Humanoid Robotics Surge at CES: Acquisitions, Industrial Roadmaps, and Caregiving AI
The convergence of Artificial Intelligence and advanced mechanics has positioned humanoid robotics as a dominant theme in the early days of 2026. Major announcements from CES and key corporate partnerships signal a rapid shift from lab-based research to commercial deployment, with significant investment flowing into practical, industrial, and social applications globally.
Mobileye Acquires Humanoid Startup Mentee Robotics for $900 Million
A major acquisition in the robotics space was announced as Mobileye, a leader in autonomous driving technology, agreed to purchase Mentee Robotics, a startup specializing in humanoid robots, for $900 million.
The deal highlights the increasing strategic value of general-purpose, embodied AI technology. Mobileye’s primary focus has been on computer vision and AI for self-driving cars, and the integration of Mentee Robotics’ expertise suggests an ambition to expand their AI and sensing platforms into the broader field of physical AI.
Mentee Robotics has been developing humanoid platforms designed for versatile, real-world tasks. The acquisition is expected to accelerate the development of shared AI models that can be applied across both autonomous vehicles and bipedal robots, leveraging Mobileye’s extensive experience in real-time environmental perception and decision-making systems.
- Acquisition value is $900 million.
- Mobileye intends to integrate Mentee’s humanoid AI to expand its physical AI capabilities beyond automotive.
- The move reflects a growing trend of major tech companies investing heavily in the core technology underpinning human-like robots.
Hyundai Unveils AI Robotics Roadmap, Confirms Atlas Deployment Timeline
South Korea’s Hyundai Motor Group, the majority owner of Boston Dynamics, outlined its comprehensive AI robotics strategy at the Consumer Electronics Show (CES). The roadmap detailed the company’s plan to integrate advanced AI and robotics into its manufacturing and logistics operations, with a strong focus on the commercial version of the Atlas humanoid robot.
A key component of the strategy is the establishment of a Robot Metaplant Application Center (RMAC) at Hyundai’s new facility in Bryan County, Georgia. This center will serve as the hub for training robots, including Atlas, by mapping human movements—such as lifts and turns—to enable them to execute complex factory tasks.
Hyundai stated its ambitious timeline for the deployment of the newly commercialized Atlas robot. The company projects that RMAC-trained Atlas units will be deployed for highly repetitive sequencing tasks by 2028, with a progression to more complex assembly work by 2030. Furthermore, Hyundai aims to produce as many as 30,000 robots annually by 2028, underscoring a commitment to large-scale automation.
The company’s plan includes a $26 billion investment in the U.S. over the next four years, indicating a substantial commitment to its AI robotics vision.
X-Humanoid Demonstrates Fully Autonomous Industrial Robots at CES
The Beijing Innovation Center of Humanoid Robotics (X-Humanoid) showcased its latest advancements at CES 2026, focusing on “more useful” and fully autonomous robotics solutions for industrial applications.
The company highlighted its Embodied Tien Kung 2.0 and Embodied Tien Kung Ultra robots, demonstrating advanced capabilities through live, self-directed operational demos. These demonstrations emphasized the practical, industry-focused direction of X-Humanoid’s robotics development, moving beyond simple proof-of-concept displays.
X-Humanoid’s approach relies on two core platforms: the Embodied Tien Kung, an industrial-grade physical robot platform engineered for high payload capacity and long endurance, and the Wise KaiWu, a universal embodied AI platform. The Wise KaiWu system integrates cognitive and physical systems to create a closed-loop structure encompassing perception, decision-making, and execution, which is crucial for achieving full autonomy in real-world industrial settings.
The company’s presentation underscored a global trend in robotics: prioritizing measurable, application-driven value in sectors like manufacturing and logistics by creating deployable, skilled systems.
Japan’s Moonshot Program Develops NVIDIA-Powered Humanoid for Elderly Care
The Japan Science and Technology Agency’s Moonshot research program, accelerated by NVIDIA AI and robotics technologies, revealed its progress in developing autonomously learning robots for elderly care. The long-term goal is to integrate these AI-powered robots into the daily lives of Japanese citizens by 2050.
The research is specifically focused on automating critical caregiving tasks, which are becoming increasingly vital in Japan’s aging society. These tasks include cooking, cleaning, and complex patient repositioning to prevent issues like bed sores.
To train the “Dry-AIREC” robots for these delicate and precise actions, researchers are utilizing NVIDIA RTX GPUs and the NVIDIA Isaac Sim platform. This technology enables the team to employ 3D posture estimation, trajectory calculations, and force estimation to ensure the robots operate safely and reliably, taking into account the patients’ personal states and bodily needs.
The project highlights a significant application of humanoid robotics in addressing social challenges, moving beyond industrial labor to human-centered care.
Hexagon Robotics Partners with Microsoft to Commercialize Industrial Humanoids
A strategic partnership between Hexagon Robotics and Microsoft was announced, aimed at advancing and commercializing humanoid robots for industrial environments. The collaboration marks a major inflection point in the deployment of physical AI systems in real-world settings.
The partnership centers on Hexagon’s industrial humanoid robot, AEON, which is designed to operate autonomously in complex environments such as factories, logistics hubs, and inspection sites.
Key focus areas of the collaboration include:
- Scaling physical AI frameworks, including imitation learning and reinforcement learning.
- Developing multimodal vision-language-action models for enhanced robot understanding.
- Integrating AEON’s sensor fusion and spatial intelligence with Microsoft Azure’s scalable AI and cloud infrastructure, including Azure IoT Operations and Microsoft Fabric Real-Time Intelligence.
The goal is to provide production-ready humanoid solutions for manipulation and inspection, initially targeting industries with significant labor shortages and operational complexity, such as automotive, aerospace, manufacturing, and logistics. This collaboration emphasizes the maturing ecosystem where cloud platforms, physical AI, and robotics engineering converge to make humanoid automation commercially viable.