Most science fiction readers know that Isaac Asimov introduced his Three Laws of Robotics in the March 1942 issue of Astounding Science Fiction and later republished them in I, Robot. In an age when AI seems to threaten civilization itself, those laws feel more prescient than ever: a robot may not injure a human or allow harm through inaction; it must obey human orders unless they conflict with the First Law; and it must protect itself unless that conflicts with the first two. Yet almost no generative-AI company has embedded even the First Law into its core algorithms. Only Advanced Robotic Technologies Inc., which applies generative AI to large-scale industrial manufacturing, has adopted it as a foundational software principle. Without...
TwelveLabs said its latest video-understanding model, Pegasus 1.6, can now analyze first-person footage, more accurately identify people and objects, and process still images through the same API used for video, broadening its use for robotics, media and security customers. The model builds on Pegasus’s core function: converting video into structured, searchable text such as summaries, tags and timestamps that applications can use. The company said the biggest addition is support for egocentric video — footage shot from the perspective of a person or machine, including body cameras and robot-mounted cameras. Such data is increasingly used by robotics and embodied-AI teams for labeling and training, a category TwelveLabs previously did not support well. Pegasus 1.6 also improves entity recognition, making it...
Boston Dynamics has tapped ex‑Amazon AI executive Rohit Prasad to fill its chief executive role, nearly nine months after Robert Playter stepped down from the top post. The robotics firm stated Prasad’s appointment will take effect the day following the announcement. Previously serving as senior vice‑president and lead scientist for Alexa and Amazon’s artificial general intelligence initiatives, Prasad is tasked with accelerating Boston Dynamics’ physical‑AI roadmap. The firm notes his expertise will fuse robotic hardware with cutting‑edge AI to scale commercial deployment of intelligent machines. “Boston Dynamics holds a distinctive edge in advancing physical AI, built on its world‑renowned robotics engineering talent,” Prasad commented in an official press release. “I’m privileged to join the business at this defining turning point...
Researchers at Caltech and Stanford have unveiled HomeBody, a system that gives GPT Astra persistent spatial memory and the ability to execute compound humanoid actions for long-horizon tasks. In a kitchen demo, a Unitree G1 robot guided by Astra cleaned the room and retrieved remembered items from ambiguous requests. The team said the system requires no environment-specific training or additional policy learning. HomeBody replaces the trained intermediate VLA layer in conventional three-part architectures—System2 VLM for vision and instructions, System1 VLA for control commands, and System0 for coordinated motion. As frontier models such as Astra improve, the researchers argue trained VLAs are no longer necessary and System2 can directly manage reusable motion skills. A plug-and-play VLM calls a composable skill library....
SiMa.ai, a leader in Physical AI, announced $150 million in Series C financing, bringing the total capital raised to $500 million and valuing the company at $1.45 billion. The round was co-led by Fidelity Management & Research Company and Amplify, with participation from Alter Venture Partners, Dell Technologies Capital, Maverick Capital, +ND Capital, Point72 and StepStone Group. AllianceBernstein, Baron Capital, J.P. Morgan, and the State of Michigan also joined the round as new investors. The global market for Physical AI devices, including robotics, automotive, and drones, is set to explode with cumulative shipments projected to hit 145 million units by 2035, according to Counterpoint Research. This surge marks AI’s transition from software applications into tangible, real-world consumer and industrial hardware,...
A robotics enthusiast accidentally unpacked Tesla Inc’s (TSLA.O) Android app package and discovered unreleased designs for the company’s third-generation Optimus humanoid robot, according to a now-deleted post on X. User @wholemars said in a post on Tuesday, which has since been deleted, that he extracted the material from Tesla’s app. The files included renderings labeled “gen3” and side-by-side images of Optimus 2.5 and Gen 3 to distinguish the two generations. The images were not concept sketches or fan renderings, but internal material Tesla embedded in a publicly distributed app package, according to the post. According to the leaked images, the Gen 3 Optimus appears more streamlined and designed for factory assembly lines rather than the laboratory. Compared with Optimus 2.5,...
PITTSBURGH, Sept 27 – The International Conference on Intelligent Robots and Systems (IROS) 2026, a major robotics conference, opened in Pittsburgh on Sept. 27, with Chinese sensor maker LinkTouch showcasing a full product matrix that put Chinese-made robot core components in the spotlight. Six-axis force/torque sensors are a key sensing component for flexible robot manipulation and are often described as a crown jewel of high-end equipment manufacturing. Overseas companies long monopolized the technology, keeping prices high and delivery cycles long and limiting mass commercialization of humanoid robots. Chinese firms such as LinkTouch have pushed the mass-production cost of high-end six-axis sensors down to the tens of thousands of yuan level through independent innovation and scaled manufacturing, the company said, removing...
Boston Dynamics has introduced a new four-fingered hand for its Atlas humanoid, a 13-degree-of-freedom, directly actuated design intended for mass production. The hand marks a strategic shift. Earlier Atlas hands had seven degrees of freedom and were designed to grasp a wide range of objects. The new version focuses on manipulating them. “We considered many, many designs,” said Alberto Rodriguez, director of robot behavior for Atlas. “It boils down to a trade-off of competing objectives.” The design omits a pinky and is tailored for high-fidelity simulation and sim-to-real reinforcement learning. It uses a single actuator type, fully encapsulated joints and no fragile cables crossing joints. Boston Dynamics said the hand can slide the thumb tip along and across the other...
ZHUHAI, Sept 24 – China’s AGIBOT ranked first globally in humanoid robot shipments and revenue in the first half of 2026, as the global market extended explosive growth, according to a new report from IDC. Global humanoid robot shipments approached 25,000 units in H1 2026, up 432.1% year on year, IDC said, as the industry accelerates from technology validation to commercial application. China’s shipments exceeded 19,000 units, accounting for about 77.9% of the global total. AGIBOT shipped more than 8,600 units, giving it a runaway lead globally. The company is deploying flagship projects in factories, cultural tourism and retail, backed by its fully self-developed, full-stack “Three Intelligences in One” technology framework and large-scale mass production and delivery capabilities, IDC said. IDC’s...
A robotic hand developed by Chinese firm AGILINK has been taught foundational Suzhou embroidery techniques by master craftswoman Fu Xianghong, including separating silk threads, threading a needle, stretching fabric on an embroidery hoop and stitching. The demonstration puts a robotic hand to work with one of the most delicate and deformable materials it can encounter: silk. A silk thread can bend, slip and change shape with slight changes in contact. Splitting silk requires one finger to separate individual strands while others maintain support and tension; twisting thread requires opposing fingertips to maintain contact while allowing the thread to turn. Threading a needle and stitching add further demands on positioning, force and coordination. The OmniHand 3 Ultra combines 21 active degrees...
