The Use of Artificial Intelligence in Outer Space Capabilities

Abstract: The ongoing integration of artificial intelligence (AI) into outer space capabilities represents a transformative shift in how operations beyond Earth are conducted. AI technologies are now essential across various areas, including remote sensing, satellite communications, space situational awareness (SSA), spacecraft and astronaut health monitoring, and autonomous spacecraft navigation. AI-driven analytics, for instance, enable rapid processing of vast amounts of data collected by Earth observation satellites, improving climate science, resource management, and disaster response. In SSA, AI algorithms enhance the detection, tracking, and prediction of space objects' movements, thereby reducing the risks of collision and contributing to the sustainable use of orbital resources. AI also plays a critical role in monitoring the health of spacecraft and astronauts operating in the harshness of space. In deep-space exploration, AI-driven technologies enable autonomous spacecraft operations, optimizing navigation and scientific activities. This paper examines these and other applications of AI in space operations and discusses key operational, environmental, ethical, and legal challenges associated with its use. It concludes that AI has been a powerful complement to human capabilities and is likely to remain so, provided that human analytical skills and technological literacy continue to be cultivated.