiency
roboticsactuatorshydraulic-replacementelectric-actuationpredictive-maintenanceindustrial-roboticssustainable-technologyFANUC unveils ROBOGUIDE v10 robot simulation software - The Robot Report
FANUC America has released ROBOGUIDE v10, its most advanced version of offline robot programming and simulation software designed to enhance automation design and implementation. The software enables manufacturers to create, program, and simulate robotic workcells in 3D without physical prototypes, reducing costs and improving accuracy. Key improvements in ROBOGUIDE v10 include new virtual reality capabilities for immersive workcell visualization, a high-performance 64-bit architecture for better processing of complex systems, and a modernized user interface with ribbon-style toolbars and drag-and-drop robot definition to streamline navigation and setup. Additionally, ROBOGUIDE v10 offers enhanced support for native CAD imports, simplifying integration and optimization of automation layouts. The software is available alongside the previous version under a shared license, allowing existing users to access the latest features. FANUC supports users with tutorial videos, engineer-guided tips, and technical resources via its Tech Transfer website, aiming to assist students, customers, and integrators in maximizing productivity and reliability
roboticsrobot-simulationFANUCautomation-softwareoffline-programmingvirtual-realityindustrial-robotsGoogle DeepMind introduces on-device Gemini AI model for robots - The Robot Report
Google DeepMind has introduced Gemini Robotics On-Device, a new AI model designed for two-armed robots that enables general-purpose dexterity and rapid task adaptation while operating locally with minimal computational resources. This vision language action (VLA) model brings the multimodal reasoning and real-world understanding capabilities of Gemini 2.0 into physical robotics, allowing robots to perform complex tasks such as unzipping bags or folding clothes. The on-device nature of the model ensures low-latency inference and robustness in environments with limited or no network connectivity, making it suitable for latency-sensitive applications. Alongside the model, DeepMind released a software development kit (SDK) to help developers test and fine-tune the model for specific tasks and environments, requiring as few as 50 to 100 demonstrations. DeepMind has demonstrated the adaptability of the Gemini Robotics On-Device model beyond its initial training on ALOHA robots by successfully applying it to other platforms, including the bi-arm Franka FR3 robot and the
roboticsAI-modelon-device-AIdexterous-manipulationGemini-RoboticsDeepMindrobot-SDKTravis 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.aiApptronik'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-technologySamsung plans to make eyes for growing humanoid robot market
Samsung Electro-Mechanics is positioning itself to become a key supplier in the growing humanoid robot market by leveraging its advanced camera module technology and AI vision capabilities. Building on its expertise in image processing, AI-driven image recognition, and object detection—technologies already showcased in Samsung Galaxy smartphones—Samsung aims to develop sophisticated "eyes" for humanoid robots. This move aligns with the company's recent robotics ventures, including the upcoming Ballie home assistant robot and the Samsung Bot Handy, an AI-powered robot capable of object recognition and manipulation. Given the saturation of the smartphone camera market, robotics presents a significant new growth opportunity for Samsung. Rather than manufacturing its own line of humanoid robots, Samsung may choose to collaborate with other robotics companies by supplying core AI vision technology, similar to its existing business model of providing components like displays and memory chips. Meanwhile, competitor LG Innotek is already advancing in this space through negotiations with prominent robotics firms such as Boston Dynamics and Figure AI, which plans to mass-produce
roboticshumanoid-robotsAI-visionSamsungcamera-technologyartificial-intelligencerobotics-marketApptronik launches Elevate Robotics to build non-humanoid robots
Apptronik, a robotics company known for its decade-long development of humanoid robots like the Apollo, has launched a new subsidiary called Elevate Robotics to focus on building non-humanoid, heavy-duty industrial robots. Elevate will commercialize multipurpose automation solutions designed for industrial-scale tasks, leveraging novel technologies such as Apptronik’s patented gravity compensation, which enables robots like the Scorpio mobile manipulator to lift loads heavier than themselves. While Apptronik continues to advance its humanoid robotics efforts, Elevate will operate independently under CEO Paul Hvass, aiming to expand the capabilities of superhuman robotics in sectors requiring robust automation. Earlier in 2024, Apptronik secured $403 million in Series A funding to accelerate Apollo humanoid production and target industries including automotive, electronics manufacturing, logistics, and consumer goods. The company is actively testing Apollo in real-world applications and collaborating with Google DeepMind to integrate advanced AI models. Despite significant investments and increasing competition in the humanoid robot market—with
roboticsindustrial-robotsmobile-manipulatorsautomationhumanoid-robotsAI-integrationrobotics-technologyNBC’s AGT pushes Spot to perform under pressure
Boston Dynamics showcased its Spot quadruped robots on NBC’s America’s Got Talent (AGT), performing a live, choreographed dance routine to Queen’s “Don’t Stop Me Now.” Five Spots danced synchronously, using their robot arms to “lip-sync” Freddie Mercury’s vocals, impressing all four AGT judges who voted to advance the act. This high-profile appearance was both an entertainment milestone and a rigorous technical stress test for the robots and engineering team. The performance combined autonomous dancing via proprietary choreography software with teleoperated interactions, pushing Spot’s capabilities with aggressive moves like high-speed spins and one-legged balancing. These advanced maneuvers, enabled by recent improvements in reinforcement learning and dynamic behavior modeling, also enhance Spot’s real-world applications, such as maintaining balance on slippery factory floors. The decision to bring Spot to AGT followed successful live performances at the 2024 Calgary Stampede, which built confidence in managing the technical and logistical challenges of a live broadcast. Despite over 100
roboticsBoston-DynamicsSpot-robothumanoid-robotsrobot-performanceautonomous-robotsreinforcement-learningThe road ahead for robotics: Insights from Motional's Major and Foundation's Pathak
Episode 201 of The Robot Report Podcast features Laura Major, newly appointed CEO of robotaxi company Motional, and Sankaet Pathek, founder and CEO of humanoid robot developer Foundation. Major discusses Motional’s advancements in autonomous vehicle (AV) technology, highlighting the company’s emphasis on artificial intelligence and machine learning to improve AV performance across diverse environments. Motional combines simulation with real-world testing and uses the Ionic 5 electric platform for efficiency. The company boasts a strong safety record with no at-fault accidents over 2 million miles and collaborates closely with regulators to navigate varying state frameworks. Pathek shares insights into Foundation’s mission to develop practical humanoid robots, focusing on team building, AI integration, safety, and scaling production. He also offers advice for startups on venture capital navigation and cost efficiency in humanoid robotics. The episode also covers broader robotics industry trends, including robust robot sales in Europe’s automotive sector, which installed 23,000 new industrial robots in 2024
roboticsautonomous-vehiclesartificial-intelligencehumanoid-robotsindustrial-robotsautomationelectric-vehiclesRealtime Robotics announces two new direct integrations for Resolver - The Robot Report
Realtime Robotics, a leader in robotic motion-planning software, has announced two new direct integrations for its cloud-based system Resolver, which accelerates the design and deployment of robotic workcells. Resolver automates complex tasks such as path planning, task allocation, sequencing, and layout validation, enabling cycle-time improvements of 15% to 40%. The new integrations allow users of Visual Components and Mitsubishi Electric’s MELSOFT Gemini 3D manufacturing simulation software to access Resolver’s industrial AI directly within their preferred environments, complementing the existing Siemens Process Simulate integration. Resolver’s capabilities focus on optimizing collision-free robot motions, multi-robot coordination, and real-time object detection, which collectively reduce errors and speed up production line builds. Realtime Robotics highlighted growing adoption among automotive OEMs and integrators worldwide, with some already including Resolver in requests for proposals or internal workflows. The partnership with Visual Components, known for its extensive 3D simulation and robot programming tools, aims to tackle increasingly complex applications like large
roboticsmotion-planningindustrial-robotsrobotic-workcellsAIautomationmanufacturing-simulationForSight Robotics raises $125M for cataract surgery tech
ForSight Robotics has secured $125 million in a Series B funding round led by Eclipse, with participation from strategic investors including board member Fred Moll, the Adani Group, Reiya Ventures, and existing backers. This latest round brings the company’s total funding to $195 million. The capital will accelerate the development and commercialization of ForSight’s Oryom platform, which is promoted as the world’s first robotic surgery system specifically designed for cataract and other eye disease treatments. Oryom integrates AI algorithms, advanced computer vision, and miniaturized mechanical components to enable precise, consistent, and ergonomically improved ophthalmic surgeries, with capabilities to access both anterior and posterior segments of the eye. ForSight plans to initiate first-in-human clinical trials of the Oryom system within the year. Co-founder and CMO Dr. Joseph Nathan emphasized ophthalmology as a significant new frontier for surgical robotics, comparable in market potential and clinical need to general surgery’s earlier robotics revolution. The platform aims to
roboticssurgical-roboticsophthalmic-surgeryAI-in-healthcarerobotic-surgery-platformmedical-technologyForSight-RoboticsNew Gemini AI lets humanoid robots think and act without internet
Google DeepMind has introduced Gemini Robotics On-Device, a new AI model that enables humanoid robots to operate autonomously without internet connectivity. Unlike its cloud-dependent predecessor, this on-device version runs entirely on the robot, allowing for faster, low-latency responses and reliable performance in environments with poor or no connectivity. The model incorporates Gemini 2.0’s multimodal reasoning, natural language understanding, task generalization, and fine motor control, enabling robots to perform complex tasks such as unzipping bags and folding clothes. It is efficient enough to run locally with minimal data—requiring only 50 to 100 demonstrations to adapt to new tasks—and supports fine-tuning through teleoperation, making it highly adaptable across different robotic platforms. The Gemini Robotics On-Device model is designed with privacy and offline performance in mind, processing all data locally, which is particularly beneficial for security-sensitive applications like healthcare. Developers can access the model through Google’s trusted tester program and utilize a full software development kit
roboticsartificial-intelligencehumanoid-robotsoffline-AIedge-computingrobotics-controlGoogle-DeepMindABB Robotics launches large industrial robots, heavy duty AMR at Automatica - The Robot Report
ABB Robotics has expanded its industrial robot portfolio with the introduction of new high-performance models, including the IRB 670S, IRB 6730S, IRB 6750S shelf-mounted robots, and the IRB 6760 press-tending robot. These robots are designed to enhance production density and flexibility, with payload capacities up to 350 kg and advanced motion capabilities suitable for industries such as automotive, foundry, construction, and general manufacturing. Powered by ABB’s OmniCore controllers, these robots offer up to 20% energy savings and improved precision, with path accuracy down to 0.9 mm. ABB highlighted that these next-generation robots can collaborate to optimize plant productivity, such as increasing spot welds on car bodies by integrating shelf-mounted and floor-mounted units. In addition to the new robots, ABB introduced the Flexley Mover P603, a compact autonomous mobile robot (AMR) capable of handling heavy payloads up to 1,500 kg. This AM
roboticsindustrial-robotsautonomous-mobile-robotsABB-Roboticsautomationmanufacturing-technologyenergy-efficiencyGoogle 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-characterizationNEURA Robotics launches latest cognitive robots, Neuraverse ecosystem - The Robot Report
NEURA Robotics unveiled several key innovations at Automatica 2025 in Munich, including the third-generation 4NE1 humanoid robot, the market launch of the MiPA cognitive household and service robot, and the introduction of the Neuraverse open robotics ecosystem. The company, based in Metzingen, Germany, positions these developments as a milestone in cognitive robotics, aiming to make advanced robotic technology accessible to the mass market for the first time. NEURA emphasizes its integrated approach, combining hardware, software, and AI to create robots capable of autonomous perception, decision-making, and learning from experience. The company aims to deliver 5 million robots by 2030 across industrial, service, and home applications. The 4NE1 humanoid robot features multiple sensors, including a patented Omnisensor and seven cameras, enabling it to distinguish and interact safely with humans and objects in real environments. It boasts an intelligent dual-battery system for continuous operation, joint technology capable of lifting up to 100 kg
roboticscognitive-robotshumanoid-robotsartificial-intelligenceautonomous-robotsNeuraverse-ecosystemindustrial-robotsControl 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-systemsSpot 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-manufacturingVC reflects on robotics trade show season - The Robot Report
The article reflects on the vibrant robotics trade show season in the U.S. during May and June, focusing on major events like Automate and Xponential. The author, an industry insider with nearly a decade of experience attending these shows, notes the significant presence and evolution of robotics technology, particularly in cities like Detroit, which is poised for an industrial renaissance driven by automation. Jeff Burnstein, president of the Association for Advancing Automation (A3), emphasized that increased robot sales correlate with job growth, as robots enhance productivity, quality, and competitiveness, ultimately leading to better, safer, and higher-paying jobs. Automate, once a smaller segment of ProMat, has grown into a major standalone event attracting over 45,000 attendees, with plans to move to Chicago in 2026 due to its expansion. The trade show floor was fully occupied, showcasing cutting-edge robotics technology, including AI-infused 3D computer vision applications by companies like Cambrian Robotics. Cambrian’s demonstrations, such
roboticsautomationindustrial-robotsAI-in-roboticsmanufacturing-technologyrobot-trade-showsworkforce-automationHexagon launches AEON humanoid robot for industrial applications - The Robot Report
Hexagon AB has launched its first humanoid robot, AEON, designed specifically for industrial applications to address labor shortages and enhance operational efficiency. Unveiled at the Hexagon LIVE Global event, AEON integrates Hexagon’s expertise in precision measurement and sensor technologies with advanced locomotion, AI-driven mission control, and spatial intelligence. This combination enables the robot to perform a variety of tasks such as manipulation, asset inspection, reality capture, and operator support across industries including automotive, aerospace, manufacturing, warehousing, and logistics. AEON features agility through bipedal locomotion and dexterity, environmental awareness via multimodal sensor data fusion, versatility in task execution, and power autonomy enabled by a battery-swapping mechanism. Hexagon is collaborating with partners such as Schaeffler and Pilatus to pilot AEON in real-world industrial scenarios like machine tending, part inspection, and reality capture. These pilots aim to demonstrate the robot’s capabilities and contribute to sustainable growth amid demographic changes affecting labor availability.
roboticshumanoid-robotindustrial-automationAIsensor-technologymanufacturinglogisticsBrighter Signals emerges from stealth - The Robot Report
Brighter Signals B.V., an Amsterdam-based sensing technology company, has emerged from stealth mode, unveiling its patented multi-modal tactile sensor platform designed to detect and measure touch with real-time pressure gradients. Founded by Andrew Klein, Christine Fraser, and Edward Shim, the company’s lightweight, durable, and recyclable sensors can be embedded into fabrics, surfaces, and structural components. Brighter Signals is initially targeting three key industries: robotics, automotive, and healthcare. In robotics, their sensors enhance tactile sensing in grippers and humanoid systems, enabling precise handling of objects, including delicate and irregularly shaped items. In automotive, the technology is being tested for occupant classification and airbag control via in-seat sensors. In healthcare, it supports passive, continuous monitoring of vital signs such as heart rate, breathing, and blood pressure through wearables and smart mattresses. The company collaborates with robotics OEMs, Tier 1 tactile solution suppliers, automotive manufacturers, and academic and clinical partners to validate and deploy its technology.
roboticstactile-sensorsmulti-modal-sensingrobotic-gripperswearable-technologyhealthcare-monitoringautomotive-sensorsBlack-I Robotics wins autonomous mobile robot picking challenge
Black-I Robotics won the Chewy Autonomous Mobile Picking (CHAMP) Challenge, a competition organized by Chewy and MassRobotics to develop fully autonomous robots capable of handling large, heavy, and non-rigid items in complex warehouse environments. The challenge addressed significant difficulties in warehouse automation, such as manipulating irregularly shaped, deformable items weighing over 40 pounds, which are difficult to grasp using conventional methods. Black-I Robotics’ winning system combined a mobile base with a 6-DOF industrial arm and custom multi-modal end effectors, integrating AI-driven perception, precise object detection, and pose estimation to enable reliable grasping and navigation in tight aisles alongside live warehouse operations. Their solution demonstrated full autonomy, adaptability, and seamless integration into fulfillment workflows, earning them the $30,000 first-place prize. The CHAMP Challenge emphasized not only manipulation but also system-level integration, requiring robots to navigate narrow aisles, avoid dynamic obstacles, and place items into shipping containers with mixed contents. Twelve
roboticsautonomous-robotswarehouse-automationAI-perceptionrobotic-manipulationindustrial-robotsmobile-robotsSoftBank reportedly looking to launch a trillion-dollar AI and robotics industrial complex
SoftBank is reportedly planning to launch a massive AI and robotics industrial complex valued at around one trillion dollars. The Japanese investment conglomerate aims to collaborate with Taiwan Semiconductor Manufacturing Company (TSMC) to establish this facility in Arizona. The project, named Project Crystal Land, is still in its early stages, and details about TSMC’s specific involvement or interest remain unclear. This initiative follows SoftBank’s recent increased focus on AI, including its participation in other AI ventures. While SoftBank is eager to partner with TSMC, Bloomberg sources indicate uncertainty about TSMC’s willingness to join the project. As of now, SoftBank has not provided further details, and the scope and timeline of Project Crystal Land remain largely undefined.
roboticsAISoftBankindustrial-complexTSMCProject-Crystal-Landtechnology-investmentTiny robots fix underground water pipe leakage without excavation
Scientists at the University of Sheffield have developed miniature robots called Pipebots that can travel inside underground water pipes to detect and repair leaks without the need for excavation. These robots are equipped with advanced acoustic sensors, cameras, and all-terrain legs, allowing them to navigate complex pipe networks and identify faults in real time. This innovation addresses the significant problem of water loss caused by aging infrastructure, particularly in the UK where many pipes date back to the Victorian era. By deploying Pipebots through hydrants, engineers can inspect and monitor pipes more efficiently, potentially saving billions of liters of water and reducing the £4 billion annual cost associated with traditional pipe repairs. The Pipebots project is part of a broader collaborative effort involving universities, water companies, and local authorities, supported by the UK’s Office for Water Services (OFWAT). Current initiatives include inspecting pressurized wastewater pipes without service interruption and developing no-dig leak repair technologies to fix pipes internally, minimizing disruption. The Sheffield team is also engaged in the EU-funded
roboticswater-pipe-inspectionleak-detectionunderground-robotsinfrastructure-maintenanceminiature-robotssmart-sensorsRobot Talk Episode 126 – Why are we building humanoid robots? - Robohub
The article summarizes a special live episode of the Robot Talk podcast recorded at Imperial College London during the Great Exhibition Road Festival. The discussion centers on the motivations and implications behind building humanoid robots—machines designed to look and act like humans. The episode explores why humanoid robots captivate and sometimes unsettle us, questioning whether this fascination stems from vanity or if these robots could serve meaningful roles in future society. The conversation features three experts: Ben Russell, Curator of Mechanical Engineering at the Science Museum, Maryam Banitalebi Dehkordi, Senior Lecturer in Robotics and AI at the University of Hertfordshire, and Petar Kormushev, Director of the Robot Intelligence Lab at Imperial College London. Each brings a unique perspective, from historical and cultural insights to technical expertise in robotics, AI, and machine learning. Their dialogue highlights the rapid advancements in humanoid robotics and the ongoing research aimed at creating adaptable, autonomous robots capable of learning and functioning in dynamic environments. The episode underscores the multidisciplinary nature
roboticshumanoid-robotsartificial-intelligenceautonomous-robotsmachine-learningreinforcement-learningrobot-intelligenceMandrakes drone's unique whine signals its multi-purpose capabilities
At the 55th Paris Air Show, Czech startup FlyinDiamonds showcased its innovative "Mandrakes" drones—small, glowing quadcopters named for their distinctive high-pitched whine upon landing, which aids operators in locating them in difficult terrains. Designed and manufactured entirely in the Czech Republic, these drones feature a 270 mm propeller diameter, 25-minute flight time, 450 g weight, and can withstand winds up to 7 m/s. They are powered by a 3600mAh Li-Ion 4S battery and support connectivity via Wi-Fi, micro USB, and UART interfaces, including a light show controller. Originally focused on entertainment through light shows, FlyinDiamonds has expanded into industrial uses such as millimeter-precision 3D scanning for construction and facade cleaning. FlyinDiamonds is also exploring emergency medical applications, aiming to use drones to deliver critical supplies like defibrillators and medication, potentially reducing response times in urgent situations.
dronesUAVroboticsIoTenergy-storagecarbon-compositesunmanned-aerial-vehiclesGearing up for RoboCupJunior: Interview with Ana Patrícia Magalhães - Robohub
The article features an interview with Ana Patrícia Magalhães, the lead organizer of RoboCupJunior at RoboCup 2024, which will be held in Salvador, Brazil, from July 15-21. RoboCupJunior is a segment of the larger RoboCup event aimed at introducing robotics competitions to school children and teenagers. This year, the event expects participation from over 40 countries, with approximately 48 teams in Soccer, 86 in Rescue, and 27 in OnStage leagues, totaling around 600 participants including students, parents, and educators. Special arrangements have been made to support the young participants, such as dedicated shuttle services, a handbook with safety and local information, a separate competition space, and a welcome party to immerse them in Brazilian culture. Magalhães highlights the increased participation of Brazilian teams due to the event's local venue, which reduces travel costs and makes it more accessible for them to compete. She emphasizes the value of RoboCupJunior as a platform for
roboticsRoboCupJuniorrobotics-competitioneducational-roboticsyouth-roboticsRoboCup-2024robotics-challengesAll3 launches AI and robotics to tackle housing construction - The Robot Report
All3, a London-based company, has emerged from stealth mode to introduce an AI- and robotics-driven building system aimed at addressing the growing housing shortage in Europe and North America amid a severe skilled labor deficit. The company’s vertically integrated approach combines AI-powered custom building design, automated manufacturing, and robotic assembly, primarily using structural timber composites. This system streamlines construction processes from initial design to final build, enabling faster development, significant cost reductions, and improved sustainability and affordability. All3’s technology is particularly suited for complex urban brownfield sites, where irregular shapes and limited access pose challenges to traditional construction methods. The construction industry has historically underinvested in innovation, spending less than 1% of revenues on R&D compared to 4.5% in sectors like automotive, resulting in reliance on outdated, labor-intensive processes. Europe alone faces a shortage of 4.2 million construction workers, a gap expected to widen as many skilled workers retire. All3’s CEO, Rodion Shish
roboticsartificial-intelligenceconstruction-technologyautomationbuilding-materialssustainable-housingAI-in-constructionWorld’s first flying humanoid robot with jet engines debuts in Italy
Researchers at the Italian Institute of Technology (IIT) have developed and successfully tested iRonCub3, the world’s first jet-powered humanoid robot capable of hovering mid-air. Equipped with four jet engines—two on its arms and two on a backpack—and a titanium spine to withstand extreme heat from exhaust gases reaching 800°C, the 70 kg robot lifted off about 50 centimeters in initial indoor tests. iRonCub3 integrates advanced AI and aerodynamic control systems to maintain stability despite its asymmetrical, human-like form and shifting center of mass, a challenge not present in traditional drones. The robot’s flight control relies on neural networks trained with simulated and experimental data, enabling it to adapt to turbulent airflows and dynamic limb movements in real time. The development of iRonCub3 involved a co-design approach optimizing both the robot’s physical structure and engine placement to maximize flight control and thermal resilience. Collaborations with the Polytechnic of Milan and Stanford University contributed to wind tunnel testing and machine learning integration
roboticshumanoid-robotjet-enginesAIflight-controltitanium-materialsaerial-mobilityCelebrating 200 podcast episodes; robotics evolve in space exploration
The Robot Report Podcast celebrated its 200th episode featuring Dr. Robert Ambrose, a leading expert in robotics and AI with over 20 years of experience spanning NASA, academia, and startups. Ambrose discussed the significant evolution of robotics in space exploration, highlighting pioneering projects he led at NASA’s Johnson Space Center such as Robonaut, Valkyrie, Centaur, and various lunar rovers including the LTV and VIPER. He emphasized the transition of space robotics technologies to commercial applications and the critical need for the U.S. to reclaim leadership in robotics innovation amid global competition, particularly from China. Ambrose also stressed the importance of education in developing future engineers and advocated for proactive adoption of automation across industries. Ambrose’s career includes key roles shaping national robotics strategy at NASA headquarters and directing advanced research programs at Texas A&M, focusing on robotic manipulation, surface mobility, and human augmentation. The podcast episode also commemorated milestones of The Robot Report Podcast itself, which launched in June 2020
roboticsspace-explorationNASAhumanoid-robotsrobotic-roversautonomous-systemswearable-roboticsPrismaX launches with $11M to scale virtual datasets for robotics foundation models - The Robot Report
PrismaX, a San Francisco-based startup founded in 2024 by Bayley Wang and Chyna Qu, has launched with $11 million in funding to address key challenges in the physical AI and robotics industry related to data quality, model development, and scalability. The company is developing a robotics teleoperations platform aimed at creating a decentralized ecosystem that incentivizes the collection and use of high-quality visual datasets. PrismaX’s approach focuses on establishing fair use standards where revenue generated from data powering AI models is shared with the communities that produce it, thereby tackling issues of data scarcity, bias, and affordability that have hindered robotics advancements. The platform is built around three foundational pillars: data, teleoperation, and models. PrismaX plans to validate and incentivize visual data to scale robotics datasets comparable to text data, define uniform teleoperation standards to streamline operator access and payments, and collaborate with AI teams to develop foundational models that enable more autonomous robots. This integrated approach aims to create a “data flywheel
roboticsartificial-intelligenceteleoperationdata-scalabilityautonomous-robotsrobotics-foundation-modelsdecentralized-technologyWaymo 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-technologyNew robot swarm builds resilient structures without human interference
Engineers at the University of Pennsylvania have developed a novel swarm robotics system inspired by insect colonies, enabling robots to build resilient honeycomb-like structures without centralized plans, blueprints, or coordination. Mimicking how bees, ants, and termites construct complex nests through local environmental cues, these robots follow simple mathematical rules to self-assemble by reacting only to their immediate surroundings. This decentralized approach allows the swarm to continue building even if individual robots fail, enhancing resilience and adaptability in unpredictable conditions. The research team fine-tuned the swarm’s behavior through extensive simulations, adjusting parameters such as speed and turn angle to influence the geometry and toughness of the resulting structures. Their findings build on prior insights that introducing disorder into honeycomb lattices can increase material toughness, demonstrating that swarm behavior can autonomously generate such beneficial variations. While still primarily in simulation, early physical prototypes have been created, and future work aims to translate the system to real-world applications, potentially using electrochemical methods to grow metal structures. This approach represents a
roboticsswarm-roboticsdecentralized-manufacturingautonomous-robotsresilient-structuresbio-inspired-robotsself-assemblyRoboworx to aid Miso Robotics in installation, maintenance of its Flippy robots - The Robot Report
Miso Robotics has partnered with Roboworx to provide installation, maintenance, and ongoing support for its Flippy Fry Station, an automated frying robot designed to address labor shortages in the restaurant industry. Flippy automates frying tasks with precision and consistency, powered by Miso’s proprietary Kitchen AI, and offers 99% uptime with self-healing capabilities. The robot enhances labor flexibility by allowing employees under 18 to operate it legally and is offered through a robotics-as-a-service (RaaS) model with no upfront costs, making it a cost-effective alternative to full-time staff. Currently, Flippy is deployed in 20 locations, including Jack in the Box and White Castle, with further rollouts planned. The collaboration leverages Roboworx’s nationwide network of robot technicians to support both new and existing Flippy installations, ensuring rapid deployment, preventative maintenance, on-demand repairs, and customer training. Roboworx’s services aim to maximize the value of Miso’s automation systems
roboticsrestaurant-automationFlippy-robotMiso-RoboticsRoboworxAI-automationrobotics-maintenanceRobot sales for the automotive industry remain high in Europe - The Robot Report
According to the International Federation of Robotics (IFR), investments in automation within Europe’s automotive industry remain robust, with 23,000 industrial robots installed in 2024—marking the second-highest figure in five years. The automotive sector is Europe’s largest robotics customer, accounting for about one-third of the region’s annual manufacturing robot installations, surpassing North America’s 19,200 units in the same year. Europe’s leadership in automotive automation is further highlighted by six European countries ranking among the top 10 globally for robot density in the automotive industry, with Switzerland leading at 3,876 robots per 10,000 factory workers. Germany, Italy, and Spain are key contributors to Europe’s overall robotics installations, with Germany alone representing roughly 30% of the total. Globally, China is experiencing significant growth in robotics adoption, driven by a national strategy that has resulted in approximately 280,000 robot installations annually between 2021 and 2023. China now accounts for
roboticsindustrial-robotsautomotive-industryautomationEuropemanufacturingrobot-densityApplied 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-technologyroboticsAI co-designs a jumping robot that outperforms its human-made twin
Researchers at MIT’s Computer Science & Artificial Intelligence Laboratory (CSAIL) have developed a novel system leveraging generative AI, specifically diffusion models, to co-design robots by optimizing their mechanical structures through iterative simulation and fabrication. This approach allows users to input a 3D model and specify modifiable components, enabling the AI to generate and test numerous design variants before physical production. In a key demonstration, the AI-designed jumping robot outperformed a human-designed counterpart by jumping 41% higher, achieved through innovative curved, drumstick-like linkages that were lighter yet stronger and had greater energy capacity. Additionally, the AI improved the robot’s foot design, enhancing landing stability by 84%, significantly reducing falls. This breakthrough highlights the potential of diffusion models to reveal new insights into structural physics and accelerate hardware design processes, which traditionally lag behind software development due to complexity and manufacturing constraints. By balancing competing objectives such as jump height and landing success, the AI system produced optimized designs that blend human intuition with machine precision.
roboticsAI-designgenerative-AI3D-printingrobot-optimizationdiffusion-modelsrobotic-hardwareElephant trunk drone arm bends, grabs, and works in tight spaces
Researchers at the University of Hong Kong have developed the Aerial Elephant Trunk (AET), a flexible, shape-shifting robotic arm inspired by an elephant’s trunk, designed to enhance drone capabilities in complex manipulation tasks. Unlike traditional rigid drone arms with grippers, the AET uses a soft, continuum structure that can bend, twist, and wrap around objects of various sizes and shapes, enabling drones to operate effectively in tight spaces and awkward angles. This innovation addresses key limitations of existing aerial robots, such as weight constraints and limited range of motion, allowing drones to perform tasks that require both reach and finesse. The AET’s dexterity and adaptability make it particularly valuable for applications in disaster response, infrastructure maintenance, and inspections in hard-to-reach environments. It can navigate narrow pipelines, maneuver around obstacles, and handle delicate operations like clearing debris from collapsed buildings or repairing high-voltage lines and bridges. By expanding the functional roles of drones beyond observation to hands-on interaction, the AET represents a
roboticsdronesaerial-roboticsflexible-robotic-armsrobotic-manipulationdisaster-response-technologyinfrastructure-inspectionNew 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-productionWatch: Figure 02 robot achieve near-human package sorting skills
Figure AI’s humanoid robot, Figure 02, has demonstrated significant advancements in package sorting, achieving near-human speed and dexterity by processing parcels in about 4.05 seconds each with a 95% barcode scanning success rate. This marks a 20% speed improvement over earlier demonstrations despite handling more complex tasks involving a mix of rigid boxes, deformable poly bags, and flat padded envelopes. Key to this progress is the upgraded Helix visuomotor system, which benefits from a six-fold increase in training data and new modules for short-term visual memory and force feedback. These enhancements enable the robot to remember partial barcode views, adjust grips delicately, and manipulate flexible parcels by flicking or patting them for optimal scanning. The improvements highlight the potential of end-to-end learning systems in dynamic warehouse environments, where the robot can adapt its sorting strategy on the fly and even generalize its skills to new tasks, such as recognizing a human hand as a signal for handing over parcels without additional programming
roboticshumanoid-robotpackage-sortingmachine-learningforce-feedbackvisual-memoryautomationScientists build robot that can soar and roll on just two actuators
Researchers at the Singapore University of Technology and Design have developed ATOM, a novel dual-mobility robot that operates using only two actuators to achieve both flight and ground movement. Unlike most hybrid robots that rely on multiple motors, gears, or transformable frames, ATOM’s design employs two counter-rotating actuators enabling it to take off, fly directionally, roll on the ground, and perform turns with high energy efficiency. Its mono-wing structure acts like a spinning wheel in flight, capable of rotating clockwise or anticlockwise, a rare feature among similar designs. On the ground, ATOM uses its frame for navigation and employs a reverse thrust mechanism to handle resistance during turns, enhancing control and maneuverability. ATOM addresses several limitations seen in previous hybrid robots. Earlier mono-wing robots struggled with ground friction, directional flight constraints, and the inability to self-right after landing upside down, often requiring manual intervention. In contrast, ATOM’s wheeled frame reduces drag on rough surfaces, its
roboticsdual-mobility-robotenergy-efficient-robotactuatorshybrid-robot-designaerial-ground-robotsearch-and-rescue-robotfarm-ng updates Amiga robot software for small, midsize farms - The Robot Report
Farm-ng has released significant updates to its Amiga modular robot software, aiming to enhance usability and accessibility for small and midsize farms. The company emphasizes its commitment to providing affordable, practical agricultural robotics solutions that empower farmers with advanced technology. Key improvements include a streamlined, grower-centric user interface (UI) that allows intuitive monitoring of robot health, easy management of implements like sprayers, and simplified operation even for users with limited technical skills. Additional enhancements feature automated implement control within farming zones, improved accuracy in hands-free navigation, and a new Job Manager tool designed to plan, save, and repeat tasks such as seeding, weeding, and spraying. This functionality aims to increase operational efficiency, reduce human error, and save time by enabling precise, hands-free work. All software updates are delivered over-the-air (OTA), allowing existing Amiga users to upgrade seamlessly without extra hardware or complex installations. Overall, these updates reinforce farm-ng’s mission to support productivity and innovation in agriculture through accessible robotics technology
roboticsagricultural-robotsfarm-automationmodular-robotsAmiga-robotprecision-agriculturerobotic-software-updatesWelding project uses robotics to crunch 12 workhours into 45 minutes - The Robot Report
The article details a successful automation project undertaken by Properly Works and Seibel Modern to dramatically improve the efficiency of fabricating steel fencing for a bridge construction project. Faced with the challenge of producing over 3 miles of fencing within 90 weeks—each segment requiring about 10 hours of manual welding and setup—Seibel Modern partnered with Properly Works to develop a fully automated robotic welding work cell. This integrated system, orchestrated by an AutomationDirect Productivity PLC, synchronized the welding process, robot movements, and fixture positioning, achieving a remarkable 12-to-1 reduction in production time (compressing 12 work hours into 45 minutes) while also reducing rework by 50%. The collaboration leveraged Seibel Modern’s expertise in welding geometry and fixture design alongside Properly Works’ automation and sensor integration capabilities. The automated fixture featured a servo motor-driven rack-and-pinion mechanism and hydraulic lift for precise positioning, synchronized with the robotic welding arm’s gantry system. A programmable logic controller (
roboticsautomated-weldingindustrial-automationrobotic-welding-armmanufacturing-efficiencycollaborative-robotswelding-technologyHyundai Motor Group & Incheon International Airport to Deliver Next-Level Convenience with AI-Powered EV Charging Robots - CleanTechnica
Hyundai Motor Group and Incheon International Airport Corporation (IIAC) have entered a strategic partnership to deploy AI-powered electric vehicle (EV) automatic charging robots (ACRs) at Incheon International Airport. This collaboration, formalized through a Memorandum of Understanding, aims to enhance convenience, safety, and operational efficiency by integrating Hyundai’s advanced robotics and AI technologies with the airport’s infrastructure. The airport will serve as a demonstration site to verify usability and gather user feedback, supporting the airport’s transformation into an “Aviation AI Innovation Hub” amid its ‘Incheon Airport 4.0 Era’ expansion. The ACR technology has received safety certifications from Korea (KC) and the European Union (CE), underscoring its reliability and quality. Hyundai Motor Group plans to leverage its Robotics LAB experience, including prior demonstration projects like the ‘robot-friendly building’ initiative in Seoul, to expand ACR services beyond airports to other transportation hubs such as seaports and railways. The partnership also includes
roboticsartificial-intelligenceelectric-vehiclesEV-chargingsmart-airportmobility-solutionsHyundai-Motor-GroupSojo Industries raises $40M to scale mobile manufacturing lines - The Robot Report
Sojo Industries, a Bristol, Pennsylvania-based company specializing in advanced robotics, mobile manufacturing, and modular packaging systems for the food and beverage industry, has raised $40 million to expand its operations. Founded in 2021, Sojo aims to scale its Sojo Flight mobile manufacturing lines, enhance its Sojo Shield track-and-trace software platform, and broaden automation across its “atoms to bits” platform. The funding round was led by S2G Investments, a firm focused on sustainable solutions in food, agriculture, oceans, and energy. Sojo’s technology addresses inefficiencies in legacy packaging models by enabling faster, more flexible, and cost-effective production and distribution, particularly for variety-pack products. Sojo Flight offers mobile manufacturing lines that can be deployed and operational within an hour, allowing on-site production that reduces the need for shipping products to separate co-packing facilities. This approach helps brands and manufacturers save significantly on freight and packaging costs while increasing supply chain agility. Additionally, Sojo Shield provides
roboticsmobile-manufacturingautomationpackaging-technologysupply-chain-innovationfood-and-beverage-industrymodular-systemsChinese firm eases humanoid, legged robot development with new suite
EngineAI Robotics, a Shenzhen-based Chinese firm, has launched EngineAI RL Workspace, an open-source, modular reinforcement learning platform tailored specifically for legged robotics development. This comprehensive suite includes dual frameworks—a training code repository and a deployment code repository—that together provide an end-to-end solution from algorithm training to real-world application. The platform is designed to enhance development efficiency through reusable logic structures, a unified single-algorithm executor for both training and inference, and decoupled algorithms and environments that enable seamless iteration without interface changes. The EngineAI RL Workspace integrates the entire development pipeline with four core components: environment modules, algorithm engines, shared toolkits, and integration layers, each independently encapsulated to facilitate multi-person collaboration and reduce communication overhead. Additional features include dynamic recording systems for capturing training and inference videos, intelligent version management to maintain experiment consistency, and detailed user guides to support rapid onboarding. At CES 2025, EngineAI showcased humanoid robots like the SE01, a versatile 5.
roboticshumanoid-robotsreinforcement-learninglegged-robotsrobot-developmentAI-in-roboticsmodular-robotics-platformRecapping Robotics Summit & Expo 2025
The Robot Report Podcast’s Episode 199 features Cam Myers, CEO of CreateMe Technologies, discussing the innovative integration of robotics and adhesive technology in garment manufacturing. Myers highlights the challenges of automating clothing production and the advantages of adhesives over traditional sewing, emphasizing potential reshoring of manufacturing due to shifting tariffs. He also outlines CreateMe’s future focus on sustainability and adapting to changing consumer demands. This episode marks the podcast’s first to include a video interview on their YouTube channel. The episode also covers key industry news, including Aldebaran—the maker of the humanoid robots Nao and Pepper—entering receivership after financial struggles despite past successes and acquisitions. Additionally, the U.S. Congressional Robotics Caucus has been relaunched as a bipartisan effort to promote robotics research and industry competitiveness, with new co-chairs appointed. Lastly, Amazon is reportedly developing AI software to train humanoid robots for package delivery, aiming to enhance automation in its logistics operations.
roboticshumanoid-robotsautomationmanufacturing-technologyadhesive-technologyrobotics-industryCongressional-Robotics-CaucusStartups Weekly: No sign of pause
The article "Startups Weekly: No sign of pause" highlights the continued dynamism in the startup ecosystem despite major industry events like WWDC, with June seeing numerous significant deals and IPO announcements. It underscores that startup trajectories are often nonlinear, exemplified by neobank Chime’s near-collapse in 2016 before its highly anticipated IPO. Other notable startups include Nucleus Genomics, which offers controversial embryo genetic testing, and Automattic, the WordPress.com owner, which continues to support its personal CRM app after raising substantial venture capital. The piece also details key venture capital and funding developments, spotlighting several large and strategic investments. Multiverse Computing raised about $215 million for its technology that reduces the size and cost of large language models, while enterprise AI company Glean’s valuation surged to $7.2 billion. Other highlighted startups include Fervo Energy, backed by Bill Gates’ Breakthrough Energy Catalyst for geothermal projects; German nuclear fuel startup Proxima Fusion; delivery robot company Coco Robotics
energygeothermal-energyfusion-energyroboticsdelivery-robotsAI-integrationstartup-fundingUK 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-innovationBoston Dynamics robots dance to ‘Don’t Stop Me Now’ for ‘America’s Got Talent’ audition
A dance crew of four-legged robots from Boston Dynamics performed a synchronized routine to Queen’s “Don’t Stop Me Now” on “America’s Got Talent,” earning four “yes” votes from the judges despite one robot shutting down mid-performance. Judge Simon Cowell remarked that the malfunction actually highlighted the difficulty of the routine, providing a more authentic view of the technology’s challenges. This moment contrasted with Boston Dynamics’ previous efforts to present their robots as flawless, showcasing instead the complexity and limits of robotic engineering. Boston Dynamics has historically been secretive about their robots’ failures, but recent openness about mishaps—such as their Atlas robots falling during parkour—reflects the reality of pushing robotic capabilities to the edge. The imperfect performance on national television may ultimately be more memorable and insightful than a flawless but less relatable display, emphasizing both the progress and ongoing challenges in robotics development.
robotsBoston-Dynamicsroboticsrobot-performancerobot-dancerobot-technologyrobot-failurePreparing 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-RoboticsTesla sues ex-engineer for stealing Optimus robot’s trade secrets
Tesla has filed a lawsuit against former engineer Zhongjie “Jay” Li, accusing him of stealing proprietary technology from its Optimus humanoid robot program to launch a rival startup, Proception. The complaint alleges that Li downloaded confidential information related to Tesla’s advanced robotic hand sensors onto personal devices before leaving the company in September 2024. Tesla claims that Proception, backed by Y Combinator, used this stolen data to rapidly develop humanoid robotic hands that closely resemble Tesla’s designs, achieving in months what Tesla took years and billions of dollars to build. The lawsuit also highlights suspicious behavior by Li, including researching humanoid robotic hands and seeking startup funding while still employed at Tesla. This legal action comes amid ongoing challenges for Tesla’s Optimus project, which was initially announced in 2021 with plans for a 2023 rollout but has since faced delays, pushing the expected sales date to 2026. Public demonstrations have shown limited autonomous functionality, with many robots remotely controlled by humans. Despite
roboticshumanoid-robotsTesla-Optimustrade-secretsrobotic-hand-sensorsAI-roboticsstartup-litigationOMRON gives insight into new dedicated robotics organization - The Robot Report
OMRON Corporation has established a dedicated global robotics organization as of April 1, reflecting its strategic commitment to robotics as a core pillar of its end-to-end automation systems. This new unit will operate alongside OMRON’s existing automation business, allowing both to complement and reinforce each other. The initiative aims to enhance customer success through faster decision-making, world-class technical support, and strengthened specialized expertise, particularly across Europe. Investments include Automation and Robotics Centers of Excellence in France, Spain, and Germany, as well as a network of proof-of-concept labs to foster local innovation. The European robotics team comprises dedicated sales, application, and service engineers working closely with the global organization to provide targeted technical expertise and quicker responses to evolving customer needs. Justin King, OMRON’s vice president of product management, marketing, and business development for Robotics and Safety Technologies, explained that the creation of this specialized organization was driven by the desire to better serve customers by integrating product development, manufacturing, sales, and support functions
roboticsautomationOMRONindustrial-robotsrobotics-organizationrobotics-innovationautomation-systemsMotional 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-carsautomationJapan'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-cityroboticsRobot 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-robotsNHS plans to cut waitlist times by expanding access to robotic surgeries - The Robot Report
The NHS of England has announced ambitious plans to significantly expand the use of robotic surgery over the next decade to reduce waiting times and improve patient outcomes. By 2035, the NHS aims to perform half a million robotic operations annually, a substantial increase from 70,000 in 2023-2024. Robotic surgery, particularly in keyhole procedures, is expected to become the default approach for 90% of such surgeries, up from 20% today. This expansion is part of the NHS’s broader commitment to shorten elective waiting times by 2029, leveraging advanced technology to increase surgical capacity, enhance precision, and promote faster patient recovery with shorter hospital stays. Robotic surgery offers several advantages over traditional methods, including greater dexterity for surgeons and less physical strain, as surgeons operate instruments via a console with 3D visualization. The technology has broadened beyond its initial focus on urological cancer surgeries to include colorectal, gynecological, ENT, and orthopedic procedures. Some robotic systems
roboticsrobotic-surgeryNHShealthcare-technologymedical-robotssurgical-robotskeyhole-surgeryMeta V-JEPA 2 world model uses raw video to train robots
Meta has introduced V-JEPA 2, a 1.2-billion-parameter world model designed to enhance robotic understanding, prediction, and planning by training primarily on raw video data. Built on the Joint Embedding Predictive Architecture (JEPA), V-JEPA 2 undergoes a two-stage training process: first, self-supervised learning from over one million hours of video and a million images to capture physical interaction patterns; second, action-conditioned learning using about 62 hours of robot control data to incorporate agent actions for outcome prediction. This approach enables the model to support planning and closed-loop control in robots without requiring extensive domain-specific training or human annotations. In practical tests within Meta’s labs, V-JEPA 2 demonstrated strong performance on common robotic tasks such as pick-and-place, achieving success rates between 65% and 80% in previously unseen environments. The model uses vision-based goal representations, generating candidate actions for simpler tasks and employing sequences of visual subgoals for more complex tasks
roboticsAIworld-modelsmachine-learningvision-based-controlrobotic-manipulationself-supervised-learningSensitive skin to help robots detect information about surroundings
Researchers from the University of Cambridge and University College London have developed a highly sensitive, low-cost, and durable robotic skin that can detect various types of touch and environmental information similarly to human skin. This flexible, conductive skin is made from a gelatine-based hydrogel that can be molded into complex shapes, such as a glove for robotic hands. Unlike traditional robotic touch sensors that require multiple sensor types for different stimuli, this new skin acts as a single sensor capable of multi-modal sensing, detecting taps, temperature changes, cuts, and multiple simultaneous touches through over 860,000 tiny conductive pathways. The team employed a combination of physical testing and machine learning to interpret signals from just 32 electrodes placed at the wrist, enabling the robotic skin to process more than 1.7 million data points across the hand. Tests included exposure to heat, gentle and firm touches, and even cutting, with the collected data used to train the system to recognize different types of contact efficiently. While not as sensitive as human skin
roboticsrobotic-skinsensorsflexible-materialsconductive-hydrogelmulti-modal-sensinghuman-robot-interactionWandercraft raises $75M to scale exoskeletons, humanoids
Wandercraft, a French robotics company, has secured $75 million in Series D funding to advance the commercialization and scaling of its innovative exoskeleton and humanoid robot technologies. The funding will support the launch of Eve, a self-balancing personal exoskeleton designed to provide upright motion and walking independence for individuals with severe mobility impairments, with commercialization targeted as early as 2026. Additionally, Wandercraft aims to expand clinical adoption of its rehabilitation system Atalante X and develop Calvin-40, an industrial-grade humanoid robot intended for physically demanding tasks. The company’s technology leverages AI refined through extensive simulations and real-world use, enhancing natural walking motion and mobility for users. Wandercraft is conducting clinical trials for Eve at the James J. Peters VA Medical Center in New York and will soon start another at the Kessler Institute for Rehabilitation in New Jersey, focusing on safety and effectiveness for spinal cord injury patients. A notable milestone was achieved when Kevin Piette
roboticsexoskeletonhumanoid-robotsAI-powered-roboticsrehabilitation-technologymobility-aidsindustrial-robotsMeta’s new AI helps robots learn real-world logic from raw video
Meta has introduced V-JEPA 2, an advanced AI model trained solely on raw video data to help robots and AI agents better understand and predict physical interactions in the real world. Unlike traditional AI systems that rely on large labeled datasets, V-JEPA 2 operates in a simplified latent space, enabling faster and more adaptable simulations of physical reality. The model learns cause-and-effect relationships such as gravity, motion, and object permanence by analyzing how people and objects interact in videos, allowing it to generalize across diverse contexts without extensive annotations. Meta views this development as a significant step toward artificial general intelligence (AGI), aiming to create AI systems capable of thinking before acting. In practical applications, Meta has tested V-JEPA 2 on lab-based robots, which successfully performed tasks like picking up unfamiliar objects and navigating new environments, demonstrating improved adaptability in unpredictable real-world settings. The company envisions broad use cases for autonomous machines—including delivery robots and self-driving cars—that require quick interpretation of physical surroundings and real
roboticsartificial-intelligencemachine-learningautonomous-robotsvideo-based-learningphysical-world-simulationAI-modelsMeta’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-agentsNVIDIA Isaac, Omniverse, and Halos to aid European robotics developers - The Robot Report
At the GPU Technology Conference (GTC) in Paris, NVIDIA announced new AI-driven tools and platforms aimed at advancing robotics development, particularly for European manufacturers facing labor shortages and sustainability demands. Central to this initiative is NVIDIA Isaac GR00T N1.5, an open foundation model designed to enhance humanoid robot reasoning and skills, now available on Hugging Face. Alongside this, the company released Isaac Sim 5.0 and Isaac Lab 2.2, open-source robotics simulation frameworks optimized for NVIDIA RTX PRO 6000 systems, enabling developers to better train, simulate, and deploy robots across various applications. NVIDIA’s approach for the European robotics ecosystem revolves around a “three-computer” strategy: DGX systems and GPUs for AI model training, Omniverse and Cosmos platforms on OVX systems for simulation and synthetic data generation, and the DRIVE AGX in-vehicle computer for real-time autonomous driving processing. This scalable architecture supports diverse robotic forms, from industrial robots to humanoids. Several European robotics companies are actively integrating NVIDIA’s stack—Agile Robots uses Isaac Lab to train dual-arm manipulators, idealworks extends Omniverse Blueprints for humanoid fleet simulation, Neura Robotics collaborates with SAP to refine robot behavior in complex scenarios, Vorwerk enhances home robotics models with synthetic data pipelines, and Humanoid leverages the full NVIDIA stack to significantly reduce prototyping time and improve robot cognition. Overall, NVIDIA’s new tools and collaborative ecosystem aim to accelerate the development and deployment of smarter, safer robots in Europe, addressing critical challenges such as labor gaps and the need for sustainable manufacturing and automation solutions.
roboticsartificial-intelligenceNVIDIA-Isaacrobot-simulationautonomous-robotsindustrial-robotsAI-driven-manufacturingHow Do Robots See?
The article "How Do Robots See?" explores the mechanisms behind robotic vision beyond the simple use of cameras as eyes. It delves into how robots process visual information to understand their environment, including determining the size of objects and recognizing different items. This involves advanced technologies and algorithms that enable robots to interpret visual data in a meaningful way. Boston Dynamics is highlighted as an example, demonstrating how their robots utilize these vision systems to navigate and interact with the world. The article emphasizes that robotic vision is not just about capturing images but involves complex processing to enable perception and decision-making. However, the content provided is incomplete and lacks detailed explanations of the specific technologies or methods used.
roboticscomputer-visionBoston-Dynamicsrobot-sensingmachine-perceptionartificial-intelligencerobotics-technologyNew 'claw machine' robot speeds up embryo model research
Researchers at the University of Washington and the Brotman Baty Institute have developed a novel automated robot, inspired by a "claw machine" design, to sort stem cell-derived embryo models called gastruloids. Gastruloids mimic the third week of human embryonic development, a critical phase when the body's three primary germ layers form. This new system enables scientists to efficiently isolate and study hundreds of gastruloids simultaneously, overcoming previous challenges of manual sorting that were time-consuming and prone to human error. The robot uses a combination of a microscope, digital camera, sliding stage, and microraft manipulation tools to precisely select individual gastruloids grown on tiny platforms. This automation not only speeds up research but also allows for more detailed investigation into the subtle variations between gastruloids, which can reveal insights into genetic drift, epigenetic influences, and developmental heterogeneity. Importantly, the technology facilitates studies on genetic disorders such as aneuploidy—abnormal chromosome numbers—by enabling analysis of how gastruloids with varying aneuploid cell proportions self-correct, shedding light on embryonic robustness. By providing a scalable, ethical, and precise platform for studying early human development, this innovation promises to accelerate advances in developmental biology, disease modeling, and regenerative medicine. The findings were published in APL Bioengineering.
roboticsautomationstem-cell-researchbiomedical-engineeringembryo-modelinglaboratory-roboticscell-sorting-technologyMIT teaches drones to survive nature’s worst, from wind to rain
MIT researchers have developed a novel machine-learning-based adaptive control algorithm to improve the resilience of autonomous drones against unpredictable weather conditions such as sudden wind gusts. Unlike traditional aircraft, drones are more vulnerable to being pushed off course due to their smaller size, which poses challenges for critical applications like emergency response and deliveries. The new algorithm uses meta-learning to quickly adapt to varying weather by automatically selecting the most suitable optimization method based on real-time environmental disturbances. This approach enables the drone to achieve up to 50% less trajectory tracking error compared to baseline methods, even under wind conditions not encountered during training. The control system leverages a family of optimization algorithms known as mirror descent, automating the choice of the best algorithm for the current problem, which enhances the drone’s ability to adjust thrust dynamically to counteract wind effects. The researchers demonstrated the effectiveness of their method through simulations and real-world tests, showing significant improvements in flight stability. Ongoing work aims to extend the system’s capabilities to handle multiple disturbance sources, such as shifting payloads, and to incorporate continual learning so the drone can adapt to new challenges without needing retraining. This advancement promises to enhance the efficiency and reliability of autonomous drones in complex, real-world environments.
dronesautonomous-systemsmachine-learningadaptive-controlroboticsartificial-intelligencemeta-learningRoboBusiness 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-competitionChina'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-roboticsInterview with Amar Halilovic: Explainable AI for robotics - Robohub
Amar Halilovic, a PhD student at Ulm University in Germany, is conducting research on explainable AI (XAI) for robotics, focusing on how robots can generate explanations of their actions—particularly in navigation—that align with human preferences and expectations. His work involves developing frameworks for environmental explanations, especially in failure scenarios, using black-box and generative methods to produce textual and visual explanations. He also studies how to plan explanation attributes such as timing, representation, and duration, and is currently exploring dynamic selection of explanation strategies based on context and user preferences. Halilovic finds it particularly interesting how people interpret robot behavior differently depending on urgency or failure context, and how explanation expectations shift accordingly. Moving forward, he plans to extend his framework to enable real-time adaptation, allowing robots to learn from user feedback and adjust explanations on the fly. He also aims to conduct more user studies to validate the effectiveness of these explanations in real-world human-robot interaction settings. His motivation for studying explainable robot navigation stems from a broader interest in human-machine interaction and the importance of understandable AI for trust and usability. Before his PhD, Amar studied Electrical Engineering and Computer Science in Bosnia and Herzegovina and Sweden. Outside of research, he enjoys traveling and photography and values building a supportive network of mentors and peers for success in doctoral studies. His interdisciplinary approach combines symbolic planning and machine learning to create context-sensitive, explainable robot systems that adapt to diverse human needs.
roboticsexplainable-AIhuman-robot-interactionrobot-navigationAI-researchPhD-researchautonomous-robotsUK trials underwater robot to defend against undersea sabotage
The UK Royal Navy, in collaboration with the Defence Science and Technology Laboratory (DSTL) and industry partners such as Alford Technologies and Sonardyne, is testing an advanced underwater remotely operated vehicle (ROV) designed to protect critical undersea infrastructure like cables and pipelines. This robot can operate at depths beyond human diver reach and remain underwater for extended periods, enabling it to detect unexploded ordnance (UXO) and potential sabotage threats. Equipped with specialized navigation, sensors, and cameras, the ROV provides real-time video and sonar data to operators who can remotely neutralize hazards by deploying controlled explosive charges, thereby reducing risks to divers and vessels. The ROV’s capabilities offer significant operational advantages by enhancing safety and efficiency in clearing underwater threats, supporting extended missions in deep or hazardous waters. Its reusable design also delivers economic benefits through cost-effectiveness and industry collaboration, contributing to the UK’s defense and security landscape. Field trials have been conducted at multiple sites, including Portsmouth, South Wales, and Norway, demonstrating the robot’s performance and potential as a valuable tool for safeguarding vital marine infrastructure against sabotage or accidental damage.
underwater-robotroboticsdefense-technologyremote-operated-vehiclemarine-securityunexploded-ordnance-detectionundersea-infrastructure-protectionBeewise brings in $50M to expand access to its robotic BeeHome - The Robot Report
Beewise Inc., a climate technology company specializing in AI-powered robotic beekeeping, has closed a $50 million Series D funding round, bringing its total capital raised to nearly $170 million. The company developed the BeeHome system, which uses artificial intelligence, precision robotics, and solar power to provide autonomous, real-time care to bee hives. This innovation addresses the critical decline in bee populations—over 62% of U.S. colonies died last year—threatening global food security due to bees’ essential role in pollinating about three-quarters of flowering plants and one-third of food crops. BeeHome enables continuous hive health monitoring and remote intervention by beekeepers, resulting in healthier colonies, improved crop yields, and enhanced biodiversity. Since its 2022 Series C financing, Beewise has become a leading global provider of pollination services, deploying thousands of AI-driven robotic hives that pollinate over 300,000 acres annually for major growers. The company has advanced its AI capabilities using recurrent neural networks and reinforcement learning to mitigate climate risks in agriculture. The latest BeeHome 4 model features Beewise Heat Chamber Technology, which eliminates 99% of lethal Varroa mites without harmful chemicals. The new funding round, supported by investors including Fortissimo Capital and Insight Partners, will accelerate Beewise’s technological innovation, market expansion, and research efforts to further its mission of saving bees and securing the global food supply.
roboticsartificial-intelligenceautonomous-systemsenergyagriculture-technologymachine-learningclimate-technologyOxipital AI and Schmalz extend partnership for automated picking - The Robot Report
Oxipital AI and J. Schmalz GmbH have extended their partnership to integrate Oxipital AI’s advanced machine vision technology with Schmalz’s mGrip robotic fingers and vacuum end-of-arm tooling (EOAT). This collaboration aims to deliver next-generation robotic grasping solutions that improve operational efficiency, reduce labor dependence, and ensure consistent, safe, and profitable production, particularly in the food and beverage industry. Oxipital AI, originally founded as Soft Robotics, has shifted its focus from soft robotic grippers to AI-enabled machine vision systems, exemplified by its recent release of the VX2 Vision System designed for food-grade inspection and picking. Schmalz, a global leader in vacuum industrial automation and ergonomic material handling since 1910, benefits from this partnership by expanding the applicability of its tooling solutions to more complex manufacturing processes. The integration of Oxipital AI’s vision technology enhances Schmalz’s robotic grasping capabilities, enabling more capable and higher-performing picking solutions. Both companies emphasize their shared focus on robotic automation and digitalization, with Schmalz leveraging acquisitions and new technologies to strengthen its offerings in packaging, food, and pharmaceutical industries. The partnership was highlighted at the recent Automate event, signaling ongoing collaboration and innovation in automated picking systems.
roboticsartificial-intelligencemachine-visionrobotic-pickingautomationend-of-arm-toolingindustrial-roboticsXRobotics’ countertop robots are cooking up 25,000 pizzas a month
XRobotics, a San Francisco-based startup, has developed the xPizza Cube, a compact countertop robot designed to automate key pizza-making tasks such as applying sauce, cheese, and pepperoni. The machine, roughly the size of a stackable washing machine, can produce up to 100 pizzas per hour and is adaptable to various pizza styles, including Detroit and Chicago deep dish. Leasing at $1,300 per month over three years, the robot aims to save pizza makers 70-80% of the labor time involved in repetitive tasks, helping both small pizzerias and large chains improve efficiency without requiring a full overhaul of their kitchen processes. Unlike previous ventures like Zume, which attempted to fully automate pizza production and ultimately failed, XRobotics focuses on assistive technology that integrates into existing kitchens. After initial challenges with a larger, more complex robot, the company pivoted to a smaller, more affordable model launched in 2023, which has since produced 25,000 pizzas monthly. The startup recently raised $2.5 million in seed funding to scale production and expand its customer base. With plans to enter the Mexican and Canadian markets, XRobotics remains committed to the pizza industry, leveraging the large market size and the founders’ personal passion for pizza.
roboticsautomationfood-technologymachine-learningrestaurant-technologypizza-makingkitchen-roboticsHuman-like robot hands could soon rule factories with Nvidia tech
South Korean robotics firm Tesollo is advancing automation with its human-like robotic hands, aiming to replace manual labor across industries globally. The company recently joined Nvidia’s Inception Program, which provides startups with technical guidance, GPU optimization, business support, and global networking to accelerate innovation. Tesollo’s latest product, the DELTO Gripper 5-Finger (DG-5F), launched in March 2025, closely replicates the human hand’s structure with 20 independently controlled joints, enabling precise, complex movements and multiple grip modes such as pinch, power, and precision grips. The DG-5F also features optional high-precision fingertip sensors that provide force feedback and dynamic grip adjustments, making it suitable for tasks requiring delicate handling in environments designed for human workers. In addition to the DG-5F, Tesollo offers the DELTO Gripper 3-Finger (DG-3F), which boasts a modular design for easy maintenance and enhanced durability. Powered by a high-performance BLDC motor and equipped with high-strength steel gears, the DG-3F can withstand over 3 million operational cycles and deliver torque up to 2Nm. It supports multiple operational modes, including Parallel Mode for standard gripping and Smooth Mode for handling delicate objects, with features like target arrival recognition and post-grip position adjustment to improve precision. Both grippers are designed for diverse industrial applications, including automated assembly in smart factories and efficient object handling in logistics, positioning Tesollo’s technology as a significant step toward widespread robotic automation.
roboticsrobotic-handsNvidia-Inception-Programautomationhumanoid-robotsAI-in-roboticsindustrial-automationHeadless humanoid robot built in 40 days to work in Renault factory
Wandercraft, a Paris-based company known for its exoskeleton technology, has developed a headless humanoid robot named Calvin in just 40 days. This voice-controlled, self-balancing robot is designed to perform tough, painful, and non-ergonomic manufacturing tasks, aiming to relieve Renault Group’s workers from such duties while enhancing productivity by reducing production time. Calvin represents Wandercraft’s first industrial humanoid robot and incorporates adaptable hands capable of switching between various end effectors like suction cups and grippers, allowing it to meet diverse operational needs. Beyond industrial applications, Calvin also holds potential for medical care uses. Renault Group has made a strategic investment in Wandercraft, forming a commercial partnership to develop Calvin and future next-generation robots primarily for industrial purposes. This collaboration leverages Renault’s industrial expertise, particularly in design-to-cost and scaling, to industrialize robots and exoskeletons, thereby reducing costs and accelerating automation. Renault’s Chief Industry and Quality Officer, Thierry Charvet, emphasized that the partnership will enable workers to focus on higher-value tasks while improving overall factory productivity. Wandercraft’s CEO Matthieu Masselin highlighted the broader vision of combining robotics and exoskeleton technology to improve lives both in industrial settings and beyond, including clinics and homes.
roboticshumanoid-robotindustrial-automationexoskeleton-technologymanufacturing-roboticsRenault-Groupvoice-controlled-robotHEBI Robotics gets SBIR grant to develop hardware for hazardous environments - The Robot Report
HEBI Robotics, a Pittsburgh-based company specializing in modular robotic systems, has received a $250,000 Small Business Innovation Research (SBIR) grant from the U.S. Army to develop hardware capable of operating safely in hazardous environments containing flammable vapors or fluids. The company aims to create modular building blocks that simplify and reduce the cost of producing robots certified to meet NEC Class I, Division 1 safety standards, which are required for workspaces with explosive or volatile materials. This development will enable robots to perform critical military and industrial tasks such as handling energetics, fuel-tank inspection, and repair, thereby enhancing safety by reducing human exposure to dangerous conditions. HEBI Robotics’ modular approach, described as “Lego-like,” allows for rapid and reliable customization of robots for various challenging environments, including wet, dirty, and underwater settings. The company’s platform is already used in diverse industries and has earned recognition such as the 2025 RBR50 Robotics Innovation Award. The SBIR-funded project marks a significant step toward creating rugged, certified robotic hardware for hazardous environments, with collaboration planned alongside military stakeholders to ensure compliance and performance. This Phase I award could lead to further funding and full-scale production if successful, supporting the U.S. government’s goal to foster innovation and commercialization through small business research initiatives.
roboticsmodular-robotshazardous-environmentsindustrial-automationSBIR-grantmilitary-applicationsrobotic-hardwareChina's AI lab unveils RoboBrain 2.0 model for next-gen humanoid robots
China’s Beijing Academy of Artificial Intelligence (BAAI) has unveiled RoboBrain 2.0, a new open-source AI model designed to serve as the “brain” for next-generation humanoid robots. This model introduces significant advancements in spatial intelligence and task planning, enabling robots to perceive distances more accurately and break down complex tasks into simpler steps. Compared to its predecessor released just three months earlier, RoboBrain 2.0 delivers a 17% increase in processing speed and a 74% improvement in accuracy. The model is part of BAAI’s broader Wujie series, which also includes RoboOS 2.0, a cloud platform for deploying robotics AI, and Emu3, a multimodal system for interpreting and generating text, images, and video. BAAI’s initiative is a key component of China’s ambition to become a global leader in robotics AI. The institute collaborates with over 20 leading companies and seeks to expand partnerships to accelerate innovation in embodied intelligence. Alongside BAAI, other Chinese institutions like the Beijing Humanoid Robot Innovation Centre are advancing the field, exemplified by their development of the Tien Kung humanoid robot and the Hui Si Kai Wu AI platform, which aspires to become the “Android of humanoid robots.” The recent BAAI Conference attracted over 100 international AI researchers and 200 industry experts, highlighting strong engagement from major Chinese tech firms such as Baidu, Huawei, and Tencent. Additionally, BAAI announced a strategic partnership with the Hong Kong Investment Corporation to foster talent development, technological progress, and investment in China’s AI ecosystem.
roboticshumanoid-robotsartificial-intelligenceRoboBrain-2.0spatial-intelligencetask-planningrobotics-AI-modelsWeek 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-innovationWandercraft unveils Calvin, new industrial humanoid, and Renault partnership - The Robot Report
Wandercraft, a French robotics company founded in 2012 with a mission to aid people with severe mobility impairments, has unveiled its first humanoid robot named Calvin. Developed in just 40 days using technology from its exoskeleton products, Calvin is designed primarily for industrial applications. This launch coincides with Renault Group’s minority investment in Wandercraft, aimed at advancing Calvin as a next-generation industrial robot to alleviate workers from physically demanding tasks, improve ergonomics, and boost productivity. Renault will also support commercialization efforts by leveraging its expertise in cost reduction and scaling, facilitating broader market access for Wandercraft’s robotics, including its new exoskeleton, Eve. Wandercraft’s flagship product, the Atalante X exoskeleton, is a self-stabilizing device used in nearly 100 rehabilitation centers worldwide, enabling patients with spinal cord injuries and stroke to walk and relearn natural motion. It features ActiveBalance mode and 12 degrees of freedom for hips, knees, and ankles, offering benefits for both patients and therapists. The device has FDA clearance and CE marking for various conditions. Building on this success, Wandercraft recently introduced a Personal Exoskeleton prototype designed for everyday use in home and community settings, currently undergoing clinical trials. This system also features a fully powered lower body and dynamic walking control, aiming to enhance personal mobility outside clinical environments.
roboticshumanoid-robotexoskeletonindustrial-automationmobility-assistancerehabilitation-technologyRenault-partnershipSaildrone, Meta complete robotic deep-water cable route survey - The Robot Report
Saildrone Inc., in partnership with Meta, successfully completed a 26-day autonomous deep-water cable route survey in the North Atlantic using the Saildrone Surveyor, a 20-meter uncrewed surface vehicle (USV). The Surveyor mapped over 4,500 km of seabed, including complex topographies, without requiring port calls or external assistance. Equipped with advanced sensors such as the Kongsberg EM304 MKII multibeam sonar and powered by AI algorithms, the USV demonstrated data quality and operational performance comparable to traditional crewed survey vessels. Key metrics like route fidelity, line keeping, data transmission, and depth accuracy met or exceeded expectations, proving autonomous ocean mapping is both feasible and highly effective. The mission emphasized minimizing health, safety, and environmental risks by enabling remote operations, allowing hydrographic surveyors and engineers to work from shore-based offices rather than offshore, thus reducing physical and mental strain. Environmentally, the Surveyor avoided approximately 243 tons of CO₂ emissions—over 50 times less than conventional vessels—highlighting the sustainability benefits of uncrewed systems. This successful demonstration not only supports Meta’s growing subsea cable infrastructure needs but also signals broader potential for USVs in subsea telecommunications, offshore energy, and national hydrographic programs, with future efforts aimed at expanding operational capabilities.
roboticsautonomous-vehiclesunderwater-mappinguncrewed-surface-vehicleAI-sensorssubsea-cable-surveymaritime-technology432 robots move 7,500-ton building in China to make way for construction
The 100-year-old Huayanli complex in Shanghai, a 7,382-ton traditional shikumen-style building set covering 13,222 square feet, is being temporarily relocated about 10 meters per day using 432 small walking robots. This unprecedented engineering project aims to clear space for constructing a three-story underground facility beneath the complex, which will house 173,885 square feet of cultural and commercial zones, a parking garage with over 100 spaces, and a transport hub connecting Metro Lines 2, 12, and 13. The dense, historic Zhangyuan area, featuring narrow alleys and tightly packed buildings, necessitated innovative robotic solutions, including drilling and earth-moving robots capable of operating in confined spaces as narrow as 1.2 meters. Advanced technologies such as AI-driven deep learning, building information modeling (BIM), and point cloud scanning were employed to create detailed 3D models of the site, enabling precise planning of movement routes and soil removal paths. A factory-line-style conveyor belt system was implemented to efficiently remove soil with minimal disruption. Once the underground construction is complete, the Huayanli complex will be returned to its original location, integrating preserved historical architecture with modern underground infrastructure, thereby revitalizing the Zhangyuan area while maintaining its cultural heritage.
robotsroboticsconstruction-technologyAIcivil-engineeringbuilding-relocationautomationIs Amazon On Verge Of Replacing Delivery People With Humanoid Robots? - CleanTechnica
Amazon is reportedly developing humanoid robots designed to replace human delivery personnel. The company has established a “humanoid park,” roughly the size of a coffee shop, where these robots are tested on navigating obstacles and performing delivery tasks. Amazon is creating the AI software in-house while outsourcing the robot hardware to an external company. The goal is for these robots to autonomously exit delivery vans and bring packages directly to customers’ doors, potentially increasing delivery efficiency by allowing simultaneous deliveries by robots and human drivers. While the exact development stage and challenges remain unclear, the deployment of such robots could significantly impact human delivery jobs. Amazon’s interest in automation extends to self-driving vehicles through its Zoox unit, indicating a broader strategy to integrate robotics and AI into logistics. Although robots require electricity and recharging, unlike humans, they could operate continuously, offering 24/7 delivery capabilities. This advancement signals a shift toward more automated delivery systems, raising questions about job security for current delivery workers and the future landscape of last-mile logistics.
roboticshumanoid-robotsAmazondelivery-automationAI-softwareelectric-energy-consumptionautonomous-deliveryFigure AI CEO skips live demo, sidesteps BMW deal questions onstage at tech conference
Brett Adcock, CEO of humanoid robotics startup Figure AI, appeared at the Bloomberg Tech conference amid scrutiny over the company’s progress with BMW, a marquee customer. Adcock avoided providing specifics about the nature or commercial value of the BMW contract, instead emphasizing the technical insights gained from deploying robots on factory floors. Figure AI had previously released videos showing its robots operating in a BMW factory but has not conducted any live demonstrations, citing a company philosophy against attending many events and preferring to showcase via videos. Adcock also revealed that Figure AI has signed a contract with a second, unnamed customer—reported by Bloomberg to be UPS—for initial deployment. Despite the skepticism surrounding Figure AI’s commercial relationships, the company claims its AI-powered robots have human-like fine motor skills and precise object manipulation capabilities. Adcock confirmed plans to manufacture and deploy approximately 100,000 robot units within four years. The company is currently attempting to raise $1.5 billion at a valuation reportedly fifteen times higher than its February 2024 valuation. Additionally, Figure AI has taken steps to restrict unauthorized secondary market trading of its shares, signaling efforts to control its stock distribution amid this fundraising phase.
roboticshumanoid-robotsAI-roboticsfactory-automationindustrial-robotsrobot-deploymentrobotics-startupsmaxon releases ESCON2 servo controllers
Maxon has launched the ESCON2 series of servo controllers, designed to deliver enhanced smoothness, dynamics, and precision in various machines and devices. This new line leverages an innovative Hall sensor-based speed control method combined with field-oriented control (FOC) commutation to improve performance, even for BLDC motors without encoders. The ESCON2 controllers range from the compact ESCON2 Nano 24/2 to the more powerful ESCON2 Compact 60/30, supporting voltages up to 60V and currents up to 30A. These controllers are suitable for a wide array of applications including industrial, robotics, medical, and analytical fields, and offer flexible integration options such as plug-in modules, ready-to-connect compact designs, or housed units. The ESCON2 series is notable for its high control rates—10 kHz for speed and 50 kHz for current—and its ability to maintain precise motor currents, torques, and speeds with high energy efficiency, even under continuous operation. The controllers use advanced algorithms and overload-resistant power stages to enable rapid accelerations and accurate motion profiles, resulting in faster machine cycles and improved product quality. A key innovation is the patent-pending method that analyzes Hall sensor switching edges to create virtual sensor information, allowing smooth and stable speed control comparable to encoder-based systems, but without the added cost and wiring complexity of encoders. Additionally, the ESCON2 offers versatile command and monitoring interfaces, including analog/digital I/Os, USB, RS232, and CAN with CANopen CiA402 protocol support. It supports multiple control modes such as Profile Velocity Mode, Cyclic Synchronous Velocity, and Torque modes, alongside maxon-specific modes that combine analog and digital input control. These features enable precise commanding, process monitoring, IoT integration, and predictive maintenance, making ESCON2 a highly adaptable and efficient solution for modern servo control needs.
roboticsservo-controllersmotor-controlBLDC-motorsfield-oriented-controlCANopenindustrial-automationCongratulations to the #ICRA2025 best paper award winners - Robohub
The 2025 IEEE International Conference on Robotics and Automation (ICRA), held from May 19-23 in Atlanta, USA, announced its best paper award winners and finalists across multiple categories. The awards recognized outstanding research contributions in areas such as robot learning, field and service robotics, human-robot interaction, mechanisms and design, planning and control, and robot perception. Each category featured a winning paper along with several finalists, highlighting cutting-edge advancements in robotics. Notable winners include "Robo-DM: Data Management for Large Robot Datasets" by Kaiyuan Chen et al. for robot learning, "PolyTouch: A Robust Multi-Modal Tactile Sensor for Contact-Rich Manipulation Using Tactile-Diffusion Policies" by Jialiang Zhao et al. for field and service robotics, and "Human-Agent Joint Learning for Efficient Robot Manipulation Skill Acquisition" by Shengchent Luo et al. for human-robot interaction. Other winning papers addressed topics such as soft robot worm behaviors, robust sequential task solving via dynamically composed gradient descent, and metrics-aware covariance for stereo visual odometry. The finalists presented innovative work ranging from drone detection to adaptive navigation and assistive robotics, reflecting the broad scope and rapid progress in the robotics field showcased at ICRA 2025.
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energymaterialsroboticslithium-ion-batterieselectromagnetic-coilscoil-gundirected-energy-weaponRoboForce introduces Titan mobile manipulator, brings in $5M more in funding - The Robot Report
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droneUAVeducationtechnologyroboticsinnovationstudent-engagementRobot Talk Episode 121 – Adaptable robots for the home, with Lerrel Pinto
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robotartificial-intelligencemachine-learningimitation-learningroboticstask-automationvideo-trainingDespite the hype, Interact Analysis expects humanoid adoption to remain slow
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robotautomationtechnologyengineeringroboticsChinaapplicationsU.S. automotive industry increased robot installations by 10% in 2024
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robotmotion-controlroboticsautomationEtherCATservo-drivestechnology-innovationsRobot Talk Episode 119 – Robotics for small manufacturers, with Will Kinghorn
robotautomationmanufacturingroboticsartificial-intelligencetechnology-adoptiondigital-transformationYour guide to Day 2 of the 2025 Robotics Summit & Expo
robotroboticsrobotaxiartificial-intelligenceautomationtechnologyexpo2025 Is the Year of the Humanoid Robot Factory Worker
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BurgerBotsABB-Roboticsfast-foodautomationroboticsrestaurant-technologycobotsEpson adds GX-C Series with RC800A controller to its robot line
EpsonroboticsGX-C-seriesSCARA-robotsRC800A-controllerSafeSense-technologyautomationGlacier brings in $16M and announces new Recology King deployment
GlacierfundraisingroboticsrecyclingautomationtechnologyRecologyRobot Talk Episode 113 – Soft robotic hands, with Kaspar Althoefer
roboticssoft-roboticsrobotic-handsKaspar-AlthoefertechnologyengineeringRobohubRobot Talk Episode 115 – Robot dogs working in industry, with Benjamin Mottis
robot-dogsroboticsindustry-applicationsautomationtechnologyBenjamin-MottisRobohubRobot Talk Episode 117 – Robots in orbit, with Jeremy Hadall
robotsspaceroboticstechnologyaerospacepodcastJeremy-HadallRobot Talk Episode 118 – Soft robotics and electronic skin, with Miranda Lowther
soft-roboticselectronic-skinroboticstechnologyMiranda-LowtherUniversity-of-BristolRobohubGet in gear for warehouse automation at the Robotics Summit & Expo
warehouse-automationroboticssupply-chainRobotics-Summiteconomic-challengeslabor-shortagesorder-fulfillment