Cybersecurity for Space Systems: Integrating Offensive Methods, Defending System Vulnerabilities, and Space Law
As space systems become increasingly integrated with U.S. critical infrastructure, cybersecurity must evolve beyond defensive approaches to include offensive techniques that expose and counter adversary capabilities. Critical services such as GPS remain vulnerable to jamming and spoofing as a result of electronic warfare, while command centers and user terminals face risks from network exploitation, malware, and credential compromise. In addition, unencrypted data links within some GEO communications systems enable interception and hijacking, and supply chain compromises introduce further threats to mission assurance and system integrity. Addressing these challenges requires cybersecurity education and training that is adversary-informed. Cybersecurity engineers must also understand the legal and policy frameworks governing behavior in space, including the Outer Space Treaty, Artemis Accords, and the Moon Treaty. This presentation highlights experiential learning initiatives such as the Cyber Drone Challenge and Cyber Space Challenge demonstrating a multidisciplinary model for educating and preparing the next generation of cybersecurity professionals to secure the evolving space domain.
Saturday 1400 Grand Ballroom