Training Description
Key Takeaways
- Focuses on cybersecurity for space and satellite systems
- Addresses vulnerabilities in both space and ground segments
- Highlights real-world incidents and emerging threats
- Brings together researchers, engineers, and practitioners
- Emphasizes the need for novel, interdisciplinary security solutions
SpaceSec 2026 is the fourth edition of the Workshop on the Security of Space and Satellite Systems, held alongside the NDSS Symposium. This event explores the rapidly evolving landscape of satellite communication, which is becoming a critical backbone for consumer services and essential infrastructure. With the anticipated launch of over 100,000 satellites in the coming decade, the workshop addresses the urgent need to secure these assets against sophisticated cyber threats.
Exploring the Security Landscape of Space Systems
The workshop delves into the unique cybersecurity challenges faced by space-based systems. It examines incidents such as the ViaSat attack during the Ukraine conflict and ongoing disruptions to global navigation satellite systems. These examples underscore the vulnerabilities present in both legacy and modern satellite infrastructures, highlighting the necessity for robust, tailored security measures.
Participants will engage with topics including the security of small satellites, CubeSats, and ground segments, as well as the development of security testbeds and measurement infrastructure. The event also covers advanced areas such as GNSS attack and defense, launch vehicle security, and the integration of data-driven and machine learning approaches for enhanced protection.
Interdisciplinary Collaboration and Technical Focus
SpaceSec 2026 is designed for a diverse audience, including cybersecurity researchers, satellite systems engineers, and professionals from academia, government, and the defense sector. The workshop encourages interdisciplinary collaboration to address persistent vulnerabilities and the distinct constraints of the space environment.
Key themes include reverse engineering, side-channel and fault attacks, in-orbit intrusion detection, and the application of post-quantum cryptography. The event also explores privacy, localization, ethical considerations, and the economics of securing space infrastructure.
Workshop Format and Experience
The event features research paper presentations, poster sessions, and in-depth discussions. With a strong technical and academic orientation, SpaceSec 2026 fosters thought leadership and community building within the space security domain. Attendees gain insights into the latest technologies, such as NASA’s core Flight System, seL4 Microkernel, and quantum-secure authentication, while networking with leading experts in the field.
SpaceSec 2026 stands as a vital platform for advancing the security of space and satellite systems, ensuring the resilience of critical infrastructure in an increasingly interconnected world.