Scientists used an AI controller on the InnoCube CubeSat to autonomously orient a satellite in orbit for the first time.
Autonomous AI could simplify the complex task of satellite orientation.
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Scientists have been able to control the orientation of a satellite in orbit autonomously, the first time, with an autonomous AI controller. This demonstration, conducted on a 3U CubeSat named InnoCube demonstrates AI with the ability to autonomously point the satellite (its pointing direction) without human operator intervention. The test, which was conducted by a group of scientists at the JMU Würzburg of Germany, is regarded as a step towards autonomous spacecraft in totality. According to researchers, this method may make it easier to create satellite and reduce the cost of missions.
AI-driven Satellite Reorientation
According to media reports, late in 2025, JMU researchers experimented with an AI controller on a 3U CubeSat. In one of the Oct. 30 passes, the AI agent oriented the CubeSat in its initial orientation to a desired attitude it with its reaction wheels. This was repeated multiple times, and the CubeSat was oriented. The AI controller was trained in a simulator by deep reinforcement learning and uploaded onboard an aircraft to fly. The researchers of JMU reported that the test demonstrated that a neural-network AI could operate a satellite, and the finding was a significant advancement in space missions.
Broader Trends in Autonomous Spacecraft
Other teams are exploring similar AI-driven systems. NASA's Jet Propulsion Laboratory has demonstrated a “Dynamic Targeting” algorithm that lets a satellite autonomously avoid clouds and select clear targets. The U.S. Naval Research Lab is developing a fully autonomous satellite, “Autosat,” that can task its sensors and handle communications without ground control. Engineers at UC Davis are launching a CubeSat with an onboard AI “digital twin” to continuously monitor and predict the satellite's battery health.
