Articles tagged with "autonomous-systems"
China’s PLA unveils robot that mimics soldiers’ combat moves
China’s People’s Liberation Army (PLA) recently unveiled a new motion-controlled combat robot capable of mimicking soldiers’ combat moves in real time through artificial intelligence. Demonstrated at the 12th International Army Cadets Week (IACW) in November 2025, the robot operates by having a human operator wear a motion-sensing suit, allowing the machine to replicate punches, defensive maneuvers, and other actions almost instantly. This innovation highlights China’s rapid progress in military robotics and aligns with the PLA’s broader strategy to integrate advanced autonomous systems into modern warfare, enhancing battlefield flexibility and deterrence capabilities. The event, organized by the PLA Army Engineering University, included participation from cadets of China and 13 foreign militaries, who also tested other AI-driven military technologies such as mine-clearing robots with visual recognition and bomb-disposal robots controlled by voice commands. The exhibition underscored China’s leveraging of advances in its civilian robotics industry, particularly in humanoid balance and motion control,
robotmilitary-roboticsartificial-intelligenceautonomous-systemscombat-robotsmotion-controlled-robotsintelligent-warfareChina’s alleged ‘spy robot’ seen near Indian border triggers debate
A viral video circulating on Indian social media shows a humanoid-like object near the India-China border, allegedly a Chinese “spy robot” deployed for patrolling duties along the Line of Actual Control (LAC). The 34-second clip, reportedly filmed by Indian soldiers at high altitude, depicts a stationary upright figure resembling a robot, sparking widespread speculation about China’s use of advanced autonomous surveillance technology. However, neither Indian nor Chinese defense authorities have confirmed the object’s identity, and some experts and AI fact-checkers suggest the footage may be misattributed or show a fixed camera platform rather than a humanoid robot. The video’s emergence coincides with China’s recent public announcements about deploying humanoid robots for crowd control and border patrols, particularly by Shenzhen-based UBTech Robotics. UBTech has signed contracts to deploy its industrial-grade Walker S2 robots starting December 2025 along the China-Vietnam border and in key industrial zones, where these robots will conduct inspections and reduce repetitive labor. While
robotsurveillance-robothumanoid-robotmilitary-roboticsautonomous-systemsborder-securityUBTech-RoboticsHumanoid Robots Labeled Next Big Bubble For Chinese Companies - CleanTechnica
The article from CleanTechnica highlights the rapid growth and potential bubble forming around humanoid robot development in China. While Elon Musk has been a prominent figure in electric vehicles (EVs) and autonomous driving, Chinese companies have aggressively advanced in these sectors, often outpacing Musk’s efforts. The Chinese government does not directly pick market winners but sets the regulatory framework, leading to intense competition that has caused many EV firms to sell below cost and face financial strain. This competitive environment is now being mirrored in the humanoid robot industry, which has seen over 150 Chinese companies enter the market following high-profile demonstrations like Unitree’s dancing robots during the Spring Festival Gala. China’s National Development and Reform Commission (NDRC) has recognized humanoid robots as a key future economic growth driver in its five-year plan but is also cautioning against an overheated market that could lead to a bubble. Li Chao, a spokesperson for the commission, emphasized the need to balance rapid growth with sustainable development by
robotshumanoid-robotsChinese-technologyrobotics-industryeconomic-growthautonomous-systemsinnovationSurgical robotics market to double by 2029: report
The global surgical robotics market, currently valued in the billions, is projected to double by 2029, according to a comprehensive report from MassDevice’s Medtech Market Intelligence. Authored by Gayle Grimes, the nearly 100-page report offers detailed forecasts for both U.S. and international markets and analyzes major industry players such as Intuitive, Stryker, Zimmer Biomet, Johnson & Johnson, and Medtronic, among others. Intuitive remains the dominant provider in soft-tissue robotic systems with its next-generation da Vinci 5 multiport robot, while Stryker leads in orthopedic robotic surgery. Despite this, numerous companies are entering the space, indicating significant competitive activity and growth potential. The report highlights that robotic-assisted surgeries currently account for only about 2.5% of the 10 million major operating room procedures performed annually in the U.S., suggesting substantial room for market expansion domestically. It provides extensive insights into surgical robotics procedures, technologies, innovations, market trends,
roboticssurgical-roboticsmedical-robotshealthcare-technologyrobotic-surgeryteleroboticsautonomous-systemsTeen-built spider robot aims to regrow Portugal’s burned forests
Two 19-year-old Portuguese students, Marta Bernardino and Sebastião Mendonça, have developed Trovador, an AI-enabled six-legged robot designed to autonomously plant trees in wildfire-damaged areas of Portugal that are too steep or hazardous for humans and heavy machinery. Portugal, severely affected by wildfires—with over 1.2 million acres burned between 1980 and 2023—has more than 60% of its forests on difficult slopes, making conventional reforestation challenging. Trovador’s hexapod design evenly distributes weight to avoid soil compaction, uses a depth camera to navigate obstacles, and analyzes soil conditions before planting saplings individually, achieving an 85-90% survival rate in trials. This targeted approach contrasts with drone seeding, which often wastes seeds and achieves low survival rates. The robot can plant up to 200 saplings per hour and uploads data such as GPS coordinates and soil metrics to the cloud for remote monitoring, with future updates planned to optimize
robotAIreforestationautonomous-systemsenvironmental-technologyhexapod-robotprecision-plantingLearning robust controllers that work across many partially observable environments - Robohub
The article discusses the challenge of designing robust controllers for intelligent systems operating in partially observable and uncertain environments, such as autonomous robots navigating with noisy sensors and imperfect models. Traditional approaches model decision-making under uncertainty using partially observable Markov decision processes (POMDPs), which assume a single known environment but limited state observability. However, real-world scenarios often involve uncertainty not only in observations but also in the environment model itself, such as unknown obstacle locations or varying dynamics, which POMDPs cannot fully capture. To address this, the authors introduce the hidden-model POMDP (HM-POMDP) framework, which represents a set of possible POMDPs differing in dynamics or rewards but sharing the same structure. Controllers designed for HM-POMDPs must be robust, performing well across all possible models despite the true environment being hidden. Robustness is measured by the worst-case performance over the model set, ensuring reliable operation regardless of which specific environment is encountered. The article highlights their IJCA
roboticsautonomous-systemscontrol-systemspartially-observable-environmentsPOMDProbust-controllersmachine-learningForterra brings in $238M to scale AI platforms for defense applications - The Robot Report
Forterra, a defense-focused company specializing in scalable autonomous hardware and software, has raised $238 million in a Series C funding round led by Moore Strategic Ventures, with participation from investors including Salesforce Ventures and Franklin Templeton. The company plans to use the capital to advance innovation in communications, command, and control systems, and to expand production capacity for edge computing platforms that serve defense and emerging mission domains. Forterra’s CEO, Josh Araujo, emphasized the critical role of autonomous systems in modern military operations, describing the company’s technology as a “force multiplier” that enhances reach, survivability, and effectiveness across battlespace and industrial applications. Forterra’s product suite includes AutoDrive, a self-driving system for diverse terrains; TerraLink, a platform for real-time vehicle oversight; Vektor, a communication and data-brokering layer optimized for disrupted and low-bandwidth environments; Oasis, an interoperability platform; and goTenna, mesh networking devices for secure off-grid connectivity.
robotautonomous-systemsmilitary-roboticsedge-computingcommunication-systemsself-driving-technologydrone-swarmsVideo: New brain helps humanoid robot to clean spaces without prior training
Swiss company Flexion Robotics has developed a novel “brain” for humanoid robots that enables them to autonomously perform diverse tasks, such as cleaning spaces, without prior training or human intervention. Their general-purpose autonomy stack integrates multiple layers: a command layer using language models for common-sense reasoning and task decomposition; a motion layer combining vision, language, and action models trained on synthetic data and fine-tuned for real-world scenarios; and a control layer employing transformer-based whole-body control with a modular skill library. This architecture allows robots to quickly adapt to and interact with their environment intelligently, overcoming the limitations of brittle, task-specific programming. Flexion emphasizes that while humanoid robots have impressive mechanics, the key missing element for practical deployment in uncontrolled settings has been intelligence. By leveraging the same computational and training infrastructure that enabled large language models (LLMs), Flexion aims to create adaptable, autonomous systems capable of scalable, useful work. This development is particularly timely given global demographic shifts and labor shortages, with
roboticshumanoid-robotsautonomous-systemsreinforcement-learningartificial-intelligencemotion-controlrobotics-innovationACM SIGAI Autonomous Agents Award 2026 open for nominations - Robohub
The ACM SIGAI Autonomous Agents Research Award for 2026 is now open for nominations, with a deadline of 15 December 2025. This award recognizes excellence in research on autonomous agents, specifically honoring researchers whose current work significantly influences the field. Funded by an endowment from ACM SIGAI, the award includes a monetary prize, a certificate, and an invitation to deliver a plenary talk at the AAMAS 2026 conference. Nominations can be submitted by anyone via a specified Google form and must include a brief statement (under one page) highlighting both the nominee’s research contributions and the impact of their current work. It is important to note that candidates must be explicitly nominated to be considered. The winner will be announced on 1 February 2026, with the award presentation taking place during the AAMAS conference scheduled for 25-29 May 2026 in Paphos, Cyprus. For further inquiries, contacts are provided through the award chair and SIGAI vice
robotautonomous-agentsartificial-intelligenceACM-SIGAIrobotics-researchautonomous-systemsAI-awards6 trends shaping robotics and AI - The Robot Report
The article from The Robot Report, based on a survey conducted by MassRobotics with support from Lattice Semiconductor, identifies six key trends shaping the robotics and AI industries. Among the most notable is the widespread use of sensor fusion, particularly the combination of LiDAR and cameras, which 75.7% of respondents found most effective for object detection. However, challenges such as high costs, integration complexity, and maintenance needs remain significant barriers, underscoring the industry's demand for more streamlined and affordable multi-sensor solutions. Another major trend is the growing adoption of Edge AI, with half of the surveyed professionals already implementing AI at the sensor level to reduce latency and improve real-time performance. This shift drives demand for low-power AI hardware capable of on-device inference. Motor control also remains critical, with emphasis on real-time responsiveness and power efficiency, highlighting the need for advanced control systems that minimize latency and optimize energy use. Power consumption continues to be a persistent challenge, with moderate satisfaction reported and a strong market
roboticsartificial-intelligencesensor-fusionedge-AImotor-controlmachine-learningautonomous-systemsHow AI is rebuilding Earth as a digital twin
The article discusses a transformative shift in how Earth is observed and understood through the integration of artificial intelligence (AI) with satellite and sensor data, creating a dynamic digital twin of the planet. Traditionally, satellites collected vast amounts of environmental data primarily for human interpretation. Now, advances in AI and spatial intelligence are enabling machines to not only observe but also analyze, predict, and interact with Earth in real time. This emerging digital nervous system of interconnected satellites, drones, and ground sensors is seen as a new industrial revolution, enhancing capabilities in environmental monitoring, defense, and autonomous systems. Central to this evolution are two key initiatives: Vantor’s Tensorglobe and the Allen Institute for AI’s OlmoEarth. Vantor, formerly Maxar Intelligence, rebranded and refocused from satellite imagery provider to a spatial intelligence company that integrates diverse sensor data into a continuously updated 3D model of Earth. Tensorglobe serves as a “living globe” that supports machine autonomy and decision-making
IoTAIdigital-twinsatellite-technologyspatial-intelligenceautonomous-systemsenvironmental-monitoringAJAX enters UK service after £5.5B delays and safety issues
The British Army’s AJAX armored reconnaissance vehicle, developed by General Dynamics UK and based on the ASCOD 2 platform, has finally been declared ready for limited service after an eight-year delay and significant cost overruns. Initially contracted in 2010 to replace the aging CVR(T) fleet, the program aimed to deliver 589 vehicles with advanced armament and sensors capable of engaging targets from up to 8 km away. However, only about 165 vehicles have been delivered to date, with full operational capability expected by 2029–2030. Each AJAX unit now costs around £10 million, pushing total program costs between £5.5 billion and £6.3 billion. The program has faced numerous technical and safety challenges, including suspension issues, inability to reverse over certain obstacles, excessive noise, and severe vibration problems that caused hearing damage and nausea among soldiers. These health concerns led to the suspension of prototype trials in 2021 and the implementation of double hearing protection for crews. Despite
robotmilitary-roboticsarmored-vehiclesdefense-technologysensorsreconnaissance-systemsautonomous-systemsGenerations in Dialogue: Multi-agent systems and human-AI interaction with Professor Manuela Veloso - Robohub
The article introduces "Generations in Dialogue: Bridging Perspectives in AI," a new podcast series by the Association for the Advancement of Artificial Intelligence (AAAI) that features conversations between AI experts from diverse generations and backgrounds. The podcast explores how different generational experiences influence perspectives on AI, addressing challenges, opportunities, and ethical considerations in the development of AI technologies. The inaugural episode features Professor Manuela Veloso, a leading figure in AI research, discussing her career journey, the evolution of AI, inter-generational collaboration, and the role of AI in assisting humans, particularly in finance. Professor Manuela Veloso is highlighted as a pioneer in multi-agent systems, robotics, and human-AI collaboration. Currently, she leads AI research at JPMorgan Chase, focusing on integrating AI into financial services. Her distinguished academic career includes positions at Carnegie Mellon University and numerous accolades from major AI organizations such as AAAI, IEEE, and AAAS. The podcast host, Ella Lan, is a Stanford University student and
robotartificial-intelligencemulti-agent-systemshuman-AI-interactionroboticsautonomous-systemsAI-ethicsFrench startup Exwayz raises €1M to develop SLAM software - The Robot Report
Exwayz, a Paris-based startup specializing in 3D simultaneous localization and mapping (SLAM) software, has raised €1 million ($1.1 million) in a funding round led by CentraleSupélec Venture, including a grant from the France 2030 i-Lab Innovation Competition. The company develops positioning and navigation software for autonomous system manufacturers, with over 20 clients already trusting its technology. Exwayz recently formed strategic partnerships with Swiss autonomous platform provider Embotech and Boston-based Cyvl.ai, and added former Stellantis executive Yves Bonnefont as a non-executive advisor. The startup plans to expand its engineering team to further enhance its SLAM capabilities. Exwayz’s SLAM software integrates 3D lidar data from sensors made by partners such as SICK, Velodyne, Ouster, Luminar, Hesai, and Valeo to create highly accurate large-scale city maps, demonstrated by a detailed map of the Las Vegas Strip. The software achieves positional
robotSLAM-softwareautonomous-systems3D-mappinglidarnavigation-softwareembedded-computingBlack Hawk piloted remotely by US Defense Secretery in DARPA's test
The U.S. Department of Defense released a video on November 14, 2025, showing Defense Secretary Pete Hegseth remotely piloting a UH-60 Black Hawk helicopter via a touchscreen interface. This demonstration took place at DARPA headquarters and highlights advances in autonomous and remotely operated military aviation. The Black Hawk was equipped with the Aircrew Labor In-Cockpit Automation System (ALIAS), developed by DARPA and Sikorsky (a Lockheed Martin subsidiary), which integrates fly-by-wire controls, sensor fusion, machine learning, and automated mission planning to enable helicopters to fly with reduced or no onboard crew. The ALIAS program began in 2022 with fully autonomous flights of the UH-60A, and has since evolved to support remote human control through simplified operator interfaces. This milestone marks a significant step toward safer helicopter operations in contested or high-risk environments, where traditional crewed flights face increasing threats from advanced air defenses and electronic warfare. Remote operation allows pilots to control missions from
robotautonomous-systemsremote-pilotingmilitary-technologyDARPAUAVfly-by-wire-controlsBeyond the robot: Shaping the future of autonomous operations - The Robot Report
The article "Beyond the robot: Shaping the future of autonomous operations" from The Robot Report highlights a significant evolution in the role of autonomous robots in industrial settings, as exemplified by ANYbotics’ ANYmal robot used for gas-leak detection and thermal inspections. At the ANYbotics Industry Forum (AIF) 2025, industry leaders and customers shared insights emphasizing a shift from focusing solely on robotic mobility and autonomy to leveraging the data intelligence, workflow integration, and human-robot collaboration that these systems enable. Real-world examples, such as a metals industry customer using ANYmal for thermal inspections to prevent furnace failures, demonstrate how robotics can scale operations, enhance safety, and generate substantial cost savings—over $1 million by avoiding downtime in this case. The article identifies three key takeaways defining the next phase of autonomous operations. First, it introduces the concept of Industry 5.0, which emphasizes a human-centric approach where robots handle repetitive, risky tasks, allowing workers to focus on
robotautonomous-systemsIndustry-5.0roboticsindustrial-automationhuman-robot-collaborationpredictive-maintenanceCalifornia agencies eye BurnBot for wildfire prevention
The BurnBot RX2 is a robotic system designed to assist wildfire prevention in California by performing controlled ground incineration at temperatures up to 1700°F. Recently, representatives from agencies including the American Forest Foundation, BurnBot, and Pacific Gas and Electric Company (PG&E) toured demonstration sites in Nevada County to evaluate the robot’s potential for local wildfire management. BurnBot aims to improve prescribed burns by creating precise, controlled burn boundaries that reduce wildfire risk while preserving soil health and native species—advantages over traditional mechanical clearing methods that can encourage invasive species and disrupt ecosystems. BurnBot operates remotely within 500 feet of a trained operator, typically an ex-firefighter, who controls the robot’s speed, direction, and burn parameters. The robot uses propane torches to lay down “black lines” that act as firebreaks, supported by fans for oxygen flow, steel rollers to tamp embers, and water sprays to extinguish residual flames. Capable of operating continuously in various weather and terrain,
robotwildfire-preventionautonomous-systemsprescribed-burnsenvironmental-technologyremote-controlland-managementNew electric VTOL aircraft for US military completes first flight
Joby Aviation announced the successful first flight of its new turbine-electric, autonomous vertical takeoff and landing (VTOL) aircraft on November 7 at its Marina, California facility. This hybrid VTOL demonstrator builds on Joby’s existing electric air taxi platform by integrating a hybrid turbine powertrain and the company’s SuperPilot autonomous flight system. Designed to carry heavier payloads and achieve significantly longer ranges than all-electric models, the aircraft targets expanded commercial air taxi routes and military missions such as logistics, surveillance, and autonomous operations. The flight milestone follows Joby’s recent partnership with defense contractor L3Harris Technologies, which will equip the aircraft with sensors, communications, and mission systems for defense roles including contested logistics, loyal wingman, unmanned escort, and low-altitude support. This development aligns with the U.S. government’s growing investment—over $9 billion requested in the fiscal 2026 budget—for next-generation autonomous and hybrid aircraft to enhance unmanned and runway-independent capabilities. Job
energyautonomous-systemselectric-aircrafthybrid-powertrainVTOLmilitary-technologyunmanned-aerial-vehiclesDrone maker Neros closes Series B round to expand industrial capacity - The Robot Report
Neros Technologies, a U.S.-based military drone maker founded in 2023, has closed a $75 million Series B funding round led by Sequoia Capital, bringing its total raised capital to over $120 million. The company plans to use the new funds to accelerate production capacity expansion, strengthen its China-free domestic supply chain, and ramp up research and development for next-generation autonomous systems. Neros has experienced rapid growth, including significant revenue increases and major customer deployments such as a large drone purchase by the U.S. Marine Corps and selection as a primary supplier of FPV drones to the U.S. Army’s Purpose-Built Attritable Systems program. Neros designs most of its components in-house with a focus on performance improvements like resistance to electronic warfare. Its flagship products include the Archer and Archer Strike FPV drones and Ground Control Systems. The company emphasizes a vertically integrated manufacturing approach to insource key production steps and invest in allied suppliers. Beyond U.S. military contracts, Neros
robotdronesautonomous-systemsmilitary-technologymanufacturingSeries-B-fundingFPV-dronesTop 7 most powerful military drones changing the way wars are fought
Unmanned aerial vehicles (UAVs) have revolutionized modern warfare by providing critical intelligence, surveillance, reconnaissance (ISR), and precision strike capabilities while minimizing risk to human pilots. The article highlights seven of the most powerful military drones as of 2025, emphasizing their endurance, weaponry, autonomy, and battlefield effectiveness. Among these, the U.S. MQ-9 Reaper stands out as a benchmark combat drone with extensive operational history, capable of long-endurance missions and armed with a versatile payload including Hellfire missiles and precision-guided bombs. Turkey’s Bayraktar TB2 is noted for its significant impact relative to its size and cost, gaining prominence in conflicts such as Syria and Ukraine by effectively targeting armored and air-defense systems, and achieving widespread global export. China’s contributions include the Wing Loong II and CH-5 Rainbow drones. The Wing Loong II rivals the MQ-9 Reaper in capability, featuring multiple hardpoints for a variety of guided munitions and
robotdronesmilitary-technologyunmanned-aerial-vehiclesautonomous-systemssurveillancedefense-technologyTerranova gets seed funding to deploy terraforming robots - The Robot Report
Terranova Inc., a San Francisco-based startup, has secured $7 million in seed funding to deploy autonomous robotic technology aimed at mitigating flooding by reshaping and elevating flood-prone land. The company’s approach uses car-sized robots that inject a wood slurry deep underground to lift and stabilize terrain without surface disruption, enabling new housing, commercial, and industrial developments in vulnerable regions. Terranova’s system, which includes multiple injection robots and a “mothership,” can raise up to one acre by one foot per day, offering a significant productivity improvement over traditional fill or civil engineering methods. The company integrates AI, machine learning, and closed-loop control to optimize site suitability and injection campaigns, supporting precise terrain modification. Terranova’s mission is to create resilient infrastructure by “terraforming” the earth to address flooding and land subsidence, which cost the U.S. economy over $180 billion annually. The seed round, led by Outlander and Congruent Ventures among others, was oversubscribed and
robotsroboticsflood-mitigationautonomous-systemsgeotechnical-engineeringterraformingAIWorld’s first ship-launched stealth drone with 690 mph speed tested
China’s People’s Liberation Army Air Force (PLAAF) released a commemorative microfilm titled “Far-Reaching Dreams” to mark its 76th anniversary, showcasing for the first time official footage of a stealth drone flying in formation with a J-20 stealth fighter and a J-16D electronic warfare aircraft. The drone, identified as the GJ-11 “Sharp Sword” (also nicknamed “Xuanlong”), appeared to operate autonomously alongside the manned aircraft, highlighting China’s advancing manned-unmanned teaming capabilities. Chinese military experts emphasized the strategic synergy of this combination: the J-16D conducts electronic warfare to disrupt enemy radar, while the stealthy J-20 and GJ-11 penetrate defenses to strike key targets, with the drone potentially acting as a “wingman” or performing armed reconnaissance in high-risk zones. The GJ-11 is a flying-wing stealth attack drone approximately 10 meters long with a wingspan near 14 meters, featuring
robotstealth-droneunmanned-aerial-vehiclemilitary-technologyautonomous-systemsmanned-unmanned-teamingelectronic-warfareThe power of STEM: Shaping the next generation
In Episode 220 of The Robot Report Podcast, hosts Steve Crowe and Mike Oitzman discuss the importance of STEM education in shaping the future workforce for robotics and autonomous systems. Guests Dhaval Jadav, CEO of alliantgroup, and Dr. Robert Ambrose, professor at Texas A&M and director of robotics and AI at alliantgroup, highlight the challenges and opportunities in developing a diverse and skilled talent pipeline. They emphasize how STEM programs from K-12 through higher education, along with robotics competitions, play a critical role in preparing engineers, technicians, and professionals to support the expanding robotics industry. Dr. Ambrose brings over 20 years of experience, including leadership roles at NASA, providing insight into translating robotics research into real-world applications. The episode also covers recent industry news, including significant layoffs at Teradyne Robotics, which owns Universal Robots and Mobile Industrial Robots, due to revenue growth falling short of expectations. Teradyne cut about 14% of its global workforce following a
robotroboticsSTEM-educationautonomous-systemscollaborative-robotsworkforce-developmenttechnology-innovationWorld's first 5th-gen submarine promises stealth ops, drone delivery
Swedish defense company Saab has introduced the A26, which it calls the world’s first fifth-generation submarine designed to meet NATO’s evolving multi-domain operational needs. Developed for the Swedish Navy with NATO interoperability in mind, the A26 emphasizes stealth, intelligence, surveillance, and reconnaissance (ISR), as well as long-range precision strike and seabed warfare capabilities. Leveraging advanced hull design, radar-absorbing coatings, and an electronic degaussing system, the submarine minimizes its acoustic, magnetic, and electric signatures. Its patented Stirling Air-Independent Propulsion (AIP) system enables extended submerged operations, enhancing its near-total invisibility in both shallow coastal and open ocean environments. The A26 introduces novel seabed warfare features, including the deployment of unmanned underwater vehicles (UUVs) and special operations forces from modular payload bays, allowing control over critical maritime infrastructure such as communication cables and chokepoints. Armed with long-range precision torpedoes and potential submarine-launched cruise missiles,
robotenergymaterialsunderwater-vehiclesstealth-technologyautonomous-systemsdefense-technologyAI controller pulls off first real world satellite maneuver in orbit
A research team from Julius Maximilians Universität Würzburg has achieved a world first by successfully running an AI-based attitude controller directly in orbit aboard the InnoCube nanosatellite. Using Deep Reinforcement Learning (DRL), the AI autonomously executed precise satellite orientation maneuvers during a short orbital pass, repeatedly hitting target orientations in follow-up tests. This demonstrated that the AI controller could operate effectively under real space conditions, overcoming the common challenge of transferring behavior learned in simulation (Sim2Real gap) to the actual environment. The LeLaR project, which developed this controller, aims to create adaptive spacecraft control systems that require no human tuning and can adjust to unexpected conditions. Unlike traditional controllers that need months of expert calibration, the DRL-based system learns through extensive simulation training and adapts autonomously in orbit. This milestone, supported by the German Federal Ministry for Economic Affairs and Energy and managed by the German Space Agency (DLR), marks a significant advance toward fully autonomous space missions, especially those requiring
robotAIsatellitespace-autonomydeep-reinforcement-learningaerospaceautonomous-systemsHow Carbon Robotics built the large plant model for its laser weeding robot - The Robot Report
Carbon Robotics, led by founder and CEO Paul Mikesell, has developed a sophisticated large plant model (LPM) that powers its laser-weeding robots operating in 14 countries across diverse crops and conditions. The company’s journey began when Mikesell recognized the significant challenges in agriculture, particularly in weed management, which is traditionally costly and inefficient. To address this, Carbon Robotics focused on rapidly delivering a working solution rather than pursuing an overly ambitious vision from the start. The team spent extensive time on farms collecting real-world data, personally capturing and labeling images to build a high-quality dataset essential for training their AI system. A key innovation was the development of an advanced lighting system for the robot’s cameras, producing clear, shadow-free images regardless of outdoor lighting conditions. This system uses flashes five times brighter than the sun but with a low duty cycle to avoid discomfort, ensuring consistent image quality throughout the day, including during sunrise and sunset. This meticulous data collection and labeling process enabled Carbon Robotics to create a
robotroboticsAIagriculture-technologylaser-weedingautonomous-systemsmachine-learningUS firm unveils Gambit 6 military drone for air-to-ground strikes
General Atomics Aeronautical Systems, a California-based aerospace firm, unveiled the Gambit 6 unmanned combat aerial vehicle (UCAV) at the International Fighter Conference in Rome. This new addition to the modular Gambit series is specifically designed for air-to-ground strike missions, incorporating precision strike and electronic warfare capabilities alongside the series’ existing air-to-air and reconnaissance roles. The Gambit 6 features an internal weapons bay to reduce radar visibility and supports precision-guided munitions like the GBU-53/B StormBreaker. The company plans to begin international deliveries in 2027, with European mission-specific versions available by 2029, collaborating with European industries for assembly and mission integration. Built around the shared “Gambit Core” modular design, which standardizes landing gear, avionics, and structural elements, the Gambit 6 continues the evolution of the series that includes variants for surveillance, air combat, training, stealth reconnaissance, and carrier missions. Its open avionics architecture
robotunmanned-aerial-vehiclemilitary-droneautonomous-systemselectronic-warfareprecision-strikedefense-technologyWorld's first AI firefighting system extinguishes oil fires on ships
The Korea Institute of Machinery and Materials (KIMM) has developed the world’s first AI-driven autonomous firefighting system specifically designed to detect and extinguish oil fires aboard naval vessels, even under challenging sea conditions. Unlike traditional systems that flood entire compartments with extinguishing agents, KIMM’s technology uses AI-based fire verification and reinforcement learning to accurately identify real fires and target suppression precisely at the source. This approach minimizes unnecessary damage from false alarms. The system integrates sensors, fire monitors, and a control unit capable of estimating fire location with over 98% accuracy, and can discharge foam up to 24 meters. It has been successfully tested in simulated ship compartments and real-world conditions aboard the ROKS Ilchulbong amphibious assault ship, demonstrating stable operation in waves up to one meter high. Developed by Senior Researcher Hyuk Lee and his team, the system adapts to ship movement using a reinforcement learning algorithm that adjusts nozzle aiming based on six degrees of freedom acceleration data. It
AIautonomous-systemsfirefighting-technologyroboticssensorsreinforcement-learningmaritime-safetyWorld's first AI firefighting system extinguishes oil fires on ships
The Korea Institute of Machinery and Materials (KIMM) has developed the world’s first AI-driven autonomous fire suppression system specifically designed to detect and extinguish oil fires aboard naval vessels, even under challenging sea conditions. Utilizing reinforcement learning, the system compensates for ship motion by continuously adjusting its nozzle aiming angle based on acceleration data, enabling it to accurately target fire sources up to 24 meters away. Unlike traditional systems that flood entire compartments, KIMM’s technology precisely directs foam only at confirmed fire locations, reducing unnecessary damage from false alarms. The system integrates sensors, fire monitors, and an AI-based control unit that verifies fire authenticity with over 98% accuracy and adapts to sea states of level 3 or higher. Extensive testing was conducted in a full-scale simulation facility replicating ship compartments and various fire scenarios, including open-area and shielded oil fires typical on aircraft carriers. Subsequent real-ship trials aboard the ROKS Ilchulbong amphibious assault ship demonstrated the system
robotAIautonomous-systemsfire-suppressionreinforcement-learningmaritime-safetyKorea-Institute-of-Machinery-and-MaterialsUK to test 5,500-ton robot minehunting vessel in underwater operations
The British Royal Navy's new mine-hunting vessel, HMS Stirling Castle, has successfully completed sea trials and arrived at its homeport in Portsmouth. The ship, weighing approximately 5,500 tons, is designed to lead underwater mine countermeasure operations using remotely operated and autonomous systems managed by the Mine Threat Exploitation Group. During trials off the coasts of England and Scotland, the vessel's propulsion, power generation, heavy lift crane, medical, and damage-control systems were rigorously tested to meet demanding operational standards. HMS Stirling Castle will join the Portsmouth-based Mine Countermeasure Squadron 2, complementing smaller Hunt-class minehunters, and contribute to broader maritime security efforts around the UK. The ship’s commanding officer, Commander Phil Harper, highlighted the extensive preparation involved in transitioning the vessel from the Royal Fleet Auxiliary to active Royal Navy service. Moving forward, Stirling Castle will play a pivotal role in advancing minehunting tactics under the Royal Navy’s Mine Hunting Capability Programme, which
robotautonomous-systemsminehunting-vesselunderwater-operationsnaval-technologyremote-operated-vehiclesmaritime-securityChina tests ‘wolf robot’ to destroy Taiwan's defenses in 10 seconds
China’s People’s Liberation Army (PLA) has developed new quadruped “wolf robots” designed for amphibious assault roles, demonstrated in a recent training exercise simulating an attack on Taiwan. The PLA Eastern Theater Command’s 72nd Group Army showcased these 70-kilogram autonomous robots, capable of carrying supplies and performing reconnaissance, alongside coordinated drone strikes. The robots breached obstacles such as barbed wire and trenches within minutes, working in tandem with human soldiers who controlled multiple robots and drones via a real-time 3D interface. This integration reportedly expanded the combat radius fourfold compared to traditional infantry squads, cutting target engagement times to under 10 seconds. Equipped with multiple cameras for 360-degree awareness, the wolf robots represent a shift in PLA tactics from mass human-wave assaults to “intelligent-sea tactics” emphasizing automation, precision, and machine teamwork. However, the exercise also revealed vulnerabilities: the robots lacked armor, struggled to conceal themselves, and were susceptible to light gunfire
roboticsmilitary-robotsautonomous-systemsAI-in-defenseunmanned-ground-vehiclesdrone-integrationintelligent-warfareUkraine adopts game-style drone tech to modernize military operations
Ukraine has implemented an innovative, game-style drone system called the “Army of Drones Bonus System” to modernize and enhance its military operations. This system rewards drone teams and other military units with points for successful strikes, confirmed kills, reconnaissance, and logistical achievements. These points can be exchanged for advanced weapons, drones, and electronic warfare systems via an online platform named Brave1, described as an “Amazon-for-war.” Since its launch over a year ago, participation has grown significantly, with around 400 drone units involved by September 2025, up from 95 in August. The system incentivizes efficiency and effectiveness on the battlefield, with recent adjustments doubling points for killing Russian infantry, contributing to increased enemy casualties. The Ukrainian military also integrates artificial intelligence and innovative targeting methods such as “Uber targeting,” where reconnaissance teams mark enemy locations for drone strikes, enhancing precision and coordination. The gamified approach extends beyond drone operators to include artillery, reconnaissance, and logistics units, fostering a competitive yet cooperative environment
robotdrone-technologymilitary-roboticsautonomous-systemsartificial-intelligenceIoTdefense-technologyTU Delft algorithm to enables drones to work together to transport heavy payloads - The Robot Report
Researchers at TU Delft in the Netherlands have developed an advanced algorithm enabling multiple autonomous drones to collaboratively carry and control heavy payloads, even under challenging conditions such as wind. By physically connecting drones to a payload via cables, the system allows them to share the load, adjust their positions in real time, and precisely control the payload’s orientation. This capability addresses the limitations of single drones, which have restricted payload capacities, making it difficult to transport heavy materials to remote or complex environments like offshore wind turbines, mountainous agricultural areas, or disaster zones. The key innovation lies in the algorithm’s ability to coordinate the drones’ movements rapidly and flexibly, responding to each other and external disturbances such as sudden payload shifts. TU Delft tested the system with up to four quadrotors in a controlled lab setting, including simulated wind and moving payloads, successfully demonstrating autonomous navigation and obstacle avoidance. While current testing relies on indoor motion capture systems, the team aims to adapt the technology for outdoor use without requiring sensors on the payload
robotdronesautonomous-systemspayload-transportTU-Delftcoordination-algorithmrobotics-researchWatch: China's explosive-laden robot dogs show power in assault drill
China’s People’s Liberation Army (PLA) recently conducted a live-fire amphibious landing exercise showcasing advanced robotic systems, including four-legged robot dogs and drones, to simulate an assault scenario potentially targeting Taiwan. The robot dogs performed multiple roles such as carrying ammunition to frontline troops, clearing beach obstacles with explosives, and supporting paratroopers with mounted machine guns in jungle terrain. FPV drones provided reconnaissance and cover fire by surveying enemy positions. Despite demonstrating significant coordination between aerial and ground autonomous units, the exercise revealed vulnerabilities: some robot dogs were shot down, and drones struggled to effectively weaken fortified defenses, forcing PLA troops to revert to traditional human-led tactics. In parallel with these ground robotics developments, China marked a milestone in aerial warfare by reportedly conducting the maiden flight of a new stealth drone, unofficially called the GJ-X. This large flying-wing UAV, with an estimated 42-meter wingspan comparable to the US B-21 Raider bomber, suggests China is advancing toward strategic, intercontinental-range unmanned
robotautonomous-systemsmilitary-robotsrobot-dogsdronesuncrewed-warfarePLA-roboticsThis robot kitchen cooks hot meal every 30 seconds with no human staff
The Circus Autonomy One (CA-1) represents a groundbreaking advancement in food service automation, designed to fully replace traditional kitchen roles within a compact seven-square-meter glass enclosure. Equipped with dual robotic arms, climate-controlled ingredient silos, a heating element, and an integrated dishwasher, the CA-1 autonomously manages the entire food production process—from inventory handling to meal preparation and delivery—without any human staff. Powered by the proprietary AI system CircusOS, it can produce up to 120 meals per hour, completing a hot meal approximately every 30 seconds, significantly surpassing the output capacity of many similarly sized human-staffed kitchens. Currently in commercial pilot operation within REWE supermarkets in Germany, the CA-1 addresses labor shortages and aims to increase operational efficiency by eliminating the need for prep cooks, line cooks, expeditors, and dishwashers. Its closed-loop system ensures food safety and efficiency through electronic ingredient tracking and automated cooking and cleaning processes. Beyond retail, Circus SE envisions
robotautomationAIrobotic-kitchenfood-service-technologylabor-eliminationautonomous-systemsSkyline Nav AI’s software can guide you anywhere, without GPS — find it at TechCrunch Disrupt 2025
Skyline Nav AI, founded by Kanwar Singh, has developed Pathfinder, an AI-driven vision-based navigation system that can guide users without relying on GPS. The software matches visual inputs—such as buildings, roads, or aerial views—to a database to provide real-time navigation, making it especially useful in environments where GPS signals are blocked, like urban canyons or mountainous terrain. Beyond civilian applications, the technology addresses critical national security concerns by serving as a backup against GPS jamming, a growing threat in modern warfare. This capability has already attracted partnerships with the Department of Defense, NASA, and defense contractor Kearfott, despite Skyline being a small startup with just eight employees. At TechCrunch Disrupt 2025, Singh introduced Pathfinder Edge, a compact edge computing device that runs a streamlined version of Pathfinder, enabling GPS-independent navigation on various platforms without requiring cellular or Wi-Fi connectivity. Singh envisions Skyline’s technology complementing GPS rather than replacing it, similar to how modern communication systems seamlessly
AI-navigationedge-computingGPS-independent-navigationdefense-technologyautonomous-systemsvisual-navigationGPS-jamming-countermeasuresNauticus Robotics aims for deep-sea rare mineral exploration with $250M line of credit - The Robot Report
Nauticus Robotics Inc., a subsea robotics developer based in Webster, Texas, has secured a $250 million equity line of credit to accelerate growth and innovation, particularly targeting deep-sea rare earth and mineral exploration. This financing will enable Nauticus to pursue strategic acquisitions that expand its technological capabilities, supporting its broader strategy to contribute to industries critical to the global energy transition. The company emphasizes the importance of rare earth minerals for clean energy, electronics, and defense sectors and aims to play a key role in enabling a responsible supply chain. Nauticus plans to acquire complementary businesses and technologies to enhance its autonomous systems portfolio for sustainable and environmentally responsible subsea resource development. The company’s flagship product, the Aquanaut underwater robot, can operate autonomously or be remotely controlled to perform various underwater tasks such as managing aquaculture projects, repairing oil pipelines, and scanning seabeds. Nauticus recently acquired SeaTrepid International, expanding its subsea service and remotely operated vehicle (ROV) capabilities. Additionally,
roboticsunderwater-robotsrare-earth-mineralsdeep-sea-explorationenergy-transitionautonomous-systemsstrategic-acquisitionsThe 2025 Startup Battlefield Top 20 are here. Let the competition begin.
The 2025 Startup Battlefield has announced its Top 20 finalists, who will compete at TechCrunch Disrupt for a $100,000 prize and the prestigious Disrupt Cup. These startups represent cutting-edge innovation across diverse sectors including life sciences, climate tech, defense, robotics, mobility, compliance, cybersecurity, fintech, and hybrid work tools. The competition highlights companies that are not only early-stage startups but also pioneers shaping the future of technology and industry. Each finalist will have six minutes on the Disrupt Stage to showcase their breakthrough solutions. The semifinal rounds are scheduled for October 27-28, 2025, featuring sessions that spotlight a wide array of innovations. Notable finalists include MacroCycle Technologies, which upcycles plastic and textile waste into virgin-grade resin using a zero-carbon process; Miraqules, developing nano-biomaterials for rapid wound care; Nephrogen, leveraging AI to discover gene-delivery vectors for untreatable diseases; and RADiCAIT, applying AI to
robotIoTenergymaterialsAIautonomous-systemssustainable-technologyCanadian drones to operate in swarms for military missions using US tech
Canadian drone developer Draganfly has partnered with U.S.-based Palladyne AI to integrate advanced autonomy and swarming capabilities into its unmanned aerial vehicles (UAVs). Using Palladyne’s Pilot AI software, which is platform-agnostic and edge-based, Draganfly’s drones will be able to operate in coordinated swarms controlled by a single operator. This technology enables multiple UAVs to collaborate seamlessly, enhancing large-scale coordinated drone operations for military and defense missions. The software leverages sensor fusion to allow drones to independently and collaboratively track, classify, and identify targets while dynamically interfacing with autopilots, enabling autonomous swarm behavior and reducing operator workload. Draganfly’s modular drone platforms, including quadcopters and multirotor drones like the high-endurance Commander model, will benefit from these enhanced autonomy features. The integration aims to expand mission capabilities such as real-time intelligence, surveillance, reconnaissance (ISR), and mission-specific specialization across challenging environments. Draganfly has over
robotdrone-technologyautonomous-systemsAI-softwareUAV-swarmmilitary-technologyedge-computingSeneca brings in $60M to develop fire suppression drones - The Robot Report
Seneca, a startup focused on autonomous aerial fire suppression systems, has raised $60 million to develop AI-powered drones designed to detect and combat fires early. Their portable suppression drones can be hand-carried, transported via utility vehicles, or deployed remotely, extending firefighting capabilities in unsafe or hard-to-reach areas. The company has demonstrated its technology with fire agencies across four states and continues to improve targeting accuracy, payload capacity, safety, and usability based on firefighter feedback. Seneca’s founding team includes experts in hardware, fire strategy, and technology, and they collaborate closely with fire chiefs and leaders to ensure their solutions meet frontline needs. The funding round was led by Caffeinated Capital and Convective Capital, with participation from several venture firms, and will be used to enhance the system’s robustness, scale production, and deploy the first units in time for the 2026 fire season. Seneca’s efforts come amid a growing wildfire crisis in the U.S., where wildfire intensity has nearly tripled
robotdronesfire-suppressionautonomous-systemsAIwildfire-managementaerial-roboticsAI at the edge: How startups are powering the future of space at TechCrunch Disrupt 2025
TechCrunch Disrupt 2025, starting October 27 in San Francisco, will feature a dedicated Space Stage focused on how AI is revolutionizing space technology. Leading experts including Adam Maher (Ursa Space Systems), Dr. Lucy Hoag (Violet Labs), and Dr. Debra L. Emmons (The Aerospace Corporation) will discuss the transformative role of AI in orbit. The event highlights the shift from traditional space hardware like rockets and satellites to intelligent edge computing systems that enable autonomous decision-making and real-time data processing in space. This AI-driven approach is enhancing mission speed, efficiency, and resilience, marking a new era of on-orbit intelligence. The featured speakers bring diverse expertise: Dr. Debra Emmons, CTO of The Aerospace Corporation, oversees technology strategy and innovation across multiple labs focused on advancing U.S. space capabilities; Adam Maher, founder and CEO of Ursa Space Systems, specializes in synthetic aperture radar data to improve decision-making; and Dr. Lucy Hoag
IoTAIedge-computingspace-technologyautonomous-systemssatellite-dataaerospace-innovationShield AI unveils unmanned VTOL fighter jet design with 2,000-mile range
Shield AI, a San Diego-based company, has unveiled the X-BAT, an unmanned vertical takeoff and landing (VTOL) fighter jet designed for expeditionary and maritime operations in contested environments. Powered by Shield AI’s Hivemind AI-enabled autonomy software, the X-BAT can operate effectively in communications-denied or degraded settings. The aircraft boasts a range exceeding 2,000 nautical miles with a full mission payload, enabling theater-scale operations from ships, islands, or austere locations. It is capable of conducting a variety of missions, including strike, counter air, electronic warfare, and intelligence, surveillance, and reconnaissance (ISR). The X-BAT offers fighter-class performance with an efficient engine and powertrain designed for reliability and maintainability, while being significantly more affordable and attritable than fifth-generation jets. Up to three X-BATs can fit in the deck space of a single legacy fighter or helicopter, increasing sortie generation and operational tempo. Its combination of VTOL capability
robotautonomous-systemsVTOL-aircraftmilitary-dronesAI-enabled-autonomyunmanned-vehiclesdefense-technologyReal Star Wars battle droid? Phantom MK-1 robot brings sci-fi to war
The Phantom MK-1, developed by San Francisco-based robotics company Foundation, is potentially the world’s first humanoid robot explicitly designed for military use. Standing 5 feet 9 inches tall and weighing 175 pounds, it can carry loads up to 44 pounds and is intended primarily for ground operations such as reconnaissance and bomb disposal. Unlike many robotics firms that avoid weaponizing their technology, Foundation aims to produce 10,000 units by next year, with the robots operating under human supervision to maintain ethical control over critical decisions like firing weapons. The company emphasizes durability and ruggedness to ensure the robot can withstand harsh battlefield conditions. This development marks a new frontier in military robotics, moving beyond the current widespread use of AI-enabled drones and automated systems for target acquisition and strike support, as seen in conflicts like the Russia–Ukraine war. Foundation’s CEO, Sankaet Pathak, envisions a future where humanoid robots are the first deployed on battlefields, with humans following if necessary. The
robothumanoid-robotmilitary-roboticsAI-in-defenseautonomous-systemsbattlefield-technologyrobotic-soldierChina's humanoid robot takes over presentation, car salesperson gig
China’s automaker Chery, in collaboration with AiMOGA Robotics, unveiled Mornine, a humanoid robot designed to integrate automotive technology with embodied intelligence. At the AiMOGA Global Business Conference in Wuhu, China, Mornine delivered a 30-minute multilingual presentation on robotics and automotive innovations, acted as an autonomous car sales assistant by greeting visitors, explaining car features, and even opening a car door—making it the world’s first humanoid robot to do so autonomously. Mornine’s capabilities stem from advanced technologies including full-body motion control, reinforcement learning, and a multilingual AI model called MoNet, enabling it to perceive, plan, and interact naturally with humans using vision-language understanding and semantic reasoning. Powered by AiMOGA’s L3 Assistance Level framework, Mornine features high-torque joints and dexterous hands with 17 degrees of freedom, allowing smooth and precise movements. The robot’s AI adapts its gestures and tone based on visitor reactions,
robothumanoid-robotAIautonomous-systemsautomotive-technologyreinforcement-learninghuman-robot-interactionDraganfly and Palladyne partner to develop drone swarms for defense - The Robot Report
Draganfly Inc., a long-established developer of drones and AI systems for public safety, defense, agriculture, and industrial applications, has partnered with Palladyne AI Corp. to enhance its unmanned aerial vehicles (UAVs) using Palladyne’s Pilot AI software. This collaboration aims to integrate advanced autonomy features, including autonomous swarm operations, into Draganfly’s modular drone platforms. The integration is expected to improve mission capabilities by reducing operator workload and extending effectiveness in complex scenarios such as real-time intelligence, surveillance, and reconnaissance (ISR). Palladyne AI, formerly Sarcos, specializes in AI and machine learning software that enables robots to perceive, learn, and act with human-like intelligence. Their Pilot AI software uses sensor fusion to allow drones to independently and collaboratively track targets and dynamically interface with autopilots, enhancing detection, classification, and identification capabilities. This technology supports a wide range of robotic platforms, including UAVs, unmanned ground vehicles, and cobots, across industries
robotdroneAIautonomous-systemsUAVswarm-technologydefense-technologyBoeing turning Cold War-era Chinook into autonomous heavy-lift robot
Boeing is modernizing the Cold War-era CH-47 Chinook helicopter to extend its operational relevance into the 2060s by integrating advanced automation and autonomy technologies. The CH-47F Block II upgrade enhances lift capacity, range, and cockpit features, building on the helicopter’s long-standing reputation for reliability and heavy-lift capability since its induction in 1962. Boeing’s efforts focus on reducing pilot workload, improving safety, and lowering maintenance and training costs through supervised autonomy, which allows the aircraft to operate effectively in complex and contested environments. Central to this modernization is the development of the Active Parallel Actuator Subsystem (APAS), a next-generation control system that functions similarly to automotive “lane assist.” APAS helps pilots maintain aircraft performance limits while enabling dynamic maneuverability and greater flexibility in unpredictable conditions. Boeing envisions future versions of APAS supporting varying levels of autonomous operation, potentially allowing the Chinook to conduct certain missions with minimal or no pilot input. The company emphasizes close collaboration
robotautonomous-systemsheavy-lift-helicopterBoeingmilitary-technologyautomationflight-control-systemsThe full Space Stage agenda at TechCrunch Disrupt 2025: The future of tech launches here
TechCrunch Disrupt 2025 will feature the new Space Stage on October 27 at San Francisco’s Moscone West, in partnership with The Aerospace Corporation, highlighting the rapidly evolving commercial space sector. This platform brings together founders, investors, and operators involved in various aspects of space technology—from rockets and manufacturing to AI and defense—demonstrating the sector’s ambitious growth despite tightening capital and increasing competition. The event offers attendees, including space enthusiasts, startup builders, and investors, an opportunity to engage with companies pushing the boundaries of space innovation. Key sessions on the Space Stage include discussions on investment trends in space by top venture capitalists, a startup pitch-off focused on AI-driven space solutions, and talks by influential founders such as Baiju Bhatt of Aetherflux, who is transitioning from fintech to space tech. Other highlights include panels on AI’s role in space mission intelligence, the development of a new space economy infrastructure by startups like Vast and Stoke Space, and Varda Space Industries’ plans
robotAIspace-technologyaerospaceorbital-intelligenceautonomous-systemsstartupsDisabled US veteran's invention can launch, retrieve drones midair
Disabled US veteran-owned company Target Arm unveiled the Ralar Modular Mission Payload (MMP) drone system at the 2025 Association of the United States Army (AUSA) expo. The Ralar system features a robotic arm capable of launching and recovering small unmanned aerial systems (sUAS) midair while the host platform—whether a ground vehicle or aircraft—is moving. This innovation eliminates the need for fixed launch or landing zones, allowing troops to deploy reconnaissance or strike drones on the move, thereby enhancing operational tempo and reducing exposure to enemy fire. The system was demonstrated integrated onto GM Defense’s Infantry Squad Vehicle – Utility (ISV-U), highlighting its tactical relevance for frontline forces. The Ralar system is platform-agnostic and compatible with a wide range of drones without requiring airframe modifications. It uses advanced positioning technology from Trimble Inc. to synchronize drone flight paths with vehicle movement, enabling precise and repeatable drone capture even at speed or on rough terrain. Its modular design supports future
robotdronesunmanned-aerial-systemsrobotic-armmilitary-technologydrone-recoveryautonomous-systemsWhat’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-systemsWorld’s first humanoid robot walks carrying drone that drives, flies
Caltech, in collaboration with the Technology Innovation Institute (TII) in Abu Dhabi, has developed the world’s first multi-robot system called the X1 System, which integrates a humanoid robot with a transforming drone capable of walking, flying, and driving. This innovative system combines a modified Unitree G1 humanoid robot that can carry heavy loads with the M4 multimodal robot, which can be deployed from the humanoid’s back to fly over obstacles or transform into a wheeled vehicle for driving. The X1 System is designed to autonomously navigate complex terrains and perform real-world missions such as emergency response and urban navigation without human control. The development involved multiple teams, including Caltech’s Center for Autonomous Systems and Technologies (CAST), TII, and Northeastern University, focusing on locomotion control, autonomy, onboard computing, and morphing mechanics. During a demonstration at Caltech’s Pasadena campus, the humanoid robot successfully launched the M4 drone, which flew over obstacles,
robothumanoid-robotdrone-technologyautonomous-systemsmulti-robot-systemrobotics-innovationCaltech-roboticsHavocAI obtains $85M to scale autonomous marine systems - The Robot Report
HavocAI Inc., a Providence, Rhode Island-based startup founded in 2024, has secured $85 million in new funding to scale its autonomous marine platforms, bringing its total funding to nearly $100 million. The company specializes in developing autonomous vessels with a “software-first” strategy, aiming to create self-organizing fleets that can be managed by a single operator. HavocAI currently produces four vessel models ranging from 14 to 100 feet, including the multi-mission 100-ft Atlas vessel, and has delivered over 30 operational products to the U.S. military. The company has demonstrated scalable collaborative autonomy in real-world scenarios with the Navy and Army and has partnerships with major industry players such as Lockheed Martin and Metal Shark. The new capital will support several strategic initiatives: integrating autonomy into new vessel types to enhance capability and interoperability, expanding manufacturing capacity to meet the U.S. military’s demand for thousands of autonomous boats, and extending operations to support international allies, particularly in the
robotautonomous-vesselsmarine-roboticsmilitary-technologyHavocAImaritime-autonomyautonomous-systemsVampire anti-drone system gets upgrade, can disrupt electronic warfare
L3Harris Technologies has upgraded its Vampire anti-drone system, expanding it into six specialized variants tailored for land, maritime, air, and electronic warfare operations. The system, which has been operational in European combat zones since 2023, uses artificial intelligence and machine learning to rapidly detect, engage, and neutralize small unmanned aerial systems (sUAS) and remotely piloted aircraft. Vampire offers a cost-effective alternative to traditional missile defenses by combining advanced reconnaissance, precision strike capabilities, and electronic jamming to protect personnel and critical infrastructure from hostile drone threats. The enhanced Vampire family includes versions such as Vampire Stalker XR for land vehicles, featuring a larger weapons cache and extended-range munitions; Vampire Black Wake for maritime use against drones and fast attack watercraft; and Vampire Dead Wing, an airborne counter-UAS system. Additional variants include Vampire CASKET, a containerized rapid-deployment system; Vampire BAT, a base defense turret employing automatic weapons and non-kinetic effects
robotAIunmanned-aerial-systemscounter-drone-technologyelectronic-warfareprecision-weaponsautonomous-systems1,360-pound NUMO ground robot deployed by Ukraine to support troops
The Ukrainian defense ministry has approved the domestically developed NUMO ground robot for operational use, marking a significant advancement in frontline logistics and troop support. Created by Lviv-based company Tank Bureau, NUMO is a versatile, modular unmanned ground vehicle weighing 1,367 pounds when fully loaded and capable of carrying up to 661 pounds of cargo. Designed to reduce risks to soldiers, it can be equipped with various attachments such as turrets, relay masts, wire cutters, and mine-clearing tools. The robot can navigate difficult terrains like forests and wetlands, deploy rapidly within 10 minutes, and travel up to 28 miles on four batteries at speeds of 4 mph. NUMO supports multiple communication systems, including Wi-Fi, Starlink, LTE, and others, with a control range of about 4,921 feet, and features the “Droid Box” module for enhanced communication capabilities. It also serves as the base for the Droid TW reconnaissance and assault system, which is armed
robotunmanned-ground-vehiclemilitary-roboticsautonomous-systemsbattlefield-technologycommunication-systemsdefense-technologyWhy Deloitte is betting big on AI despite a $10M refund
Deloitte is aggressively integrating AI into its operations by deploying Anthropic’s Claude AI tool to all 500,000 employees, signaling a major bet on the technology’s potential despite recent setbacks. Notably, the Australian government compelled Deloitte to refund a contract after an AI-generated report contained fabricated citations, highlighting the challenges and risks companies face when adopting AI tools prematurely and without fully established responsible usage practices. This situation exemplifies the broader, uneven landscape of AI adoption in enterprises, where enthusiasm often outpaces readiness and oversight. The article also references other tech and AI developments discussed on the Equity podcast, including significant funding rounds for startups like AltStore and Base Power, regulatory scrutiny of Tesla’s Full Self-Driving system, and Zendesk’s claims about AI handling most customer service tickets autonomously. Overall, Deloitte’s experience underscores the tension between rapid AI deployment and the need for careful management to avoid errors and maintain trust.
energyAIenterprise-technologyhome-batteriesenergy-storageTeslaautonomous-systemsTADTE 2025 reveals Taiwan's military preparations to hold back China
TADTE 2025, Taiwan's largest defense exhibition, showcased a significant increase in international participation, with over 400 exhibitors from 14 countries—a 50% rise from the previous year—and notably stronger Western and European involvement. This shift marks a departure from decades of European caution regarding China and highlights Taiwan’s urgent military modernization in anticipation of a potential Chinese invasion forecasted for 2027. The event emphasized Taiwan’s accelerated efforts to field advanced weaponry, combining Western technology, indigenous innovation, and a new drone warfare doctrine aimed at deterring or complicating any Chinese aggression. A central focus of Taiwan’s defense strategy revealed at TADTE 2025 is the deployment of at least 50,000 domestically produced drones by 2027, designed as expendable “ammunition” rather than high-cost assets. These drones span five categories, including swarming quadcopters for saturation attacks, reconnaissance fixed-wing drones, VTOL hybrids, loitering munitions, and logistics
robotdronesunmanned-aerial-vehiclesmilitary-technologydefense-systemsIoTautonomous-systemsYUAN 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-AINew system helps drones recover fast from stealth cyber hijacks
Researchers at Florida International University have developed SHIELD, a novel real-time defense system that enables drones to detect and recover from cyberattacks while still in flight. Unlike traditional defenses that primarily monitor navigation sensors vulnerable to manipulation (such as GPS spoofing), SHIELD continuously scans a drone’s entire control system—including hardware components like battery levels and processor activity—to identify unusual behavior indicative of an attack. Using machine learning models, SHIELD can recognize different attack patterns, detect cyber intrusions within 0.21 seconds, and initiate recovery procedures within 0.36 seconds, allowing the drone to complete its mission rather than terminating it as a fail-safe. This advancement addresses the growing security risks associated with the expanding use of drones across industries such as delivery, agriculture, infrastructure inspection, and disaster response. As regulatory bodies like the Federal Aviation Administration prepare to increase drone operations, SHIELD’s comprehensive approach provides a crucial safety layer by ensuring drones remain reliable and secure even under stealth cyber hijacks. The research team lik
robotdrone-securitycybersecurityIoT-securitymachine-learningreal-time-defenseautonomous-systemsChinese team develops drones that exchange tools while flying
Researchers at Westlake University in China have developed the FlyingToolbox system, enabling multi-rotor drones to exchange tools mid-flight with unprecedented precision. This breakthrough overcomes the significant challenge of downwash—the turbulent airflow generated by the propellers of an upper drone that destabilizes a drone flying below it. The system pairs a lower “toolbox drone” carrying multiple tools with an upper “manipulator drone” equipped with a robotic arm that picks up and returns tools during flight. Using real-time airflow prediction via a neural network, magnetic docking mechanisms, and QR code-based visual tracking, the drones achieve sub-centimeter docking accuracy, maintaining stability even in strong turbulence. In experiments, the FlyingToolbox successfully completed 20 consecutive dockings with less than one centimeter of error, a marked improvement over previous aerial docking systems that typically had accuracies of six to eight centimeters. The magnetic docking system, combined with elastic cords, allows for automatic locking and error absorption during alignment. This technology enables drones to
robotdronesaerial-roboticsrobotic-armsdrone-technologymulti-rotor-dronesautonomous-systemsAI-Powered Robots Install Solar Panels Faster Than Any Humans - CleanTechnica
Luminous Robotics, a Boston-based company, is revolutionizing solar panel installation with its Lumi 4 autonomous robots, currently deployed at the Goorambat East solar farm in Australia. This 250 MW facility, set for completion in 2026, will feature nearly 600,000 solar panels, most installed by these robots. The Lumi 4 fleet has exceeded production targets by 103%, with potential capacity increases up to 246%, thanks to aggressive logistics, manufacturing, and field deployment efforts supported by the Australian Renewable Energy Agency (ARENA). The company plans to further enhance the robots’ autonomy, reliability, and efficiency to significantly improve large-scale solar energy infrastructure. The use of these robots reduces construction time and labor costs, making solar projects more financially viable and accelerating the transition from fossil fuels to renewable energy. ENGIE Australia’s project manager, Justin Webb, highlighted that the autonomous systems not only lower costs and build times but also upskill the renewable energy workforce by requiring skilled technicians to operate
robotssolar-energyrenewable-energyautonomous-systemsenergy-infrastructuresolar-panel-installationclean-technologyUncrewed aerial system with wildfire response platform planned
Two companies, Korean Air and Anduril Industries, have partnered to develop an automated aerial platform aimed at improving large-scale wildfire response. The collaboration focuses on integrating Korean Air’s unmanned aerial vehicles (UAVs) with Anduril’s existing wildfire response platform, which includes the Fury autonomous air vehicle (AAV) and the Lattice software platform. This integrated system is designed to manage the entire wildfire response cycle with minimal human intervention by unifying detection data from various sensors across air, land, and space into a single operating picture, enabling rapid detection and assessment of wildfires. The platform allows operators to autonomously task both Anduril and Korean Air UAVs to assess fire scale and status, followed by deploying additional UAVs or crewed airtankers for suppression as needed. Korean Air brings its expertise in UAV development and stealth aircraft technologies to enhance the system’s capabilities. This initiative expands on an earlier teaming agreement between the two companies for unmanned systems cooperation in the Korean and Asia
robotunmanned-aerial-vehiclewildfire-responseautonomous-systemsIoT-sensorsaerial-roboticsemergency-technologyChina's new drone submersible can evade enemy sonar detection
China has developed advanced unmanned underwater submersibles featuring zero-radius turning capability, enabling them to maneuver effectively in complex maritime environments while operating below 90 decibels to evade enemy sonar detection. These submersibles, showcased during the September 3 military parade in Beijing, can be integrated with submarine-launched missiles, smart mines, and “mother-daughter” unmanned vehicles to form multilayered strike networks. They are designed for covert deployment to blockade shipping lanes, autonomously identify targets, and execute saturation attacks, with expected long endurance and future integration with underwater charging stations. The new underwater systems are part of a broader expansion of China’s naval arsenal, which includes unmanned surface vessels and minelaying systems capable of coordinated operations through artificial intelligence, enabling three-dimensional coordination with aerial drones. These unmanned platforms can autonomously assess threats and make decisions in complex maritime settings, potentially reshaping naval warfare and maritime conflict by enabling swarm tactics for sea control. Central to this capability is the AJ
robotunmanned-vehiclesautonomous-systemsunderwater-dronesmilitary-technologyartificial-intelligencemaritime-securityGM’s Artemis rover packs EV battery power for 19K miles on the Moon
General Motors (GM) has partnered with Lunar Outpost to develop the Lunar Terrain Vehicle (LTV) for NASA’s Artemis program, marking GM’s return to the Moon after 50 years. Unlike the Apollo-era rover, which had limited range and disposable batteries, the Artemis rover features rechargeable lithium-ion batteries using the same chemistry as GM’s Earth-based electric trucks. The battery pack is integrated into the vehicle’s frame to improve stability in lunar gravity and is designed for a 10-year lifespan, capable of delivering up to 19,000 miles of service. The LTV is built to endure the Moon’s extreme temperature swings, including two-week-long nights that plunge to -334 °F, with integrated heating elements, heavy insulation, and fault-tolerant systems to ensure continuous operation even if some battery cells fail. The LTV is designed as a reliable, long-term utility vehicle to support astronauts by hauling gear, scouting routes, and aiding in the establishment of a permanent human presence on the lunar
robotenergymaterialselectric-vehicleslunar-explorationbattery-technologyautonomous-systemsSpace defense, gravity, and connectivity with Bridgit Mendler, Even Rogers, and Max Haot at TechCrunch Disrupt 2025
At TechCrunch Disrupt 2025, held October 27–29 at San Francisco’s Moscone West, the Space Stage will spotlight transformative developments in the space economy beyond traditional rockets and satellites. The event emphasizes building resilient infrastructure, deploying autonomous systems, and innovating new operational and defense models for off-Earth assets. A key panel features Bridgit Mendler, Even Rogers, and Max Haot—three influential leaders shaping the future of space technology. Mendler, CEO of Northwood Space, focuses on scaling ground station networks to enhance satellite connectivity. Rogers, a former Air Force officer and space strategist, is advancing space defense technologies to protect orbital assets and secure freedom of action in space. Haot, CEO of Vast, is pioneering artificial gravity space stations, turning ambitious science fiction concepts into venture-backed commercial realities. The panel will delve into critical topics such as how defense and autonomy are redefining orbital security, the potential of artificial gravity for sustainable space habitation, the expansion of connectivity infrastructure to
IoTspace-technologysatellite-connectivityautonomous-systemsspace-defenseartificial-gravitycommercial-space-economyRobot 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-robotsInside Taiwan’s 50,000‑UAV plan to deter China
In September 2025, Taiwan unveiled a significant shift in its defense strategy at the Taipei Aerospace & Defense Technology Exhibition (TADTE) 2025, focusing on mass-producing unmanned aerial vehicles (UAVs) to deter China. Central to this strategy is a two-year plan to procure approximately 50,000 domestically built drones across five categories by 2027. Taiwan is adopting a novel approach by treating small UAVs as "consumables," similar to ammunition, emphasizing high-volume production, rapid assembly, and replaceability rather than platform longevity. This approach is designed to impose economic and operational costs on a numerically superior adversary through distributed, expendable sensors and effectors, enabling a layered, networked kill web for persistent intelligence, surveillance, reconnaissance (ISR), and precision strikes. Taiwan’s drone ecosystem showcased at TADTE 2025 includes low-cost autonomous cruise drones, loitering munitions, swarming FPVs, maritime unmanned surface vehicles
robotUAVdrone-technologyautonomous-systemsdefense-technologyAI-enabled-command-and-controlunmanned-vehiclesJet-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-systemsWhy you can’t miss the aerospace content at TechCrunch Disrupt 2025
TechCrunch Disrupt 2025 will feature significant aerospace content presented by the Aerospace Corporation, emphasizing how artificial intelligence (AI) is transforming the space economy beyond traditional hardware like rockets and satellites. The event includes two key sessions on October 27 that highlight startups addressing critical challenges in space exploration, orbital intelligence, and space infrastructure through AI-driven innovations. These startups are developing solutions for automating mission planning, preventing satellite collisions, and optimizing communications and servicing in orbit, showcasing early-stage companies tackling complex, high-stakes problems in the space industry. The second session focuses on "AI at the edge," addressing the unique constraints of space environments such as latency and bandwidth limitations that make cloud computing impractical. It highlights advancements in autonomous systems, resilient computing architectures, and onboard intelligence that enable spacecraft to process data in real-time and operate more safely and efficiently. Together, these sessions provide insight into how AI and cutting-edge technology are converging to redefine space missions and infrastructure, positioning the space sector as a rapidly evolving
robotAIaerospaceautonomous-systemsspace-technologysatelliteedge-computingCanadian ground robot survives Atlantic drop, crawls back to shore
Rheinmetall Canada successfully tested its Mission Master 2.0 unmanned ground vehicle (UGV) by dropping it from a warship into the Atlantic Ocean and having it autonomously navigate to a Portuguese beach during NATO’s Robotic Experimentation and Prototyping exercise on September 23, 2025. This amphibious trial demonstrated the UGV’s ability to complete a sea-to-shore transit and operate on land without human towing or recovery. The vehicle was equipped with a modular kit including a tethered drone from France’s Elistair, Echodyne radar from the U.S., and Rheinmetall’s own sensor package, designed to support scouting, sensing, and communications during amphibious operations. The Mission Master family covers various sizes and mission types such as surveillance, logistics, casualty evacuation, and fire support, all using Rheinmetall’s Path autonomous kit that enables follow, convoy, and fully autonomous modes. The tested version incorporated operator feedback to improve robustness and stability,
robotunmanned-ground-vehicleamphibious-robotautonomous-systemsmilitary-roboticsRheinmetall-Mission-Masterrobotic-experimentationIEEE 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-systemsBuilding the New Backbone of Space at TechCrunch Disrupt 2025
The article highlights the upcoming TechCrunch Disrupt 2025 event, scheduled for October 27–29 at San Francisco’s Moscone West, with a special focus on the evolving space economy. Unlike traditional views centered on rockets and satellites, the event emphasizes the critical role of infrastructure, autonomy, and innovative models for building and defending off-Earth assets. The Space Stage at the conference will feature leading experts discussing how next-generation technologies are shaping a more sustainable and scalable space economy. Key speakers include Even Rogers, co-founder and CEO of True Anomaly, who brings extensive national security and defense expertise, and Max Haot, CEO of Vast and founder of Launcher, known for advancing commercial space ventures like artificial gravity space stations. Their panel will explore the operational realities of space innovation, including government-commercial partnerships and venture-backed orbital platforms, offering insights into the strategies driving the next wave of growth in the space sector. The event promises to gather over 10,000 founders, investors, and operators, providing
robotIoTenergyspace-technologyaerospaceorbital-platformsautonomous-systems'World’s first' ship-based stealth drone may be deployed by China
China has unveiled the GJ-11 "Sharp Sword," which it claims to be the world’s first ship-launched stealth combat drone. Developed by Hongdu Aviation Industry Group under the Aviation Industry Corporation of China (AVIC), the drone evolved from the Shenyang Aircraft Corporation’s Sharp Sword project. Featuring a flying wing design and a fully blended body, the GJ-11 boasts low radar cross-section visibility enhanced by a specialized stealth coating. Measuring about 10 meters long with a 14-meter wingspan, it is powered by a turbofan engine capable of speeds up to 690 mph (1,111 km/h) and can carry a payload of up to 2,000 kg. Its design includes folding hinges to facilitate storage on aircraft carriers and amphibious assault ships. The GJ-11 is equipped with two internal weapons bays for guided bombs and can perform both strike and reconnaissance missions using multiple sensors. A notable capability is its function as a "loyal wingman," autonom
robotdronestealth-technologyunmanned-aerial-vehiclemilitary-technologyautonomous-systemsaerospace-materialsTaiwan eyes drone that helped Ukraine hunt Russian S-400, $2.5B assets
Taiwan is exploring local production of the European-made Tekever AR3 drone, which has played a significant role in Ukraine’s military efforts by aiding in the destruction of nearly $2.5 billion worth of Russian assets, including the advanced S-400 air defense system. The partnership between Portugal-based Tekever and Taiwan’s Apex Aviation was announced at the Taipei Aerospace & Defense Technology Exhibition in September 2025. The AR3 drone is a medium-sized, AI-driven unmanned aerial vehicle (UAV) equipped with modular payloads such as synthetic aperture radar and infrared sensors, capable of extended missions including intelligence, surveillance, target acquisition, and reconnaissance (ISTAR). It has logged over 10,000 combat flight hours and is also used by the UK military for electronic warfare. The AR3 drone features a compact fixed-wing design with up to 16 hours of endurance and an optional beyond-line-of-sight datalink, making it suitable for maritime and land operations. A vertical takeoff and landing
droneautonomous-systemsUAVdefense-technologyAI-drivensurveillanceVTOLUkrainian strike drone successfully tested to resist Russian jamming
Ukraine’s defense innovation cluster, Brave1, has successfully completed final testing of a new strike drone designed to resist Russian electronic warfare tactics such as jamming and spoofing, which have previously disrupted Ukrainian suicide drones by causing navigation failures. The drone boasts a range exceeding 25 miles (40 kilometers) and aims to conduct precision strikes deep inside enemy territory. Following this testing phase, the drone will enter combat trials to evaluate its performance under battlefield conditions, with plans to accelerate its mass deployment to support Ukraine’s war efforts. The development of this drone was guided by feedback from military personnel to ensure it meets operational needs against advanced electronic countermeasures. Ukraine has prioritized domestic drone manufacturing for nearly two years and was among the first nations to establish a dedicated military drone unit. This focus has led to innovations such as stealth coatings and communication via SIM cards, alongside the new jam-resistant strike drone. Brave1, established in 2023, coordinates defense tech development across multiple domains including AI for drones, explosives, and
robotdrone-technologyelectronic-warfareunmanned-aerial-vehiclemilitary-roboticsdefense-technologyautonomous-systemsRobot 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-technologyAI and the Future of Defense: Mach Industries’ Ethan Thornton at TechCrunch Disrupt 2025
At TechCrunch Disrupt 2025, Ethan Thornton, CEO and founder of Mach Industries, highlighted the transformative role of AI in the defense sector. Founded in 2023 out of MIT, Mach Industries aims to develop decentralized, next-generation defense technologies that enhance global security by integrating AI-native innovation and startup agility into an industry traditionally dominated by legacy players. Thornton emphasized the importance of rethinking fundamental infrastructure to build autonomous systems and edge computing solutions that operate effectively in high-stakes environments. The discussion also explored the broader implications of AI in defense, including the emergence of dual-use technologies that blur the lines between commercial and military applications. Thornton addressed critical topics such as funding, regulation, and ethical responsibility at the intersection of technology and geopolitics. With rising global tensions and increased defense investments, AI is not only powering new capabilities but also reshaping global power dynamics, security strategies, and sovereignty. The session underscored the growing role of AI startups in national defense and the urgent need to adapt to
robotAIautonomous-systemsdefense-technologyedge-computingmilitary-innovationstartup-technologyOndas Holdings brings in $217M from underwritten offering - The Robot Report
Ondas Holdings Inc., a provider of autonomous aerial and ground systems, recently closed an underwritten offering of 46 million common shares, raising approximately $217 million net of expenses. The company plans to use the proceeds to fuel corporate development and strategic growth initiatives, including acquisitions, joint ventures, and investments. This follows a prior $163 million public offering and the acquisition of a majority stake in Israeli electro-optics firm S.P.O. Smart Precision Optics Ltd. Ondas operates through two main units: Ondas Autonomous Systems (OAS), which develops commercial drones and ground robots under brands like Airobotics and American Robotics, and Ondas Networks, which offers FullMAX software-defined radio connectivity for industrial applications. OAS markets advanced autonomous systems such as the Optimus System, capable of fully autonomous aerial data capture with self-swapping batteries and payloads for continuous operation in complex environments. It also offers the Iron Drone System, a GPS-independent counter-drone solution designed to protect assets with minimal
robotdronesautonomous-systemsIoTnetworking-technologyenergyindustrial-applicationsChina warns US' shuttle-like craft could be used as 'space killer'
Chinese scientists have raised concerns about the U.S. military’s secretive X-37B space plane, warning it could be weaponized as a "space killer" and potentially used to maintain American space supremacy. The uncrewed, autonomous Boeing-designed craft, now on its eighth mission, has demonstrated advanced capabilities through multiple successful flights, covering over 1.3 billion miles and conducting various technology tests. Researchers from China’s Space Engineering University highlight that the X-37B’s dynamic and intelligent systems, enhanced by technologies like artificial intelligence and nuclear thermal propulsion, could integrate into the U.S. military’s Prompt Global Strike system, escalating space security risks and intensifying international competition. In response, China is advancing its own space capabilities with the reusable robotic Shenlong craft, which recently completed its third orbital test after 268 days in space. The Shenlong is suspected of signaling Earth while flying over North America in 2023, underscoring Beijing’s efforts to extend military reach into space and develop
robotspace-technologyautonomous-systemsmilitary-technologyartificial-intelligencespace-explorationaerospace-materialsUS military gains fully electric drone ready for immediate flight ops
Kraus Hamdani Aerospace’s fully electric K1000ULE unmanned aerial system (UAS) has been officially added to the US Department of Defense’s Blue UAS Cleared and Select Lists, confirming it as a secure, NDAA-compliant drone approved for immediate procurement and deployment. The K1000ULE sets new benchmarks in its category for endurance and range, operating without fuel and requiring minimal logistics. It can be rapidly deployed from its container to flight-ready status in about 10 minutes, making it highly suitable for sustained operations in contested environments. The drone has passed an independent cybersecurity assessment with zero vulnerabilities and received an Authority to Operate (ATO), underscoring its reliability and security for military missions. Equipped with AI-driven capabilities, the K1000ULE integrates seamlessly across multiple domains and supports complex operational challenges. It is runway-independent, capable of carrying multiple payloads, and functions as an autonomous communications gateway, extending and bridging tactical data links to support frameworks like JADC2
droneelectric-propulsionunmanned-aerial-systemmilitary-technologyautonomous-systemsAI-driven-capabilitiesenergy-efficient-roboticsCircus 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-efficiencyWhile U.S. stalls, Australia and Anduril move to put XL undersea vehicle into service
Australia, in partnership with defense startup Anduril, has successfully transitioned the extra-large uncrewed undersea vehicle (XLUUV) known as the "Ghost Shark" from concept to contract within three years—a milestone the U.S. Navy has struggled to achieve with its own XLUUV programs. Under a AUS$1.7 billion (US$1.1 billion) five-year contract, Australia will deploy a fleet of Ghost Sharks for long-range, stealthy surveillance and strike missions in Indo-Pacific waters starting next year. This contract includes delivery, maintenance, and ongoing development, marking a significant commitment by Australia to rapidly field advanced undersea capabilities amid rising regional tensions with China. The Ghost Shark program exemplifies a new defense procurement model, with Anduril co-developing and co-funding the vehicle alongside Australia, each contributing $50 million. The first prototype was delivered ahead of schedule in April 2024, and production is underway. Unlike the U.S. Navy’s Boeing
robotunmanned-underwater-vehicledefense-technologyautonomous-systemsmaritime-roboticsmilitary-dronesAnduril-Ghost-SharkHumanoids, AVs, and what’s next in AI hardware at TechCrunch Disrupt 2025
TechCrunch Disrupt 2025, taking place from October 27 to 29 at Moscone West in San Francisco, will gather over 10,000 startup and venture capital leaders to explore cutting-edge technology and future trends. A highlight of the event is a session focused on the future of AI hardware, particularly in robotics and autonomous systems. This session will feature live demonstrations and discussions on the advancements and challenges in developing humanoid robots and autonomous vehicles, emphasizing the integration of AI with real-world physics through simulation, sensors, and software infrastructure. Key speakers include Raquel Urtasun, founder and CEO of Waabi, and Jeff Cardenas, co-founder and CEO of Apptronik, who will share insights into the breakthroughs and bottlenecks in scaling intelligent machines safely and effectively. The discussion aims to provide a realistic and forward-looking perspective on how AI-driven robotics and autonomous platforms are evolving, highlighting their potential impact on industry, labor, and infrastructure. This session underscores the unique constraints and
robotautonomous-vehiclesAI-hardwareroboticshumanoid-robotssensorsautonomous-systemsAWS RoboMaker shuts down after failing to gain traction
Amazon Web Services (AWS) has officially discontinued RoboMaker, its cloud-based robotics simulation platform launched in 2018. RoboMaker enabled large-scale simulation using the open-source Gazebo physics engine, allowing users to run thousands of randomized environments and generate pass/fail metrics. However, the service failed to gain traction beyond its initial major customer, iRobot, which valued the ability to simulate diverse home environments for its Roomba robots. Sources familiar with RoboMaker indicated that the product was essentially developed for iRobot’s specific needs and lacked broader market fit, as most robotics companies require far fewer simulations and did not see enough value in the platform’s scale or cost. AWS has encouraged RoboMaker users to transition to AWS Batch, which supports multi-container workloads, offers better cost control through Spot instances, and integrates more flexibly with various compute environments. Unlike RoboMaker, Batch can handle any containerized workload and scale from small to large simulations, making it a more versatile solution for robotics development. Notably,
robotrobotics-simulationAWS-RoboMakercloud-roboticsautonomous-systemsAWS-Batchrobot-developmentHow College Racing Can Solve Cleantech's Biggest Crisis: Talent - CleanTechnica
The article highlights a critical talent shortage in the cleantech industry, particularly in engineers skilled at integrating electric powertrains with autonomous vehicle systems. While battery technology and charging infrastructure have advanced, the bottleneck now lies in finding graduates who can seamlessly combine perception, planning, and control technologies in electric vehicles. This gap is constraining the rapid deployment of clean, autonomous transportation at scale. A significant breakthrough occurred at the 2025 Formula SAE Electric competition held at Michigan International Speedway, where over 80 university teams competed under new rules that made autonomous driving capabilities mandatory. This competition, which evolved from the traditional Formula SAE (focused on combustion engines since 1980) and launched its electric division in 2013, now requires students to build electric race cars capable of navigating courses without human input. The success of teams like Oregon State University, San Jose State, and Georgia Tech demonstrated that universities are now effectively training engineers with the multidisciplinary skills needed by cleantech companies such as Tesla and Rivian.
energyelectric-vehiclesautonomous-systemscleantechengineering-educationFormula-SAE-Electricelectric-powertrainsRobotican unveils drone with cage-like body that rolls and flies
Israeli defense firm Robotican has introduced an armed version of its ROOSTER hybrid drone, a cage-like unmanned aerial system capable of both rolling on the ground and flying. Previously used primarily for intelligence, surveillance, and reconnaissance, the upgraded ROOSTER now carries a 300-gram precision-guided warhead, enabling it to perform surgical strikes in confined urban and subterranean environments such as buildings and tunnels. The drone’s protective cage design allows it to navigate stairs and narrow corridors, while rotors provide flight capability to overcome obstacles, giving operators enhanced access and strike readiness in complex terrain. Equipped with artificial intelligence for object detection, autonomous target tracking, and locking, the ROOSTER allows operators to designate targets for automatic engagement. Safety mechanisms prevent unintended activation, minimizing risks to friendly forces and civilians. Weighing 1.6 kilograms and capable of carrying various modular payloads—including spectral and thermal cameras, oxygen and radiation sensors—the drone offers up to 30 minutes of rolling endurance
robotdroneAIautonomous-systemsmilitary-technologyunmanned-aerial-vehiclesurveillanceNVIDIA Jetson Thor bring 2K teraflops of AI compute to robots
NVIDIA has announced the general availability of its Jetson AGX Thor developer kit and production modules, designed to deliver 2K teraflops of AI compute power for robotics and physical AI applications. Targeting robots that operate in unstructured environments and interact safely with humans, Jetson Thor offers high performance and energy efficiency, enabling the running of multiple generative AI models at the edge. NVIDIA positions Thor as a supercomputer for advancing physical AI and general robotics, with several leading robotics and industrial technology companies already integrating the platform. Notably, Agility Robotics plans to use Jetson Thor as the compute backbone for its Digit humanoid robot, enabling more advanced manipulation, scene understanding, and faster reaction times in complex tasks like logistics and shelf stocking. Boston Dynamics is also incorporating Thor into its Atlas humanoid robot for onboard AI acceleration and data handling. Other major users include Amazon Robotics, Caterpillar, Figure, Medtronic, and Meta, with John Deere and OpenAI currently evaluating the platform
robotAINVIDIA-Jetson-Thorrobotics-computingedge-AIhumanoid-robotsautonomous-systemsHow 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-systemsSmartlet microrobots coordinate underwater using light signals
Researchers at Chemnitz University of Technology have developed “smartlet” microrobots—tiny, millimeter-scale cube-shaped devices capable of autonomous movement and communication underwater. Constructed from flexible, origami-inspired materials, each smartlet integrates solar cells, onboard processors, micro-LEDs, and photodiodes, enabling them to harvest light for power and use optical signals for communication without external controls. Propelled by bubble-generating engines that control buoyancy, these microrobots can coordinate their actions through light-based signaling, allowing synchronized group behaviors and decentralized control. This innovation marks a significant advance in creating distributed robotic systems that mimic collective intelligence found in nature. By combining energy harvesting and communication in a compact, wireless loop, the smartlets eliminate the need for bulky external equipment like magnets or cameras. The researchers envision diverse applications, including medical diagnostics, environmental monitoring, and soft robotics, where these biocompatible, untethered robots could perform complex sensing and adaptive tasks in fluidic
robotmicrorobotsunderwater-roboticsoptical-communicationsolar-cellsautonomous-systemsdistributed-intelligenceInterview with Haimin Hu: Game-theoretic integration of safety, interaction and learning for human-centered autonomy - Robohub
In this interview, Haimin Hu discusses his PhD research at Princeton Safe Robotics Lab, which centers on the algorithmic foundations of human-centered autonomy. His work integrates dynamic game theory, machine learning, and safety-critical control to develop autonomous systems—such as self-driving cars, drones, and quadrupedal robots—that are safe, reliable, and adaptable in human-populated environments. A key innovation is a unified game-theoretic framework that enables robots to plan motion by considering both physical and informational states, allowing them to interact safely with humans, adapt to their preferences, and even assist in skill refinement. His contributions span trustworthy human-robot interaction through real-time learning to reduce uncertainty, verifiable neural safety analysis for complex robotic systems, and scalable game-theoretic planning under uncertainty. Hu highlights the challenge of defining safety in human-robot interaction, emphasizing that statistical safety metrics alone are insufficient for trustworthy deployment. He argues for robust safety guarantees comparable to those in critical infrastructure, combined with runtime learning
robothuman-robot-interactionautonomous-systemssafety-critical-controlgame-theorymachine-learningautonomous-vehiclesWorld-1st roadside AI tech that prevents animal-vehicle collisions tested
A team of researchers from the University of Sydney, Queensland University of Technology (QUT), and the Department of Transport and Main Roads Queensland has developed and successfully tested the world’s first roadside AI technology designed to prevent animal-vehicle collisions. Known as the Large Animal Activated Roadside Monitoring and Alert (LAARMA) system, it uses a combination of RGB cameras, thermal imaging, LiDAR sensors, and self-teaching artificial intelligence to detect animals near roads in real-time and alert drivers through flashing Variable Message Signs (VMS). During a five-month trial in Far North Queensland, an area with frequent cassowary collisions, LAARMA achieved 97% detection accuracy, recorded over 287 animal sightings, and helped reduce vehicle speeds by up to 6.3 km/h. Unlike traditional detection systems, LAARMA’s AI continuously improves its accuracy by learning from each sighting without human reprogramming, increasing detection rates from an initial 4.2% to 78.5%
AIroadside-safetyanimal-detectionIoT-sensorsautonomous-systemswildlife-conservationsmart-transportationFORT 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-fundingWorld's first sea-skimming drone can hit enemies at 124 mph speed
An Ankara-based company, Solid Aero, has unveiled TALAY, the world’s first sea-skimming multipurpose drone capable of flying just 9.8 feet above the sea surface at speeds up to 124 mph. Designed to operate stealthily beneath typical radar horizons, TALAY utilizes the ground effect phenomenon as an ekranoplan (Wing-in-Ground vehicle) to achieve lift and agility. The autonomous drone can carry up to 66 pounds of sensors or munitions, with an endurance of about three hours and the ability to operate in challenging sea state three conditions. Its compact design features foldable wings, a low radar cross-section, and an electric propulsion system powered by a Li-Po battery, enabling silent and swift mission engagement over a communication range of 124 miles. TALAY is optimized for maritime and coastal missions, capable of performing patrol, reconnaissance, strike, or cargo tasks with advanced AI-powered flight control software and preloaded coordinates for precision. It can conduct harbor attacks and target
robotdroneautonomous-systemsAI-poweredelectric-propulsionmaritime-technologyunmanned-aerial-vehicleChina’s new mystery stealth jet's flight sets social media on fire
Leaked images and video circulating on Chinese social media have sparked intense speculation about a new, mysterious tailless aircraft believed to be an advanced stealth design. The aircraft features a sharply pointed nose blending into delta wings, twin-engine intakes, no vertical stabilizers, and a heavy-duty tricycle landing gear, suggesting a conventional or carrier-capable weight class. Its lack of a visible cockpit raises the possibility that it is an unmanned aerial vehicle (UAV) or drone, potentially part of China’s ongoing development of autonomous “loyal wingman” stealth drones, such as the GJ-11 “Sharp Sword” or FH-97 series, which are comparable to U.S. programs like the Valkyrie and Ghost Bat. Experts remain cautious about the aircraft’s exact role or classification, with theories ranging from it being a next-generation fighter or bomber to a carrier-optimized platform or a Chengdu-developed counterpart to the J-36 stealth fighter. The design shares some similarities with existing Chinese
robotdroneunmanned-aerial-vehiclestealth-technologyautonomous-systemsmilitary-technologyaerospace-engineeringThe 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-trendsThe new face of defense tech — Ethan Thornton of Mach Industries — takes the AI stage at TechCrunch Disrupt 2025
At TechCrunch Disrupt 2025, Ethan Thornton, CEO and founder of Mach Industries, highlighted how AI is fundamentally transforming defense technology today, not just in the future. Launching his startup out of MIT in 2023, Thornton aims to develop decentralized, next-generation defense systems that integrate advanced hardware, software, and autonomous capabilities. His approach challenges traditional defense industry norms by leveraging AI-native innovation to enhance national security on a global scale. Mach Industries exemplifies a new breed of startups that bridge commercial technology and military applications, focusing on autonomous systems, edge computing, and dual-use technologies. Thornton’s discussion emphasized the complexities of navigating funding, regulatory environments, and ethical responsibilities at the intersection of technology and geopolitics. With rising global tensions and increased defense tech investments, his session underscored AI’s critical role in reshaping security strategies and the future of sovereignty worldwide.
robotartificial-intelligenceautonomous-systemsdefense-technologyedge-computingstartup-innovationmilitary-technologyCorsha gets investment from Cybernetix Ventures for robot cybersecurity - The Robot Report
Corsha Inc., a Vienna, Virginia-based company specializing in machine cybersecurity, has secured investment from Cybernetix Ventures as part of its $18 million Series A-1 funding round. Corsha’s platform focuses on securing machine-to-machine (M2M) connections within robotics and industrial automation, addressing a gap where traditional cybersecurity has largely centered on human protection while neglecting operational technology. Founded in 2017, Corsha offers a patented Machine Identity Provider (m-IdP) that provides dynamic, cryptographic machine identities, continuous verification, and automated lifecycle management to ensure secure, authorized connections across cloud, edge, hybrid, and air-gapped environments. The m-IdP platform is designed to support the growing autonomy and interconnectivity of industrial systems by embedding zero-trust principles and enabling secure data movement and automation at machine speed and scale. Cybernetix Ventures highlighted Corsha’s solution as a foundational trust layer critical for the future of connected, autonomous systems, emphasizing the increasing need for
robotcybersecuritymachine-identityindustrial-automationoperational-technologyautonomous-systemsIoT-securityThe ‘Wild West’ of AI: defense tech, ethics, and escalation
The article explores the rapid transformation of modern warfare driven by artificial intelligence (AI), electronic warfare (EW), and autonomous systems, as discussed by Will Ashford-Brown, Director of Strategic Insights at Heligan Group. Over the past five years, AI has become deeply integrated into military operations, from combat roles like drone piloting and target acquisition to support functions such as IT assistance within defense organizations. Despite these advances, Ashford-Brown emphasizes that human oversight remains crucial, especially in decisions involving lethal force, due to unresolved ethical concerns and a significant trust gap in fully autonomous systems. Ashford-Brown distinguishes between AI as a supporting technology and true autonomy, highlighting that robust AI is necessary to achieve fully autonomous military systems. Experimental AI-driven drones demonstrate potential in overcoming electronic jamming and operating in denied environments, but human intent and intervention continue to be central to their operation. Additionally, AI’s ability to rapidly analyze satellite imagery is revolutionizing battlefield intelligence, drastically shortening the kill chain from hours to minutes and
robotartificial-intelligenceautonomous-systemsdefense-technologymilitary-droneselectronic-warfareAI-ethicsJ.P. Morgan reports on U.S. investment trends in applied tech - The Robot Report
J.P. Morgan’s recent “Applied Tech Report” highlights ongoing investment growth in U.S. sectors such as robotics, semiconductors, space, and defense, despite macroeconomic challenges like higher interest rates and market pressures. While IPOs and early-stage investments have remained steady or declined, market consolidation and strategic partnerships underscore confidence in the long-term potential of applied technologies. Government funding plays a significant role, with U.S. federal spending reaching $338 billion in fiscal year 2024, driven by programs like the CHIPS Act and Department of Defense contracts to startups. Venture funding has decreased since 2021, but federal support, especially for AI research and development, is expected to increase. Capital investment in robotics startups has notably increased from about $7 billion in 2020 to over $12 billion in 2024, largely due to advances in AI and rising demand for automation to address labor shortages and productivity needs. Robotics investments tend to focus on later-stage companies requiring substantial capital to scale,
robotrobotics-startupsautonomous-systemssemiconductor-manufacturingdefense-technologyartificial-intelligenceautomationUS lab taps Amazon cloud to build AI-powered nuclear reactors
Idaho National Laboratory (INL), a leading U.S. Department of Energy nuclear research facility, has partnered with Amazon Web Services (AWS) to leverage advanced cloud computing and artificial intelligence (AI) for the development of autonomous nuclear reactors. This collaboration aims to create digital twins—virtual replicas—of small modular reactors (SMRs) ranging from 20 to 300 megawatts. Using AWS tools such as Bedrock, SageMaker, and custom AI chips (Inferentia, Trainium), INL plans to enhance modeling, simulation, and ultimately enable safe, self-operating nuclear plants. The initiative is designed to reduce costs, shorten development timelines, and modernize the nuclear energy sector, which has historically faced regulatory delays and high expenses. This partnership is part of a broader U.S. government strategy to integrate AI into nuclear energy infrastructure, supporting faster, safer, and smarter reactor design and operation. It follows a similar deal between Westinghouse and Google Cloud, signaling AI’s growing
energyartificial-intelligencenuclear-reactorsdigital-twinscloud-computingautonomous-systemssmall-modular-reactorsThis founder left Silicon Valley to challenge U.S. defense supremacy from Athens, and investors are paying attention
Dimitrious Kottas, formerly of Apple’s Special Projects Group, left Silicon Valley in 2021 to found Delian, a Greek defense startup focused on autonomous systems and surveillance technology. Starting with solar-powered surveillance towers monitoring Greek borders and detecting wildfires, Delian has expanded its product line to include advanced autonomous aerial and sea drones, notably a patented low-cost, deployable “suicide vessel” designed to operate undetected on the seabed. Kottas leverages his expertise in perception technology—gained from academic research and work on autonomous systems at Apple—to drive innovation in defense autonomy, which he believes will be central to future weapon systems. Delian’s approach is pragmatic and disruptive, aiming to penetrate Europe’s fragmented defense market by offering scalable, cost-effective solutions. The company recently secured $14 million in funding from investors including Air Street Capital and Marathon Venture Capital, bringing its total funding to $22 million. Despite technological progress and operational success in Greece, Delian faces
robotenergyIoTautonomous-systemssurveillance-technologydefense-technologydronesLive 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-systemsIn 90 seconds, AI satellite thinks, tilts, and shoots without human help
NASA has developed a groundbreaking AI-driven technology called Dynamic Targeting, enabling satellites to autonomously analyze their surroundings and decide where to collect scientific data without human intervention. Demonstrated aboard the CubeSat CogniSAT-6, launched in March 2024, the system allows the satellite to tilt forward along its orbit, capture preview images, and process them in under 90 seconds to identify cloud-free areas. This capability helps avoid wasting time and resources imaging through clouds, a common obstacle for Earth-observing satellites, by selectively capturing only clear views. Dynamic Targeting mimics human interpretation by recognizing meaningful features such as clouds, fires, or storms in real time, then adjusting the satellite’s instruments accordingly. Future tests aim to reverse the approach by targeting clouds and rapidly evolving weather phenomena like deep convective ice storms, as well as thermal anomalies such as wildfires and volcanic eruptions. These applications rely on specialized onboard algorithms trained to detect specific patterns, enhancing the satellite’s responsiveness and adaptability. NASA en
robotAIsatelliteautonomous-systemsspace-technologyCubeSatNASAUK nuclear submarine fires drone torpedo to sniff out stealth enemies
The Royal Navy has successfully conducted trials launching and recovering uncrewed underwater vehicles (UUVs) from its Astute-class nuclear-powered submarines as part of Project Scylla. These tests, carried out in the Mediterranean Sea, demonstrated the deployment of drone torpedoes via torpedo tubes to enhance undersea reconnaissance, seabed warfare, and secure communications. The UUV used is believed to be a variant of L3Harris’ Iver4 900, a compact, modular underwater drone equipped with sonar and sensors capable of long-endurance missions such as seabed mapping and mine countermeasures. This integration marks a significant advancement in blending manned and unmanned platforms to reshape naval warfare. Project Scylla is aligned with AUKUS Pillar 2, the trilateral security pact between the UK, US, and Australia, focusing on advanced technologies like AI and autonomous systems to bolster security across the Euro-Atlantic and Indo-Pacific regions. The trials support the Royal Navy’s
robotautonomous-systemsunderwater-dronesmilitary-technologynaval-warfareunmanned-vehiclesartificial-intelligenceUK’s war brain tech cuts strike decision time from hours to minutes
The UK Army has introduced ASGARD (Autonomous Strike Guidance and Reconnaissance Device), a cutting-edge digital targeting system designed to drastically reduce strike decision times from hours to minutes and enhance battlefield lethality by tenfold. Developed in response to operational lessons from the Ukraine conflict, ASGARD integrates artificial intelligence, sensor fusion, and secure digital networks to create a real-time battlefield web. This system enables commanders to detect, decide, and engage targets rapidly across dispersed forces, effectively doubling the lethality of British troops. ASGARD has already undergone successful field tests with NATO forces in Estonia and is a key component of the UK’s broader Strategic Defence Review aimed at modernizing combat capabilities by 2027. ASGARD’s rapid development—from contract signing in January 2025 to a working prototype deployed within four months—demonstrates a shift toward faster procurement and modular, digital-first military technology acquisition. The system connects sensors, shooters, and decision-makers across land, sea, air, and
IoTmilitary-technologyartificial-intelligencesensor-fusiondigital-networksautonomous-systemsbattlefield-technologyUS-based unmanned aircraft could bolster Europe's battlefield power
General Atomics has initiated a project to supply European forces with new uncrewed combat aircraft based on the U.S. Air Force’s YFQ-42A prototype. This Collaborative Combat Aircraft (CCA) will be assembled in Europe through a transatlantic partnership between General Atomics Aeronautical Systems in the U.S. and its German affiliate, General Atomics Aerotec Systems GmbH. The YFQ-42A, currently in ground testing and slated for first flight in summer 2025, represents the first in a new generation of unmanned fighter aircraft designed to enhance air superiority through autonomous capabilities and crewed-uncrewed teaming. The CCA aims to provide NATO with a flexible, affordable force multiplier that integrates seamlessly with existing and next-generation crewed aircraft, expanding mission capabilities and ensuring continued air dominance. This initiative supports NATO priorities such as unmanned-manned teaming, distributed air operations, and the development of affordable mass to counter peer threats. By leveraging a mature aircraft baseline
robotunmanned-aircraftautonomous-systemsmilitary-technologydefensecollaborative-combat-aircraftair-superioritySwarmable 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-munitionsChina 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-responseBedrock 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-technologyChina's self-propelled howitzers deliver precision fire at high-altitude
China recently conducted a live-fire exercise using its PCL-181 155mm wheeled self-propelled howitzer in high-altitude, mountainous terrain likely near the Tibetan Plateau or Xinjiang region. This test demonstrated the system’s ability to deliver precise fire and maintain mobility under harsh conditions such as thin air, cold weather, and steep slopes—factors that traditionally challenge artillery performance due to impacts on engines and ballistics. The PCL-181, introduced in 2019 by NORINCO, is a modern, truck-mounted artillery system firing NATO-standard shells up to 25 miles, capable of speeds over 56 mph and an operational range exceeding 373 miles. Its advanced features include semi-automatic loading, digital targeting, satellite navigation, and rapid repositioning, enabling quick, accurate strikes with reduced crew fatigue. The deployment of the PCL-181 in regions bordering India reflects China’s strategic focus on enhancing military readiness following the 2020 Galwan Valley clashes. Unlike traditional to
robotmilitary-technologyautonomous-systemsdigital-communicationsprecision-targetingsatellite-navigationsemi-automatic-loadingHumanoids, 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-systemsDiligent Robotics hires 2 former Cruise execs to scale Moxi
Diligent Robotics, known for its hospital-assisting robot Moxi, has strengthened its leadership by hiring two former Cruise executives: Rashed Haq as CTO and Todd Brugger as COO. Moxi automates routine hospital tasks such as delivering supplies, lab specimens, and medications, and has been deployed in over 30 U.S. hospitals, completing more than one million deliveries and saving nearly 600,000 staff hours. The addition of Haq and Brugger, who bring extensive experience in scaling autonomous vehicle technology, aims to accelerate Diligent’s AI-driven product development and expand Moxi’s applications beyond hospitals into broader commercial and assisted living environments. Diligent Robotics leverages core technologies similar to those used in self-driving cars—such as multi-modal perception, human behavior prediction, and real-time planning—to enable humanoid robots to operate autonomously in complex, human-centric settings. CEO Andrea Thomaz emphasized hospitals as a proving ground for their technology, while co-founder Vivian Chu highlighted the
robothealthcare-automationAI-roboticshumanoid-robotsautonomous-systemshospital-logisticsAI-driven-roboticsDiligent 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-deploymentNvidia becomes first $4 trillion company as AI demand explodes
Nvidia has become the first publicly traded company to reach a $4 trillion market capitalization, driven by soaring demand for its AI chips. The semiconductor giant's stock surged to a record $164 per share, marking a rapid valuation increase from $1 trillion in June 2023 to $4 trillion in just over a year—faster than tech giants Apple and Microsoft, which have also surpassed $3 trillion valuations. Nvidia now holds the largest weight in the S&P 500 at 7.3%, surpassing Apple and Microsoft, and its market value exceeds the combined stock markets of Canada and Mexico as well as all publicly listed UK companies. This historic rise is fueled by the global tech industry's race to develop advanced AI models, all heavily reliant on Nvidia’s high-performance chips. Major players like Microsoft, Meta, Google, Amazon, and OpenAI depend on Nvidia hardware for AI training and inference tasks. The launch of Nvidia’s next-generation Blackwell chips, designed for massive AI workloads, has intensified
robotAI-chipsautonomous-systemsNvidiasemiconductordata-centersartificial-intelligenceUS Navy unleashes new mine-killing robot in first open-water test
The US Navy, in collaboration with Raytheon Technologies, has successfully tested Barracuda, a new untethered, semi-autonomous underwater robot designed for mine neutralization. During an open-water trial in Narragansett Bay, Barracuda demonstrated its ability to navigate underwater, communicate targets, detect threats, and identify various types of naval mines—bottom, volume, and near-surface—without physical tethers or continuous operator control. While the system operates autonomously for most of its mission, human operators retain final decision authority for mine neutralization, ensuring compliance with Department of Defense rules and operational safety. Barracuda represents a significant technological advancement in naval mine warfare, offering enhanced safety and efficiency by reducing the risk to sailors. Its modular design allows deployment from multiple surface or sub-surface platforms, supporting distributed maritime operations and expeditionary mine countermeasure units. The system is slated for low-rate initial production with operational capability targeted by 2030, aligning with the US Navy’s modernization plans
robotautonomous-systemsunderwater-roboticsmine-countermeasuresnaval-technologydefense-technologyRaytheonCobionix 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-automationRussian drone hunts like a predator with Nvidia supercomputer’s help
Russia has developed an advanced autonomous drone, the MS001, powered by Nvidia’s Jetson Orin supercomputer, marking a significant shift in modern warfare. Unlike traditional drones that rely on pre-set coordinates or external commands, the MS001 independently processes thermal imaging, object recognition, and telemetry to detect, prioritize, and engage targets in real time—even under GPS jamming or electronic warfare conditions. Equipped with sophisticated onboard systems such as a spoof-resistant GPS module, adaptive logic chips, and swarm communication capabilities, the drone operates as a “digital predator” capable of coordinated swarm behavior and dynamic target selection, posing a serious challenge to existing air defense doctrines. This technological leap aligns with Russia’s strategic shift since early 2024 toward using UAVs for deep interdiction strikes against critical infrastructure and logistics far behind the front lines, aiming to disrupt Ukraine’s military and civilian systems. Despite U.S. sanctions banning advanced chip exports to Russia, Nvidia components continue to reach Russian forces via gray-market smuggling routes, enabling
robotdroneartificial-intelligenceautonomous-systemsNvidia-Jetson-OrinUAVelectronic-warfareUS firm's loitering munitions to be more effective with combat-proven tech
RTX, a Virginia-based defense company, is set to enhance its loitering munitions, sensors, and weapon systems by integrating Shield AI’s Hivemind, an AI-powered autonomy software. This integration will enable the first operational weapon powered by Networked Collaborative Autonomy (NCA), a technology that combines real-time coordination, resilience, and combat-proven firepower. The collaboration aims to deliver mission autonomy for intelligent, collaborative operations across various missions such as air defense breach, missile hunting, reconnaissance, and beyond-visual-range strikes. Notably, this development is fully funded by RTX and Shield AI without government investment. In addition to Hivemind, Shield AI will integrate its Visual Detection and Ranging (ViDAR) software with RTX’s Multi-Spectral Targeting System (MTS) to provide automated AI-based sensor autonomy against maritime and airborne swarm targets. This partnership aligns with Pentagon principles by ensuring the autonomous systems are reliable, traceable, governable, and secure.
robotautonomous-systemsAIdefense-technologynetworked-collaborative-autonomysensor-autonomymilitary-roboticsMIT’s AI-powered robot speeds up search for better solar materials
MIT researchers have developed an AI-powered autonomous robotic system that dramatically accelerates the measurement of photoconductivity—a key electrical property influencing the performance of semiconductor materials used in solar cells and electronics. The robot uses a probe to make contact-based measurements, guided by machine learning models imbued with domain knowledge from chemists and materials scientists. This enables it to identify optimal contact points on perovskite samples, a class of semiconductors relevant to photovoltaics, and efficiently plan the probe’s path to maximize data collection speed and accuracy. In a 24-hour test, the robot completed over 3,000 photoconductivity measurements, outperforming existing AI models in both precision and throughput by taking 125 unique measurements per hour. This rapid, autonomous approach allows scientists to quickly characterize new materials, potentially leading to the discovery of more efficient solar panel components. The research team, led by Professor Tonio Buonassisi, envisions creating fully autonomous laboratories that can accelerate materials discovery by combining fast
robotAIsolar-energysemiconductor-materialsphotoconductivityautonomous-systemsmaterials-scienceRobot boats turn deadly as Ukraine arms them with heavy bomber drones
Ukraine has advanced its naval drone capabilities by using uncrewed surface vessels (USVs), specifically the Magura V5, as mobile launch platforms for heavy quadcopter bomber drones. In a notable first, a Ukrainian naval drone boat successfully launched a heavy UAV during a maritime strike on July 1–2, 2025, targeting and destroying key components of the Russian Nebo-M radar system in occupied Crimea. This radar system is integral to Russia’s air defense, linked with S-300 and S-400 missile networks, and includes multiple truck-mounted radar arrays and a command post. The operation involved the drone boat approaching covertly, acting as a communications relay via satellite uplink, enabling remote control of the UAV deep inside enemy territory, which destroyed three critical radar elements. This strike exemplifies Ukraine’s evolving unmanned warfare doctrine, integrating sea-based drone carriers with airborne UAVs to extend operational reach and precision strike capabilities. Since early 2023, Ukraine’s Magura fleet has demonstrated
robotunmanned-surface-vehicledrone-technologymilitary-roboticsnaval-dronesUAVautonomous-systemsUS Air Force to fly F-22 Raptors with first 'loyal wingman' drones
The US Air Force is set to enhance its fleet of F-22 Raptor stealth fighters by integrating them with "loyal wingman" drones, marking a significant advancement in manned-unmanned teaming capabilities. Beginning in Fiscal Year 2026, the Crewed Platform Integration (CPI) program will retrofit up to 142 combat-ready F-22s with tablet-based control kits, enabling pilots to command Collaborative Combat Aircraft (CCA) drones in real time during missions. These control systems, likely utilizing the secure Inter-Flight Data Link (IFDL), will allow seamless communication between the F-22 and its drone wingmen, enhancing operational flexibility and lethality. Parallel to this, the Air Force is investing $870 million in FY26 to develop and procure an initial fleet of 100 to 150 CCA drones, with plans to expand to over 1,000 air vehicles in future increments. Prototype drones under development include General Atomics’ YFQ-42A and And
robotdronesmilitary-technologyautonomous-systemsunmanned-aerial-vehiclesdefense-technologycollaborative-combat-aircraftEurope unveils 5th-gen battle tank plan to boost defense technology
Europe has initiated Project MARTE (Main ARmoured Tank of Europe), a multinational effort to develop the continent’s first fifth-generation Main Battle Tank (MBT). Supported by a €20 million grant from the European Defence Fund, MARTE aims to create a modular, highly digitalized armored platform designed for high-intensity, multi-domain combat environments. Coordinated by MARTE ARGE GbR—a joint venture between Germany’s KNDS Deutschland and Rheinmetall Landsysteme—the consortium includes 51 entities from 12 countries, encompassing major defense firms, tech companies, SMEs, and research institutions. The project is structured into five technical work packages led by key European defense companies, focusing on critical subsystems of the future tank. Central to MARTE’s design is a networked combat vehicle architecture featuring an open digital backbone that enables real-time data fusion, AI-assisted targeting, and secure, high-bandwidth communication compatible with NATO standards. The tank will incorporate AI-driven decision support to reduce crew workload and
robotenergymaterialshybrid-electric-propulsionAI-assisted-targetingmodular-armorautonomous-systemsFerrari's 100-ft futuristic racing yacht will operate without engine
Ferrari has unveiled the Hypersail, a groundbreaking 100-foot flying ocean racing monohull yacht designed by French naval architect Guillaume Verdier. Scheduled for launch in 2026, this innovative vessel aims to blend racing tradition with cutting-edge technology, serving as a research and development platform focused on offshore sailing. The Hypersail will stabilize its flight on three points of contact and operate entirely on renewable energy sources, including solar, wind, and kinetic energy, without any combustion engine or external power support. The yacht’s control and motion systems for the foils, keel, and rudder, along with all onboard computers and instruments, will be powered autonomously while under sail. Ferrari emphasized that the design incorporates aerodynamic and structural calculation processes derived from its automotive expertise, ensuring both performance and safety for extended ocean voyages without stopovers. The project has led to nine patents filed and six more in progress, highlighting its innovative approach. Ferrari Chairman John Elkann noted that the Hypersail represents the ultimate
energyrenewable-energysailing-technologyautonomous-systemsenergy-self-sufficient-yachtFerrari-Hypersailoffshore-racing-innovationBulletproof robot joins Ukraine frontlines to haul gear, clear mines
Ukraine’s Ministry of Defense has officially approved the “Dodger,” a new bulletproof unmanned ground vehicle (UGV) designed by Ukrainian engineers to support frontline operations. The compact, wheeled Dodger can carry up to 250 kilograms (551 pounds) of cargo, primarily serving battlefield logistics by transporting ammunition, equipment, and supplies under fire. It is armored against small arms and battlefield debris, enabling it to operate safely in contested areas and reduce risks to human personnel. The Dodger also has adaptability for casualty evacuation missions, reflecting Ukraine’s broader strategy to automate logistics and combat support through unmanned systems amid the ongoing war with Russia. The introduction of the Dodger is part of a rapid expansion of Ukraine’s unmanned ground force, which by mid-2025 includes over 80 robotic systems across combat and support roles. These range from logistics drones to weaponized UGVs like the Termit (carrying 300 kilograms), the grenade-launcher-equipped Shablia, the flameth
robotunmanned-ground-vehiclemilitary-roboticsbattlefield-logisticsautonomous-systemsUkraine-defense-technologyrobotic-platformsRobot 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-characterizationSolar drone with Boeing 747 wingspan promises month-long flights
The article discusses a groundbreaking solar-powered drone developed through a partnership between French defense electronics company Thales and US aerospace startup Skydweller Aero. This unmanned aerial system, named MAPS (Medium-Altitude Pseudo-Satellite), features a wingspan larger than a Boeing 747 and can carry payloads up to 881 pounds (400 kg). Designed for persistent, long-duration flights lasting weeks to a month, the drone operates at medium altitudes without carbon emissions, enabling near-continuous surveillance of vast maritime areas such as Exclusive Economic Zones, shipping lanes, and contested waters. A key innovation is the integration of Thales’ AirMaster S radar, an AI-enabled, lightweight sensor suite with Active Electronically Scanned Array (AESA) technology, which provides rapid situational awareness across air, land, and sea domains. The radar’s AI-driven data processing allows onboard target classification, reducing data transmission needs and enhancing bandwidth efficiency critical for extended autonomous missions. This combination creates a fully autonomous
dronesolar-powerautonomous-systemsAIenergymaritime-surveillanceUAVCelebrating 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-roboticsUS spy drone gets 9-foot wingman with 750-mile strike range boost
The article introduces the Precision Exportable Launched Effect (PELE), a new small unmanned aerial system developed by General Atomics Aeronautical Systems, Inc. (GA-ASI) to enhance the operational capabilities of manned and unmanned platforms like the MQ-9B SkyGuardian. PELE features an 11-foot wingspan, a 16-horsepower engine, and weighs up to 250 pounds, providing up to seven hours of flight endurance and a range exceeding 500 nautical miles (approximately 570 miles). Designed for high-risk, contested airspace, PELE is attrition-tolerant and can carry modular payloads including electro-optical/infrared sensors for intelligence, surveillance, and reconnaissance (ISR) missions. It can be launched from air or ground platforms, allowing flexible deployment and enabling the mothership MQ-9B to remain outside threat zones while PELE units penetrate deeper into contested areas. PELE supports emerging military concepts such as Collaborative Combat Aircraft (CCA
robotunmanned-aerial-vehicleautonomous-systemsdefense-technologysurveillance-droneaerospace-engineeringmilitary-roboticsMIT 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-learningUS Navy’s new weapon to turn helicopters into sea mine killers
The US Navy has awarded a $10.5 million contract modification to BAE Systems for the delivery of MK64 Mod 0 explosive destructors and fiber optic spool kits for the Airborne Mine Neutralization System (AMNS) known as Archerfish. This advanced underwater weapon system, deployable from MH-60S helicopters, unmanned surface vehicles, and small boats, is designed to neutralize naval mines with precision and speed, reducing mine clearance time by four times compared to traditional methods. Archerfish employs a dual-mode propulsion system and integrates a directed-energy warhead with advanced acoustic positioning, electronic scanning sonar, and visual imaging, transmitting live video and sonar feedback via fiber-optic cable to enable real-time operator control and precise target identification. Developed originally for the Royal Navy and adopted by the US Navy, Archerfish is a modular, lightweight, and cost-efficient system optimized for flexibility and rapid deployment. Its design includes an Insensitive Munition warhead for safer handling and storage, and a reusable inert training version to facilitate multiple practice exercises. The system’s compact size allows for increased mission endurance by enabling more weapons to be carried onboard. The contract, managed by Naval Sea Systems Command (NAVSEA), underscores Archerfish’s critical role in the US Navy’s airborne mine countermeasure strategy and highlights the growing importance of remote-controlled neutralizers in enhancing speed, accuracy, and personnel safety in maritime mine warfare operations.
robotunderwater-roboticsmine-countermeasuresfiber-optic-telemetryprecision-guided-munitionsautonomous-systemsnaval-defense-technologyBeewise 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-technologyUS Air Force's new unit to test drone and fighter jet coordination
The U.S. Air Force has officially established the Experimental Operations Unit (EOU) within the 53rd Wing at Nellis Air Force Base, upgrading it from a detachment to a full squadron-equivalent unit. The EOU’s primary mission is to rapidly develop and operationalize next-generation air combat concepts, focusing on the integration of uncrewed systems like the Collaborative Combat Aircraft (CCA) with manned fighter jets. This initiative supports the Department of the Air Force’s goal to deploy the CCA under Increment 1 by the end of the decade, advancing manned-unmanned teaming to enhance airpower capabilities. The EOU leads efforts to simulate, test, and validate tactics that enable coordinated operations between crewed fighters (such as F-35s and F-22s) and autonomous drones, which leverage AI for missions including electronic warfare, surveillance, communications relay, and strike roles. The CCA concept allows a single pilot to control multiple drones, increasing combat power, survivability, and reducing pilot risk. This approach is critical for countering the growing drone capabilities of strategic competitors like China and Russia. The unit employs both virtual simulations and live-flight exercises, collaborating with centers at Nellis AFB to refine human-machine teamwork, inform training programs, and develop deployment strategies. The creation of the EOU represents a strategic shift from platform-centric warfare to a capability-focused, networked, and adaptive force structure. By emphasizing flexible integration of autonomous systems with human control, the Air Force aims to build a more resilient and responsive joint force capable of addressing evolving threats across diverse mission environments. The EOU’s work is foundational to operationalizing future air combat systems that are affordable, scalable, and tactically effective from the outset.
robotautonomous-systemsdronesmilitary-technologyAI-in-defenseunmanned-aerial-vehiclesmanned-unmanned-teamingNew smart robot fleet can take over urban policing, reforestation
robotIoTenergyreforestationautonomous-systemsenvironmental-restorationpublic-safetyKepler debuts fifth-gen K2 humanoid robot to boost industrial automation
robotindustrial-automationhumanoid-robotautonomous-systemsroboticsadvanced-actuatorsdexterous-handsUS submarine with robotic, autonomous system can bolster sea warfare
robotautonomous-systemsunmanned-underwater-vehiclenaval-technologysea-warfaremilitary-innovationsubmarine-capabilitiesCircus SE acquires agentic AI company FullyAI - The Robot Report
robotAIautonomous-systemsfood-serviceintelligent-ecosystemdata-processingnutrition-technologyMicrorobot system is designed to float inside stroke patient for autonomous thrombectomy - The Robot Report
robotthrombectomymicrorobotmedical-technologyautonomous-systemsdigital-twinhealthcare-innovationMarine offshore platform gets solar boost to reduce 90% CO2 emissions
energysolar-poweroffshore-platformsustainabilitycarbon-emissionsautonomous-systemsrenewable-energyNhóm giảng viên ứng dụng AI sáng chế robot chiến trường
robotAIautonomous-systemsmilitary-technologybattlefield-roboticssensor-technologyunmanned-vehiclesAnduril is working on the difficult AI-related task of real-time edge computing
IoTedge-computingmilitary-technologyautonomous-systemscomputer-visiondata-processingRobot Talk Episode 110 – Designing ethical robots, with Catherine Menon
robot-ethicsassistive-technologyautonomous-systemsAI-safetyhuman-robot-interactionethical-designpublic-trust-in-AI