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Cybersecurity Lessons Learned in Human Spaceflight

Pam Melroy

Draws on human spaceflight missions to highlight software redundancy, access tiering, and command protocol resilience for space systems.

Summary

Critical Space Infrastructure Dependencies

Space assets underpin critical modern infrastructure, supporting global GPS timing, financial transaction validation, worldwide military communications, and weather observation networks.

The End of Security Through Inaccessibility

Historic reliance on orbital physical isolation as a security boundary is no longer tenable as ground station networks, supply chains, and satellite constellations face sophisticated cyber threats.

Software Engineering Standards from Manned Missions

Human spaceflight architectures enforce strict software engineering practices, including near-zero defect tolerances, multi-layered redundant compute clusters, and tiered access permissions.

Securing Commercial and Exploration Missions

As commercial space stations, lunar exploration programs, and international space competitions expand, adopting distributed architectures and robust command protocols is essential to protect mission integrity.

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