With the exponential increase in the number of space objects, managing mobility in space has become a critical priority. Each satellite, whether for telecommunications, Earth observation, or other missions, must move with precision to reach its operational position, relocate during its mission, avoid collisions with other objectsβactive or inactiveβor deorbit at the end of its lifecycle to free up space. This dynamic mirrors the growing complexity of terrestrial needs, where space now plays a central role in providing essential services.
Just as on Earth, where increased traffic demands innovative solutions to manage flows, space requires rigorous organization to prevent congestion and the risks of overcrowding.
This complex and fragile environment calls for specialized actors capable of coordinating movements efficiently. This new vision, an extension of terrestrial mobility strategies, is essential to ensure the continuity of space-based services without compromising this rapidly expanding ecosystem. In the near future, adopting an even more sustainable model of space management will be crucial, incorporating concepts of reuse and maintenance.
Innovations such as in-orbit infrastructure inspection, satellite refueling to extend their lifespan, and debris removal will become standard practices. This future is not science fiction; it is being shaped today to ensure responsible and lasting use of space, securing its availability to meet the growing demands of the decades ahead.
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