German scientists have achieved a groundbreaking feat by successfully developing the world's first AI-powered on-orbit satellite attitude controller and completing its verification on the InnoCube nanosatellite. This milestone represents a significant leap forward in enhancing the autonomy of aerospace systems. On October 30, 2025, the AI controller demonstrated its prowess by executing a full attitude maneuver operation flawlessly during a 9-minute satellite transit. Moreover, it maintained stable control in subsequent tests, showcasing its reliability and robustness. The 'On-Orbit Verification Project for Learning-Based Attitude Control' leverages cutting-edge deep reinforcement learning technology. This innovative approach empowers neural networks to autonomously learn and adapt control strategies, offering substantial advantages over conventional methods. Prior to the on-orbit deployment, the research team meticulously conducted simulated training on the ground to fine-tune the algorithm. Once uploaded to the satellite, the AI controller performed exceptionally well in the harsh space environment, validating its effectiveness. Another notable innovation of the InnoCube nanosatellite is the integration of the wireless satellite bus SKITH. This design not only reduces the satellite's overall weight but also minimizes potential fault sources, enhancing its reliability and longevity. The successful verification of this AI controller paves the way for exciting new possibilities in deep-space exploration, heralding a new era of advanced satellite control for humanity.