At the opening ceremony of the 48th WorldSkills Competition, Yushu Technology's 19 H2 humanoid robots danced on the same stage with 120 dancers, staging the world's first full-scale general-purpose humanoid robot autonomous cluster performance driven by AI. The robot does not rely on off-site positioning base stations; it relies entirely on airborne lidar to achieve environmental sensing and cm-level autonomous positioning; using a self-developed cluster collaborative scheduling system to achieve millisecond cooperative synchronization of 19 robots; full body dance movements are generated by reinforcement learning algorithms and can follow the rhythm of music; the entire system has autonomous error correction capabilities. When position shifts occur due to external interference such as stage lighting or personnel movement, the robot can independently identify deviations and automatically correct and return to position.

At the opening ceremony of the 48th WorldSkills Competition, Yushu Technology's 19 H2 humanoid robots danced on the same stage with 120 dancers, staging the world's first full-scale general-purpose humanoid robot autonomous cluster performance driven by AI. The robot does not rely on off-site positioning base stations; it relies entirely on airborne lidar to achieve environmental sensing and cm-level autonomous positioning; using a self-developed cluster collaborative scheduling system to achieve millisecond cooperative synchronization of 19 robots; full body dance movements are generated by reinforcement learning algorithms and can follow the rhythm of music; the entire system has autonomous error correction capabilities. When position shifts occur due to external interference such as stage lighting or personnel movement, the robot can independently identify deviations and automatically correct and return to position.