Satellite Autonomous Systems

Satellite Autonomous Systems

Roadmap Overview

There is a need for satellites designed to perform a wide range of tasks in space without constant human intervention, including navigation, data collection, decision-making, rendezvous, proximity, docking, debris disposal, and even self-repair. We present a strategic plan supported by a technological pathway for the development and deployment of satellites capable of operating autonomously in space.

Autonomous satellites will be equipped with advanced onboard systems that allow them to navigate and adjust their orbits, avoiding collisions with other space objects or debris, enhancing the efficacy of space missions. Advanced onboard processing is needed for real time decision making that allows for responses to dynamic situations and course correction, particularly in rendezvous and proximity ops. Data collection and processing capabilities are particularly important for applications such as Earth observation, weather forecasting, and scientific missions, where rapid data acquisition and transmission are crucial. Finally, the ability communicate and make decisions autonomously with information shared between satellites is valuable for constellations of satellites working together on large-scale projects.