Intelligence that is tightly coupled with a physical body enables machines to perceive, move, and interact with the real world in meaningful ways. This topic covers AI systems embedded in robots and autonomous machines where learning, perception, and decision-making are directly linked to sensors, actuators, and physical constraints. It explores how embodied models are trained through real-world experience, simulation, and reinforcement learning, as well as their role in manipulation, locomotion, and human interaction. Embodied AI sits at the intersection of robotics and artificial intelligence, highlighting the shift from purely digital intelligence to systems that learn through action. As robots move into unstructured environments, embodied AI becomes essential for adaptive and robust behavior.
Genesis AI has unveiled Eno, its first general-purpose robot, featuring a wheeled base, height-adjustable articulated tower, and proprietary dexterous hands matched to human hand dimensions, powered by the GENE foundation model and targeting industrial customer deployments by end of 2026.
Alibaba has introduced the Qwen Robot Suite, its first family of AI models for physical robotics, comprising three interconnected systems for navigation, manipulation, and world modeling, already in pilot testing with Alibaba Cloud enterprise clients.
LG Electronics is converting its 33,000 square-meter Yangjae R&D campus into Korea’s first humanoid robot data factory, deploying up to 300 CLOiD prototype robots by year-end to generate real-world training data for a commercial home robot targeted for 2028.
Neura Robotics has closed a Series C round of up to $1.4 billion led by Tether, the stablecoin issuer behind USDT, with Tether also planning to integrate its Wallet Development Kit directly into Neura’s robotic systems as the companies argue autonomous robots need financial tools.
Google DeepMind has launched a three-month robotics accelerator program for early-stage European startups, selecting 15 companies spanning industrial automation, healthcare robotics, waste sorting, ocean autonomy, and neurosurgery for mentorship and access to Gemini robotics models.
Xpeng CEO He Xiaopeng has assumed direct leadership of the company’s robotics business, effective immediately, as the EV maker targets mass production of its IRON humanoid robot by the end of 2026 and commercial customer delivery from 2027.
South Korean builder GS E&C has signed an MOU with Daedong Robotics to deploy autonomous mobile robots at construction sites, beginning with pilot projects for material transportation and labor-intensive tasks before jointly developing construction-specific robot models.
A modified Unitree G1 humanoid robot named Pemba reached the summit of Ecuador’s Chimborazo volcano at over 6,000 meters altitude, walking independently on sections below 30 degrees incline during a 16-hour climb, as the team sets its sights on Mount Everest.
Xiaomi’s humanoid robot demonstrated autonomous grasping of the 17T Pro smartphone and independent volume key operation at the company’s product launch event, following a major CyberOne bionic hand redesign that reduced volume by 60%, increased degrees of freedom by 64%, and expanded tactile sensor coverage to 8,200 square millimeters.
VinDynamics, the robotics arm of Vietnam’s Vingroup, has signed an MOU with Skild AI to integrate the Skild Brain foundation model into its humanoid robots, targeting real-world deployment across manufacturing, logistics, hospitality, and commercial services.