New AI system can monitor satellite behaviour to boost space safety
2026-09-01 08:00Models🔥 34.9 heat score
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The Defense Against AI Research Center (DARe) at the Alan Turing Institute in the UK has developed a new AI system that can monitor satellite behavior and identify abnormalities, aiming to reduce the risk of space collisions. This model is the world’s first tool that predicts abnormalities and satellite movements by learning from the light reflected by objects in space, and it is suitable for addressing the security challenges posed by thousands of satellites. The research was led by Dr. Victoria Nokels, head of DARe, and Professor Marcin Wasilewski, director of the Aerospace Excellence Center at Stracleyd University. It is part of the British Space Agency’s international bilateral fund project “Artificial Intelligence for Space Security and Sustainability”. With over 4,000 new satellites expected to be launched in 2025, space is becoming increasingly crowded, and it has become more difficult to analyze the massive amounts of data generated daily. The development of this fully automated tool provides a solution to assist in space traffic management and avoid collision maneuvers.
A new study published in the journal *Expert Systems* indicates that a new AI model developed by the Defense Against Artificial Intelligence Research Center (DARe) at the Alan Turing Institute can monitor satellite behavior and identify anomalies, thereby reducing the risk of space collisions. This tool is the world’s first AI model capable of predicting anomalies and satellite movements by analyzing the light reflected by objects in space. It aims to address the security challenges associated with thousands of satellites, assisting in space traffic management and collision avoidance maneuvers. The study was led by Dr. Victoria Nokles, head of DARe, and Professor Marcin Wasilewski, director of the Aerospace Excellence Center at Strelaclyde University. It is part of the UK Space Agency’s international bilateral fund project “Artificial Intelligence for Space Security and Sustainability”. With over 4,000 new satellites expected to be launched by 2025, space is becoming increasingly crowded, and it has become more difficult to analyze the vast amounts of data generated daily. The fully automated tool provides a solution to this problem.