Orano and Capgemini deploy first intelligent humanoid robot in nuclear industry

Orano and Capgemini have introduced Hoxo, the first AI-powered humanoid robot designed for nuclear operations. Deployed at Orano Melox, the robot combines mobility, precision, and autonomous intelligence to assist human teams in complex environments

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In a landmark move for industrial innovation, French nuclear group Orano and technology leader Capgemini have unveiled Hoxo, the first intelligent humanoid robot designed for the nuclear sector. The robot is now operational at Orano Melox Ecole des Métiers in France’s Gard region, signaling a new era of collaboration between human expertise and artificial intelligence in high-risk industrial settings.

Equipped with embedded AI, advanced sensors, and autonomous navigation capabilities, Hoxo can perceive its surroundings in real time, execute precise technical tasks, and interact with on-site teams. It is engineered to replicate human movements and assist operators in demanding nuclear environments that require both dexterity and safety.

Testing phase and industrial impact

Over the next four months, Orano’s innovation teams will conduct extensive trials to assess Hoxo’s mobility, stability, and adaptability across various operational scenarios. The project aims to create a scalable robotic platform capable of supporting human operators and improving efficiency, safety, and competitiveness in nuclear operations.

“Hoxo opens new perspectives for our operations by combining an intelligent robotic solution with our on-site expertise,” said Arnaud Capdepon, Director of Orano Melox.

Capgemini’s Chief Innovation Officer, Pascal Brier, noted that the initiative represents the convergence of AI, robotics, digital twins, and computer vision, redefining how humans and machines collaborate in sensitive industrial environments.

The Hoxo project marks a major step toward integrating physical AI in complex sectors, setting a precedent for how robotics can safely and intelligently augment human capability in the nuclear industry.