Articles tagged with "robots"
German military drones, robots hunt radioactive waste in danger zones
German researchers at the Fraunhofer Institute for Communication, Information Processing and Ergonomics (FKIE) have developed AI-powered drones and robots designed to rapidly detect radioactive waste in hazardous or inaccessible environments. These unmanned aerial systems (UAS) and ground vehicles (UGV) integrate gamma detectors with electro-optical and infrared cameras, combined with advanced sensor fusion, automation, and probabilistic search algorithms. The technology can localize radioactive sources within a few feet in minutes, significantly reducing the time needed to find radioactive, chemical, or biological hazards during emergencies. This project is supported by the Bundeswehr Research Institute for Protective Technologies and CBRN Protection (WIS). The detection process involves two phases: an initial exploration phase where the drone follows a predefined flight path measuring background radiation, and a targeted search phase triggered by anomaly detection. In the search phase, the drone autonomously adjusts its flight path using real-time sensor data and stochastic algorithms that estimate the probable location of radioactive sources. The system generates
robotsdronesradioactive-waste-detectionAI-automationsensor-fusionhazardous-environment-monitoringmilitary-technologyRobots are beginning to learn new skills through apps, not physical hardware upgrades
OpenMind, a robotics software company, has launched a new app store designed to enable humanoid and quadruped robots to acquire new skills through software rather than physical hardware upgrades. Built on OpenMind’s modular operating system OM1, the platform allows developers to create and distribute apps that add specific capabilities across various robot platforms. The app store currently features applications ranging from practical uses like elder care, home security, and companionship to novelty functions such as selfie-taking robots. OpenMind collaborates with multiple partners and has attracted over 1,000 developers worldwide, aiming to expand the app catalog rapidly and foster a diverse ecosystem similar to early smartphone app stores. The key innovation behind OpenMind’s approach is the emphasis on modular software that evolves independently of hardware, allowing robots to continuously improve and adapt to user needs. CEO Jan Liphardt highlights that this model transforms robots into universal platforms whose skills can be personalized and updated over time, much like smartphones. Initial apps include Omni-Guardian for security and companionship,
robotsrobotics-softwarerobot-appsmodular-operating-systemhumanoid-robotsquadruped-robotsrobot-skills-developmentNATO wants robots, drones to take over security along Russia border
NATO is developing an automated defense zone along its borders with Russia and Belarus to enhance security against potential Russian aggression. This multi-layered system will integrate AI-powered sensors and surveillance networks across land, air, space, and cyberspace to detect enemy movements early and activate defensive measures such as drones, semi-autonomous combat vehicles, land-based robots, and automated air and missile defenses. While the system will operate with significant automation, any use of lethal force will remain under human control. The defense zone aims to cover thousands of kilometers and provide real-time intelligence sharing among NATO members, bolstering existing weapons systems and forward-deployed forces. Poland and Romania are already exploring or preparing to deploy components of this system, with Poland planning to sign a contract for what it calls the largest anti-drone system in Europe, driven by urgent operational needs amid rising concerns over Russian incursions. Denmark is also expected to adopt the system as part of broader efforts to strengthen NATO’s eastern flank. The entire automated defense
robotsdronesAIautonomous-defense-systemsNATO-securitysurveillance-technologymilitary-roboticsI met a lot of weird robots at CES — here are the most memorable
At CES, robotics remained a major highlight, showcasing both cutting-edge developments and entertaining demonstrations that hint at future commercial applications. Notably, Boston Dynamics introduced a production-ready humanoid robot, underscoring significant progress in the field. The event featured a variety of robots, from a ping-pong-playing bot by Sharpa designed to showcase its dexterous robotic hand, to humanoid boxing robots from a Chinese company that, despite some clumsy moments, captivated audiences with their lifelike movements. Dancing robots from Unitree, a prominent Chinese manufacturer with potential military ties, also drew attention, demonstrating impressive mobility and coordination. Other memorable robots included a convenience store clerk bot from Galbot, which used multi-modal large language models to interact with customers and retrieve selected items, reflecting real-world deployments in retail and assistance roles. Additionally, Dyna Robotics presented robotic arms capable of folding laundry efficiently, a longstanding challenge in commercial robotics, with established partnerships in hospitality and industrial sectors. Overall, the robots at CES provided
robotsroboticsCEShumanoid-robotsBoston-Dynamicsrobotic-handUnitreeThe Top Engineering Stories of 2025
The year 2025 was marked by significant advancements and transformative events in engineering and technology. Key highlights included the implementation of tariffs by former President Trump on Chinese GPUs, which influenced global tech policy and supply chains. Technological breakthroughs spanned a wide range of fields, from humanoid robots like Tesla’s Optimus learning to run, to major progress in quantum computing, fusion energy, and space propulsion systems. These developments pushed the boundaries of what is physically and technologically possible. Additionally, 2025 saw record-setting advances in AI hardware and meaningful strides toward cleaner energy solutions and faster space travel. The convergence of these innovations demonstrated how engineering continued to reshape industries and global dynamics within a single year. Overall, 2025 stood out as a pivotal year that underscored the rapid pace of technological evolution and its impact on both Earth and space exploration.
robotsenergyAI-hardwarefusion-energyelectric-vehiclesquantum-computingspace-propulsionRobots accelerate antibiotic discovery with metal chemistry
Researchers at the University of York have leveraged robotic automation combined with “click” chemistry to dramatically accelerate the discovery of new antibiotics, generating over 700 unique metal-based compounds in under a week—a process that traditionally takes months. This innovative approach addresses the urgent global threat of antibiotic resistance, which currently causes over a million deaths annually and jeopardizes routine medical procedures. By focusing on metal complexes rather than conventional carbon-based molecules, the team explored a largely untapped chemical space, overcoming previous concerns about toxicity and complexity. Among the compounds synthesized and screened, an iridium-based complex emerged as a promising antibiotic candidate, demonstrating potent activity against bacteria, including MRSA-like strains, while remaining non-toxic to human cells. This compound’s high therapeutic index highlights the potential advantages of three-dimensional metal-based drugs, which may evade existing bacterial resistance mechanisms. The study not only showcases a faster, more efficient drug discovery pipeline but also challenges traditional assumptions about metal-based therapeutics. The researchers plan to further investigate the iridium compound’s
robotsautomated-chemistryantibiotic-discoverymetal-based-compoundsrobotic-synthesisdrug-resistancepharmaceutical-automationVideo: China’s humanoid robots steal the show at Chengdu concert
At a recent concert in Chengdu, Chinese American singer-songwriter Wang Leehom was joined on stage by six humanoid robots supplied by Hangzhou-based Unitree Robotics. Dressed in silver sequined outfits, the robots performed a highly synchronized dance routine during the song "Open Fire," featuring coordinated arm and leg movements, turns, jumps, and culminating in simultaneous Webster flips. The performance drew significant attention both in China and internationally, including praise from Elon Musk, who called it impressive and noted how robots in China are increasingly integrated into entertainment. The event sparked widespread discussion on Chinese social media, with many users admiring the robots' polished, human-like movements and viewing the show as evidence of rapid advancements in China's robotics industry. Observers highlighted the swift evolution of humanoid robot capabilities, contrasting this performance with earlier, simpler robot acts such as spinning handkerchiefs during the Spring Festival Gala. Wang Leehom himself acknowledged the unique collaboration between live music and robotic technology as a notable moment in his
robotshumanoid-robotsroboticslive-performanceUnitree-RoboticsChina-technologyentertainment-roboticsWorld’s smallest robots swim, sense heat, and think autonomously
Researchers at the University of Pennsylvania and the University of Michigan have developed the world’s smallest fully programmable, autonomous robots, each measuring about 0.2 by 0.3 by 0.05 millimeters—comparable in size to bacteria. These microscopic swimming robots can sense their environment, make decisions, and operate independently for months. They move by generating electric fields that push ions in the surrounding fluid, creating thrust without any moving parts. This innovative propulsion system enables durable, long-lasting operation in fluid environments, and the robots can also coordinate their movements in groups, similar to schools of fish. The robots’ intelligence is powered by ultra-miniaturized computers from the University of Michigan, which operate on just 75 nanowatts of power—about 100,000 times less than a smartwatch. Their surfaces are mostly covered by solar cells that harvest light for energy and serve as optical receivers for programming via light pulses. Each robot carries a unique identifier for individualized instructions. Equipped with temperature sensors sensitive
robotsautonomous-robotsmicroscale-roboticsmicro-robotsrobotic-sensingmicro-robot-propulsionprogrammable-robotsRadboud chemists are working with companies and robots on the transition from oil-based to bio-based materials - Robohub
Researchers at Radboud University are advancing the transition from fossil-based to bio-based chemical products—such as medicines, plastics, soaps, and paints—by leveraging robots and artificial intelligence to accelerate discovery and optimization. This transition is challenging because replacing fossil raw materials with bio-based alternatives must maintain product quality, which depends on understanding complex molecular interactions within mixtures rather than single molecules. Professor Wilhelm Huck highlights that chemical interactions are often non-additive and unpredictable, making it impossible to experimentally test all combinations given the vast number of potential ingredient mixtures. Within the Big Chemistry program funded by the National Growth Fund, three key projects focus on bio-based raw materials for paints, soaps, and polymers. Peter Korevaar is collaborating with Van Wijhe Verf to develop bio-based paints that meet stringent requirements like waterproofing, stability, and appropriate viscosity. Mathijs Mabesoone is working with Croda International on soaps, aiming to build a large database of measurements to train predictive models for soap mixture behaviors, which can differ
robotsbio-based-materialsmaterials-transitionchemistry-automationAI-in-chemistrysustainable-materialsmolecular-interactionsHumanoid robots will take over factory jobs within 5 years: Xiaomi CEO
Xiaomi CEO Lei Jun has predicted a rapid transformation in manufacturing over the next five years, driven by artificial intelligence and humanoid robots becoming central to factory operations. Highlighting the company’s electric vehicle plant, Lei pointed to AI-powered inspection systems that perform tasks much faster and more accurately than humans, exemplifying the shift toward intelligent automation. He envisions humanoid robots replacing workers in repetitive or precision-heavy factory roles and anticipates this industrial automation market will grow into a trillion-yuan sector reliant on partnerships and shared engineering platforms. Beyond factories, Lei expects household humanoid robots to emerge as an even larger market, requiring higher performance to handle complex daily tasks. Xiaomi has already demonstrated robotics capabilities with its CyberOne humanoid robot and is expanding its AI and robotics teams as part of a broader strategy to integrate smart systems across products and production. Lei emphasized that intelligent manufacturing not only boosts efficiency and accuracy but also frees human workers to focus on creative and technical roles, aligning with China’s national goals for modernizing
robotshumanoid-robotsfactory-automationAI-in-manufacturingXiaomi-roboticsindustrial-robotssmart-factoriesHumanoid 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-systemsinnovationVideo: Baseball-playing robot swings, hits and catches with pinpoint accuracy
Researchers at the RAI Institute in Cambridge, Massachusetts, have developed two robots capable of playing baseball with human-like speed and precision. These robots can throw, catch, and hit baseballs, demonstrating advanced reflexes and control. The system uses soft joints and adaptive control to absorb impact forces, allowing smooth and safe interactions with the ball. Sensors track the ball’s trajectory, while prediction algorithms enable the robots to position their gloves accurately and respond almost instantly to throws. The robots can throw at speeds up to 70 mph and catch or hit balls thrown at speeds up to 41 mph and 30 mph respectively, from distances around 7 meters. The robots’ arms are designed with lightweight materials like carbon fiber rods and flexible joints, combined with electric actuators for quick, smooth movements. Their low center of gravity enhances stability during swings and catches. Using ordinary computer hardware, the system integrates live camera feeds with motion models to guide precise movements. The software continuously adjusts for the ball’s unpredictable spins and curves
roboticsrobotsrobotic-armsartificial-intelligenceautomationsensorselectric-actuatorsTerranova 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-engineeringterraformingAIDancing, crawling, and flying: Robots go wild for Halloween 2025
Halloween 2025 saw a unique fusion of robotics and festive spirit as various research labs and robotics companies worldwide showcased their creations engaging in Halloween-themed performances. Agility Robotics’ Digit humorously dressed as a cardboard robot, playfully blending the line between human and machine. KIMLAB, alongside Unitree and Boston Dynamics, presented a poignant rendition of “The Story of Tonight” from Hamilton, with robots clinking glasses and embodying camaraderie. University College London’s lab transformed into a lively robot party, featuring humanoids and robotic dogs donning costumes and dancing under strobe lights, evoking a mix of eeriness and charm. The University of Tokyo’s DRAGON Lab highlighted aerial and hybrid robots performing spooky displays, including a serpentine flying robot carrying ghost dolls and a ground robot with a drone, merging technology with Halloween spectacle. Unitree’s G1 robot delivered a creepy performance by crawling in a manner reminiscent of horror films, balanced by playful music to maintain a lighthearted tone. HEB
robotsroboticsHalloweenBoston-Dynamicshumanoid-robotsdrone-technologyrobot-entertainmentRobots may replace 600,000 humans at Amazon by 2033, report claims
Amazon plans to significantly expand automation in its warehouses, aiming to automate up to 75% of its operations by 2033. According to a New York Times report based on internal documents, this push could result in the replacement of as many as 600,000 human jobs with robots. While the report does not confirm widespread layoffs, increased use of robots would allow Amazon to meet growing demand without proportionally increasing its human workforce. Currently, Amazon employs about 1.5 million people, primarily in warehouses and delivery roles, making it the third-largest employer in the U.S. The company has already seen substantial labor reductions in automated facilities, such as its Shreveport, Louisiana warehouse, where robots have cut the workforce by 25% and are expected to reduce it by half by 2026. Amazon is also rebranding its automation efforts by using terms like “advanced technology” and “cobots” to frame robots as collaborators rather than replacements, aiming to soften public perception. The company
robotsautomationwarehouse-roboticscobotslabor-impactAmazon-technologyworkforce-automationAI-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-technologyBezos predicts that millions will live in space kind of soon
At Italian Tech Week in Turin, Jeff Bezos predicted that millions of people will be living in space within the next couple of decades. He emphasized that this migration will be driven primarily by choice, with robots managing labor-intensive tasks and AI-powered data centers operating in orbit. Bezos’s vision contrasts with, yet parallels, Elon Musk’s long-standing goal of colonizing Mars, where Musk envisions a million inhabitants by 2050. Both billionaires appear optimistic about rapid space habitation, though their timelines and approaches differ. Bezos also expressed strong support for the current surge in AI investments, describing it as a beneficial “industrial” bubble rather than a speculative financial one. He conveyed an overall optimistic outlook on the future, suggesting that this period is an unprecedented opportunity for technological advancement and innovation. His remarks reflect a confident stance on both space exploration and AI development as transformative forces shaping humanity’s near future.
robotsAIspace-colonizationBlue-Originroboticsartificial-intelligencespace-technologyRobots cut 30% travel time using human-like memory in smart factories
Researchers at South Korea’s Daegu Gyeongbuk Institute of Science and Technology (DGIST) have developed a new “Physical AI” technology that enhances the navigation efficiency of autonomous mobile robots (AMRs) in environments such as logistics centers and smart factories. This technology mimics human-like memory by modeling the social phenomenon of spreading and forgetting information, enabling robots to distinguish between relevant, real-time obstacles and outdated, unnecessary data. By forgetting obsolete information—such as obstacles that have been cleared—the robots avoid unnecessary detours, improving movement efficiency and productivity in complex, dynamic settings. Testing in a simulated logistics center demonstrated significant performance improvements, with average travel times reduced by up to 30.1% and task throughput increased by 18.0% compared to conventional ROS 2 navigation systems. The technology requires only 2D LiDAR sensors, making it cost-effective and easy to integrate as a plugin into existing ROS 2 navigation stacks without hardware modifications. Beyond industrial applications, this approach holds promise
robotsautonomous-mobile-robotsphysical-AIsmart-factorieslogistics-automationrobot-navigationcollective-intelligence-algorithmNext-gen robots are welding shipyards, roaming city streets in Korea
Korea Advanced Institute of Science and Technology (KAIST) has showcased how its research-backed startups are pioneering next-generation robots capable of operating in challenging environments such as shipyards and urban streets. DIDEN Robotics has developed the quadrupedal DIDEN 30 robot, equipped with magnetic feet to crawl on steel walls and ceilings, designed for high-risk tasks like welding and painting by 2026. They are also advancing a bipedal robot, DIDE Walker, for stable walking in complex industrial settings. DIDEN Robotics has partnered with major Korean shipbuilders including Samsung Heavy Industries and HD Hyundai Samho to customize these robots, aiming to address labor shortages and enhance automation in shipbuilding. Meanwhile, Eurobotics is commercializing humanoid walking technology that enables robots to navigate indoor and outdoor industrial sites, including rough terrains, without relying on cameras or external sensors. Their humanoid robot uses a Blind Walking Controller, which allows it to "imagine" the ground and walk steadily on sidewalks, slopes,
robotsroboticshumanoid-robotsindustrial-automationshipyard-technologywalking-robotsKorea-Advanced-Institute-of-Science-and-TechnologyChina adds more robots than US, Japan, Germany and Korea combined
China has significantly outpaced other leading industrial nations in the adoption of factory robots, installing nearly 300,000 new units last year alone and bringing its total to over 2 million robots in operation. This surge positions China as the world’s largest user of industrial robots, surpassing the combined installations of the US, Japan, Germany, and South Korea. The rapid growth is largely attributed to the Chinese government’s strategic initiatives, including the Made in China 2025 campaign launched in 2015, which aims to reduce reliance on imports and boost domestic manufacturing capabilities in robotics, semiconductors, and AI. Government support through low-interest loans, subsidies, and assistance in acquiring foreign companies has been pivotal in this expansion. China’s factories now produce about one-third of global manufactured goods, outstripping the combined output of several major economies. Since 2017, Chinese factories have consistently installed over 150,000 robots annually, with a recent shift toward domestically produced robots accounting for 60%
robotsautomationmanufacturingChinaindustrial-robotsrobotics-industryfactory-automationRobots, spyware, AI: What tech arsenal ICE has to freeze immigrants
The article reveals a significant expansion of U.S. Immigration and Customs Enforcement’s (ICE) technological arsenal used for immigration enforcement, highlighting contracts with multiple tech firms that provide advanced surveillance, data analytics, and tactical equipment. Key contracts include a $3.75 million deal with Clearview AI for facial recognition software built from extensive online image databases, supplementing previous purchases of forensic and facial-recognition tools. Palantir, a major data analytics provider, secured contracts totaling over $100 million for systems like Investigative Case Management and ImmigrationOS, which streamline case tracking, real-time monitoring of departures, and visa overstay tracking. Beyond data systems, ICE has procured physical tactical technology, such as a $78,000 robot from Icor Technology capable of opening doors, climbing stairs, and deploying chemical or smoke devices, raising civil liberties concerns about its use in home-entry operations. The agency also invests heavily in large-scale data searches and social media/dark web monitoring, spending millions on LexisN
robotssurveillance-technologylaw-enforcement-roboticsAI-facial-recognitiontactical-robotsPalantir-softwareimmigration-enforcement-technologyChina experiences physical AI surge - and how the U.S. should respond - The Robot Report
The article highlights China's rapid surge in physical AI and industrial automation, underscored by the latest data from the International Federation of Robotics showing that China received 54% of the roughly 520,000 industrial robots installed worldwide in 2024. This contrasts with declines in robot shipments in the European Union, Japan, and the U.S. China has overtaken the U.S. in robot density, a key automation metric, reflecting its decisive push toward smart, connected manufacturing aimed at technological leadership and potential reshoring benefits. Supported by state policies and a robust domestic industrial ecosystem, China’s share of the industrial robot market has grown significantly, with local suppliers dominating collaborative and mobile robots. The country leads in sectors like electric vehicles, batteries, photovoltaics, drones, and autonomous driving, and Chinese industrial robots are notably more affordable than European or Japanese alternatives. China’s strong emphasis on STEM education has cultivated a deep talent pool, graduating far more science majors than the EU or U.S., and Chinese-origin scholars
robotsindustrial-automationChina-technologyhumanoid-robotsAI-in-roboticsmanufacturing-automationrobotics-industryRobots to the rescue: miniature robots offer new hope for search and rescue operations - Robohub
The article discusses the development of miniature two-wheeled robots designed to assist search and rescue operations in disaster zones, particularly within the critical first 72 hours after events like earthquakes or explosions. These robots, developed through the EU-funded CURSOR project in collaboration with Japanese researchers from Tohoku University, aim to improve the speed and safety of locating survivors trapped under rubble. The key innovation is the Soft Miniaturised Underground Robotic Finder (SMURF), a compact, lightweight robot capable of navigating debris remotely, thereby reducing risks to human rescuers. SMURF is equipped with advanced sensors including video and thermal cameras, microphones for two-way communication, and a chemical sensor called the SNIFFER. This sensor detects human-emitted substances such as CO2 and ammonia and can distinguish between living and deceased individuals, providing critical information to rescue teams even in challenging environments with smoke or rain. The two-wheeled design was chosen after testing various alternatives for optimal maneuverability over rubble. The technology represents
robotssearch-and-rescuedisaster-responserobotics-technologyminiature-robotsemergency-technologyremote-operationBubble-powered robots: How collapsing cavities could replace needles
A joint US-Chinese research team has developed a novel propulsion method for tiny robots using cavitation—the rapid collapse of bubbles in liquid—to generate mechanical energy. By heating light-absorbing materials with a laser, these microbots, called “jumpers,” create expanding bubbles that collapse violently, releasing shockwaves powerful enough to propel millimeter-sized devices up to 1.5 meters into the air or enable swimming speeds of about 12 meters per second. This laser-controlled bubble collapse allows precise control over movement, including jumping, sliding, or swimming, enabling navigation through complex environments such as microfluidic channels. This breakthrough has significant potential applications in medicine, particularly as a minimally invasive alternative to needle-based drug delivery. The cavitation-powered microbots could be launched through the skin to deliver drugs directly to targeted sites like tumors, overcoming limitations of current microrobots that rely on magnetic fields or chemical fuels. Additionally, these devices could explore confined or harsh environments, including inside pipes or biological systems,
robotsmicrobotscavitationmedical-technologydrug-deliverypropulsion-systemsmicroroboticsAI Humanoids Play Football in China Robo Games
The World Humanoid Robot Games recently took place in Beijing, featuring over 500 AI-powered robots from 16 countries competing in various events such as running races, football matches, and even dancing performances in terracotta armor. The competition showcased the advancing capabilities of humanoid robots in dynamic physical activities, highlighting their agility, coordination, and AI-driven control. This event not only demonstrated significant progress in robotics technology but also sparked discussions about the potential emergence of a "Robot Olympics," where machines could regularly compete in diverse athletic and artistic disciplines. The games symbolize a milestone in the integration of AI and robotics into sports and entertainment, pointing toward a future where humanoid robots may become prominent participants in global competitions.
robotshumanoid-robotsAI-robotsrobotics-competitionrobot-gamesartificial-intelligencerobot-sportsEVs, robots and lockers cut parcel delivery costs by 53%: Study
A study led by Concordia University presents an innovative hybrid parcel delivery system that combines electric vehicles (EVs), autonomous delivery robots, and self-service parcel lockers to significantly reduce last-mile delivery costs and emissions. This model targets priority customers, such as Amazon Prime members, by using EVs for main route deliveries and deploying robots for short-distance deliveries in areas inaccessible to vehicles. Parcels can also be dropped off at strategically located lockers near homes, offices, or transit hubs for convenient customer pickup. The robots return to the delivery van—acting as a “mothership”—for battery swaps and reloading, enabling continuous operation. The researchers developed a customized optimization algorithm that demonstrated a 53% reduction in vehicle usage costs compared to traditional EV-only delivery methods, outperforming existing industry tools in large-scale simulations. The system prioritizes fast delivery for paid subscribers while offering standard delivery options for other customers, with advanced mathematical models determining optimal routes, locker placements, and delivery assignments. This approach not only enhances delivery
robotselectric-vehicleslast-mile-deliveryparcel-lockersautonomous-deliverybattery-swappingdelivery-optimizationRobots explore lunar caves using advanced autonomous descent system
Scientists have successfully tested autonomous robots exploring lava tubes in a volcanic cave on Lanzarote, chosen for its similarity to underground structures on Mars and the moon. These natural lava tubes, formed by flowing lava that leaves hollow tunnels, are considered promising sites for future extraterrestrial exploration because they could shield astronauts from extreme temperatures, radiation, and meteorite impacts, as well as potentially harbor microbial life. The 21-day field trials involved two rovers collaboratively mapping the cave entrance, deploying a sensor-laden cube to create a 3D model, and performing a coordinated descent into the cave, with the smaller rover detaching to travel 235 meters while building a 3D map of the tunnel. The experiments demonstrated the feasibility of robotic cooperation and 3D mapping in dark, confined environments, though challenges remain. Moisture affected ground-penetrating radar accuracy, some sensors experienced interference, and autonomous navigation without human intervention still requires more advanced algorithms and reliable inter-robot communication. Despite these hurdles, the
robotsautonomous-robotslunar-explorationcave-mappingspace-roboticsautonomous-navigationextraterrestrial-explorationMachines compete in martial arts at World Humanoid Robot Games
The World Humanoid Robot Games, held in Beijing at the National Speed Skating Oval, brought together over 500 humanoid robots from 280 teams across 16 countries to compete in a diverse range of events over three days. The competition featured 487 contests spanning 26 categories, including traditional sports like soccer and boxing, scenario-based challenges such as hospital medicine sorting and hotel cleaning, as well as fashion showcases and artistic performances. The opening ceremony highlighted human-robot collaboration through a blend of robotics and live performances, including robots executing complex martial arts movements and participating in a fashion runway that merged Chinese cultural heritage with robotics. The event emphasized both autonomous and teleoperated robot capabilities, with teams leveraging AI, visual recognition, and 5G networks to demonstrate advanced decision-making and adaptability in real-world tasks. Leading Chinese companies and top universities, alongside international teams from countries like the U.S., Germany, and Japan, showcased their humanoid robots, aiming to illustrate how these machines can integrate into human life
robotshumanoid-robotsAI-roboticsrobot-competitionsautonomous-robotsteleoperationrobot-applicationsChinese firm to deploy 100 robots in car manufacturing factories
Chinese robotics start-up AgiBot (Zhiyuan Robotics) has secured a significant order to deploy nearly 100 of its A2-W dual-armed humanoid robots at Fulin Precision’s automotive parts factories. These robots, standing 5 feet 9 inches tall and weighing 121 pounds, are designed with ergonomic, human-like motion and advanced sensors to handle repetitive and physically demanding tasks such as box-moving and raw material delivery. The deployment aims to enhance production efficiency by enabling the robots to support the manufacturing of 500 units per shift while performing close to 10,000 box-moving actions simultaneously, thereby freeing human workers to focus on higher-value operations and reducing physical strain. This move reflects the growing momentum of industrial robotics adoption in China, where installations rose by 54 percent in 2024 to around 290,000 units, representing over half of global installations. The industrial robotics market in China is projected to reach USD 16.5 billion by 2033, growing at a
robotsindustrial-automationmanufacturing-robotshumanoid-robotsfactory-automationrobotics-in-automotiverobotic-armsRobots Will Soon Become Part of Our Construction Force
The article discusses the emerging role of robots in the construction industry, highlighting their ability to optimize building processes through data-driven precision. Specifically, it focuses on a robot designed to enhance brick wall construction by improving efficiency and ensuring the structural longevity of the walls. This innovation exemplifies how automation and robotics can address traditional construction challenges by leveraging computational power for better planning and execution. By integrating robots into construction tasks, the industry can benefit from increased accuracy, reduced labor costs, and potentially faster project completion times. The article suggests that such technological advancements will soon make robots a standard part of construction workforces, transforming how buildings are erected and maintained. However, the content provided is limited and does not elaborate on the specific technologies used or the broader implications for the construction sector.
robotsconstruction-robotsautomationrobotics-in-constructionsmart-constructionindustrial-robotsbuilding-technologyTesla Diner opens in LA with robots serving Cyberburgers, popcorn
Tesla has opened its first-ever retro-futuristic Diner and Drive-In in Los Angeles at 7001 West Santa Monica Boulevard, transforming a historic Route 66 site into a 9,300-square-foot stainless steel hub that combines 1950s diner nostalgia with cutting-edge electric vehicle (EV) technology. The two-story, flying saucer-shaped building features neon-lit décor, roller-skating carhop servers, a rooftop bar with views of Hollywood, and two large LED movie screens that create a modern drive-in experience by syncing audio to Tesla car stereos. The diner operates 24/7, catering to both late-night visitors and early commuters. A key highlight of the location is its 75 V4 Supercharger stalls, among the largest Tesla charging hubs, supporting fast charging speeds up to 250 kW for most Tesla models and up to 325 kW for the Cybertruck. While all EVs can charge here, Tesla owners enjoy perks like ordering food through their car’s
robotsTeslaelectric-vehiclessuperchargersautomationIoTenergy-technologyAmerica can't out-innovate China without mechanical engineers - or robots - The Robot Report
The article highlights a critical challenge facing the U.S. manufacturing sector: a significant shortage of mechanical engineers, which undermines efforts to reshore manufacturing and compete with countries like China. While China graduates over 350,000 mechanical engineers annually, the U.S. produces fewer than 45,000, creating a structural disadvantage in scaling industrial innovation. This shortage extends beyond mechanical engineering to other vital fields such as industrial, controls, and manufacturing engineering. The author stresses that addressing this gap requires more than policy changes; it demands a national strategy focused on enhancing STEM education and expanding access to practical, scalable robotics automation. Automation and robotics are presented not as job replacers but as essential tools that enable engineers and technicians to increase productivity, especially in small and midsize manufacturing firms that often lack resources to implement advanced systems. However, high costs and technical barriers limit access to these technologies. Initiatives like ROS-Industrial aim to make robotics more modular and accessible, but success also depends on comprehensive education, training,
robotsmechanical-engineeringmanufacturing-automationSTEM-educationindustrial-innovationrobotics-automationreshoring-manufacturingAmazon deploys its 1 millionth robot, releases generative AI model
Amazon has reached a significant milestone by deploying its one millionth robot in its warehouses, marking 13 years of robotic integration since acquiring Kiva Systems in 2012. The latest robot was delivered to a fulfillment center in Japan, and this milestone signals that Amazon’s robotic workforce may soon equal its human workforce in its vast network of warehouses. Currently, robots assist in 75% of Amazon’s global deliveries, highlighting the extensive automation in its logistics operations. In addition to this milestone, Amazon unveiled a new generative AI model named DeepFleet, designed to optimize the coordination and routing of its warehouse robots. Developed using Amazon SageMaker and trained on proprietary warehouse and inventory data, DeepFleet is expected to boost the speed of the robotic fleet by 10%. Amazon has also advanced its robotic technology with models like the Vulcan robot, which features dual arms and tactile sensing capabilities to handle inventory more effectively. Furthermore, Amazon announced plans in October 2024 for new fulfillment centers with ten times the number of
robotswarehouse-automationgenerative-AIAmazon-roboticsAI-in-logisticsrobotic-fleet-managementautomation-technologyBoston Dynamics robots dance to ‘Don’t Stop Me Now’ for ‘America’s Got Talent’ audition
A dance crew of four-legged robots from Boston Dynamics performed a synchronized routine to Queen’s “Don’t Stop Me Now” on “America’s Got Talent,” earning four “yes” votes from the judges despite one robot shutting down mid-performance. Judge Simon Cowell remarked that the malfunction actually highlighted the difficulty of the routine, providing a more authentic view of the technology’s challenges. This moment contrasted with Boston Dynamics’ previous efforts to present their robots as flawless, showcasing instead the complexity and limits of robotic engineering. Boston Dynamics has historically been secretive about their robots’ failures, but recent openness about mishaps—such as their Atlas robots falling during parkour—reflects the reality of pushing robotic capabilities to the edge. The imperfect performance on national television may ultimately be more memorable and insightful than a flawless but less relatable display, emphasizing both the progress and ongoing challenges in robotics development.
robotsBoston-Dynamicsroboticsrobot-performancerobot-dancerobot-technologyrobot-failure432 robots move 7,500-ton building in China to make way for construction
The 100-year-old Huayanli complex in Shanghai, a 7,382-ton traditional shikumen-style building set covering 13,222 square feet, is being temporarily relocated about 10 meters per day using 432 small walking robots. This unprecedented engineering project aims to clear space for constructing a three-story underground facility beneath the complex, which will house 173,885 square feet of cultural and commercial zones, a parking garage with over 100 spaces, and a transport hub connecting Metro Lines 2, 12, and 13. The dense, historic Zhangyuan area, featuring narrow alleys and tightly packed buildings, necessitated innovative robotic solutions, including drilling and earth-moving robots capable of operating in confined spaces as narrow as 1.2 meters. Advanced technologies such as AI-driven deep learning, building information modeling (BIM), and point cloud scanning were employed to create detailed 3D models of the site, enabling precise planning of movement routes and soil removal paths. A factory-line-style conveyor belt system was implemented to efficiently remove soil with minimal disruption. Once the underground construction is complete, the Huayanli complex will be returned to its original location, integrating preserved historical architecture with modern underground infrastructure, thereby revitalizing the Zhangyuan area while maintaining its cultural heritage.
robotsroboticsconstruction-technologyAIcivil-engineeringbuilding-relocationautomationRobot Talk Episode 117 – Robots in orbit, with Jeremy Hadall
robotsspaceroboticstechnologyaerospacepodcastJeremy-Hadall