All stories tagged industrial automation on myBender.
The bipedal ET1 humanoid has been recognized for its ability to learn industrial tasks via human demonstration without the need for expensive motion capture hardware.
A new whole-body control model from X-Humanoid integrates force sensing and terrain perception to improve the physical reliability of the Tien Kung 3.0 platform in industrial and dynamic environments.
Chinese robotics firm ROKAE has delivered its 10,000th force-controlled arm, signaling a massive scale-up in the components necessary for high-dexterity humanoid labor.
Samsung Electronics is consolidating its robotics research to fast-track the commercialization of humanoid workers for industrial and enterprise applications.
AgiBot's latest simulation performance signals a narrowing gap between virtual training and real-world industrial deployment for its bipedal lineup.
Unitree Robotics has introduced the Unitree H2, a wheeled humanoid variant designed for high-efficiency data collection and mobile manipulation in industrial environments.
The Hong Kong Productivity Council has launched the city's first experimental hub for embodied AI, partnering with industry leaders like Unitree to scale industrial humanoid deployment.
A critical analysis highlights the ongoing challenge for humanoid robots to transition from controlled demonstrations to reliable, generalized performance in industrial and enterprise settings. This gap remains a key hurdle for broader adoption and deployment.
Amazon Web Services has introduced a comprehensive open-source toolchain designed to accelerate the development of humanoid robots through synthetic data and simulation.
A new large-scale motion capture benchmark, HiPHI, provides high-precision data to improve how humanoid robots handle objects and navigate industrial environments.
New regulatory pressures from the FCC are forcing physical AI developers to move compute workloads out of the cloud and onto the robot, reshaping the enterprise security landscape.
China is leveraging its massive manufacturing infrastructure to accelerate the deployment of humanoid platforms like the GR-2, signaling a pivot toward industrial-scale embodied AI.
New developments in tactile data collection are overcoming major manipulation hurdles, enabling humanoid robots to perform a wider array of complex, human-like tasks in industrial and logistics environments.
Agility Robotics is preparing to launch its Digit V5 humanoid, designed for extended 20-hour workdays in factory environments without the need for safety fences, signaling a push for greater autonomy and integration.