Hoxo Robot
Hoxo is an intelligent humanoid robot designed specifically for the nuclear industry, combining advanced AI, real-time perception, and autonomous navigation to operate safely alongside human teams in hazardous environments. It replicates human movements and performs technical gestures with precision, enhancing safety by reducing human exposure to risky zones. Hoxo integrates robotics, computer vision, digital twins, and AI to deliver scalable robotic assistance, redefining human-machine collaboration in sensitive industrial settings. Its deployment at Orano’s Melox site marks a pioneering step in using humanoid robots as “Non-Human Workers” in high-stakes sectors.
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Latest News About Hoxo Robot
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Capgemini, Orano Unleash Hoxo: Nuclear's First AI Humanoid
Capgemini and Orano have deployed Hoxo, marking the inaugural intelligent humanoid robot in nuclear operations, at the Orano Melox facility in France's Gard region. This deployment introduces a platform that replicates human movements for real-time perception, autonomous navigation, and technical task execution in high-risk environments. Over the coming four months, innovation teams will test its versatility, aiming to boost safety by reducing human exposure to hazards like radiological sampling and drum handling. Directors hail it as a game-changer for blending robotic agility with on-site expertise, redefining industrial efficiency in atomic settings.
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Frequently Asked Questions
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Q1. What are Hoxo's primary capabilities?
Hoxo is designed to replicate human movements and operate alongside nuclear facility teams in challenging intervention environments. The robot combines mobility, precision, and embedded artificial intelligence to execute technical gestures, perform autonomous navigation, and interact with human operators in real-time perception scenarios.
Q2. How to operate Hoxo?
Hoxo operates through human-machine interaction systems that enable operators to control the robot's movements and technical gestures. The system integrates real-time perception and autonomous navigation capabilities, allowing operators to guide the robot through complex nuclear facility environments while maintaining safety protocols.
Q3. What is the maximum carrying capacity of Hoxo?
Specific carrying capacity specifications are not publicly disclosed. However, as a 1.35-meter humanoid robot designed for precision technical work in nuclear environments, Hoxo is engineered for moderate payload handling rather than heavy lifting operations.
Q4. How long can Hoxo operate on a single charge?
Battery endurance specifications have not been publicly released. Operating duration depends on task intensity, navigation complexity, and environmental conditions within nuclear facilities during the ongoing four-month testing phase.
Q5. What safety features does Hoxo have?
Hoxo incorporates advanced sensors for real-time perception and autonomous navigation to prevent collisions and hazardous situations. The robot is specifically designed to enhance safety in nuclear environments by reducing human exposure to challenging intervention scenarios while maintaining precise operational control.
Q6. How to maintain Hoxo?
Maintenance protocols are being developed during the testing phase at Orano Melox. Standard maintenance likely includes sensor calibration, software updates, joint lubrication, and battery health monitoring to ensure optimal performance in nuclear facility operations.
Q7. What surfaces can Hoxo navigate?
Hoxo features autonomous navigation capabilities designed for nuclear facility environments. The robot can traverse standard industrial flooring, though specific terrain limitations and surface compatibility details are being validated during the current testing phase.
Q8. How does Hoxo handle obstacles?
Hoxo uses advanced sensors and real-time perception systems to detect and navigate around obstacles autonomously. The embedded artificial intelligence enables dynamic path planning to avoid hazards while maintaining operational efficiency in complex nuclear facility layouts.
Q9. What is Hoxo's maximum speed?
Maximum speed specifications have not been publicly disclosed. The robot prioritizes precision and safety over speed, designed for deliberate technical operations in sensitive nuclear environments rather than rapid mobility.
Q10. What are common use cases for Hoxo?
Hoxo is deployed for technical interventions in nuclear facilities, supporting operators in challenging environments. Primary applications include equipment inspection, maintenance tasks, material handling, and operations in areas with elevated radiation or environmental hazards.
Q11. How to reset Hoxo?
Reset procedures are part of Hoxo's operational protocols being validated during testing. Standard reset likely involves system diagnostics, sensor recalibration, and software state restoration through control interface commands.
Q12. How to control Hoxo?
Hoxo is controlled through an integrated human-machine interaction system that enables real-time operator commands. Control mechanisms combine autonomous navigation with manual gesture execution, allowing operators to direct the robot's movements and technical operations remotely or on-site.
Q13. How to connect Hoxo to Wi-Fi?
Connectivity specifications are being developed during the testing phase. Hoxo likely supports wireless connectivity for remote monitoring, software updates, and data transmission, though specific Wi-Fi configuration procedures have not been publicly detailed.
Q14. What is Hoxo's warranty?
Warranty terms have not been publicly announced. As a prototype undergoing four-month testing at Orano Melox, warranty coverage will likely be determined following successful validation and commercial deployment decisions.
Q15. How to update Hoxo's software?
Software updates are managed through Capgemini's AI Robotics & Experiences Lab. Updates likely occur through secure wireless connections or direct interface connections, ensuring the robot's artificial intelligence, perception systems, and autonomous navigation capabilities remain current with operational requirements.
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