byOumaima Moho Amer

Jan, 09, 2026

CES 2026: Hyundai Motor Group, Google DeepMind Unveil AI Robotics Partnership

Mohammedia – Hyundai Motor Group has used CES 2026 to outline its long-term strategy for commercializing human-centered AI robotics, unveiling plans to integrate advanced robots across its global manufacturing operations and beyond.

Under the theme “Partnering Human Progress,” the Group said it is building a comprehensive value network that brings together robotics, artificial intelligence, manufacturing, and logistics capabilities across its affiliates.

The Group described its robotics strategy as a shift from experimental concepts to large-scale, real-world deployment, emphasizing validation, safety, and practical use rather than laboratory demonstrations.

Scaling robotics through manufacturing expertise

Hyundai Motor Group said its competitive advantage lies in its ability to test, validate, and deploy robotics at scale using one of the world’s largest manufacturing networks.

By applying robotics first within its own production facilities, the Group aims to accelerate learning cycles and ensure reliability before expanding into external industries.

The robotics value chain integrates multiple affiliates. Hyundai Motor Company and Kia provide large-scale manufacturing infrastructure and production data, while Hyundai Mobis develops high-performance actuators and standardized components in collaboration with Boston Dynamics.

Hyundai Glovis supports logistics and supply chain optimization, allowing robotics solutions to be deployed and maintained as part of a single, integrated service.

The Group said this structure enables end-to-end robotics deployment, including mass production, software updates, hardware maintenance, and remote monitoring through a Robotics-as-a-Service model.

A central focus of the CES presentation was Atlas, the humanoid robot developed by Boston Dynamics.

Designed for industrial environments, Atlas is built to operate alongside human workers, particularly in physically demanding or hazardous conditions.

The robot is capable of carrying heavy loads and performing repetitive tasks, reducing physical strain on workers.

Hyundai Motor Group said Atlas will move beyond pilot testing and enter full-scale production as part of its global manufacturing value chain.

The Group plans to expand the robot’s use beyond factories into logistics, energy, construction, and facility management as deployment progresses.

Training and validation through software-defined factories

To support large-scale deployment, Hyundai Motor Group highlighted its transition toward software-defined factories.

These facilities place software and data at the core of manufacturing operations, allowing faster updates, improved safety, and greater flexibility compared to hardware-focused systems.

Robots are trained and validated at the Robot Metaplant Application Center, a dedicated facility scheduled to open in 2026.

There, robots learn and adapt through real factory tasks such as lifting, inspection, and recovery. Operational data from factories flows back to the training center, creating a continuous improvement cycle.

Atlas robots trained at the center are expected to begin sequencing tasks at Hyundai Motor Group Metaplant America by 2028, with more complex assembly operations planned by 2030.

Partnerships to advance AI capabilities

Hyundai Motor Group also announced a partnership between Boston Dynamics and Google DeepMind to strengthen the AI capabilities of its robotics platform.

The collaboration combines humanoid robotic systems with advanced AI foundation models designed to improve reasoning and responsiveness in real-world environments.

The Group said the partnership aims to support broader deployment of robotics beyond manufacturing, positioning robots as reliable partners capable of assisting people across a range of work settings.

Hyundai Motor Group closed its CES presentation by reiterating that its robotics strategy prioritizes proven performance over concept demonstrations.

By deploying robots first in demanding industrial environments, the Group said it aims to ensure that only validated, safe, and effective systems move into wider use.

The approach reflects Hyundai Motor Group’s broader goal of embedding AI robotics into everyday life through practical, tested applications rather than experimental showcases.