The Governors of the University of Calgary

Published purpose

This project develops autonomous technologies to help spacecraft safely navigate around the Moon by detecting nearby objects and monitoring surface changes without needing constant contact with Earth. As lunar activity increases, particularly on the far side of the Moon, spacecraft must independently identify artificial objects, natural debris, and changes on the surface caused by meteoroid impacts. The first activity focuses on detecting recent surface changes using variations in albedo captured by onboard sensors. The second analyzes how both natural and artificial objects reflect sunlight, enabling spacecraft to determine their position, motion, and mass properties. The third activity creates 3D models of the lunar environment to define potential logical spaces, digital zones representing future landing sites, exploration areas, or infrastructure. These models help spacecraft understand their surroundings and support planning for long-term lunar operations. Altogether, the project advances safe, autonomous operations in cislunar space and supports sustainable development around the Moon.