The Space Digital Dome: Autonomous Defense of Space Vehicles from Radio Frequency Interference
Gregory J. Falco, Nathaniel G. Gordon, Adam Byerly, Andrew Grotto, Joshua Eric Siegel, Sebastian Zanlongo · 2022 IEEE Aerospace Conference (AERO) · 2022
While awareness of active threats is critical to space vehicles, action is required to avoid harm. Physical hazard avoidance requires orbital manipulation using propulsion, whereas options for avoiding or nullifying radio frequency interference (RFI) are less straightforward. Because these actions need to occur on the space vehicle in real-time despite limited computing capacity and power on the edge, actions need to be reliably assessed and planned with readily available resources. The space vehicle will need to make fully or partially autonomous decisions to defend its communication channel and ensure mission resilience. This paper proposes an architecture to facilitate the autonomous defense of space vehicles from radio frequency attacks. Further, the paper aims to promote the broader discussion of mechanisms to defend space vehicles from cyber, kinetic, electromagnetic and other attacks.