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Full Description
Valuable insights and strategies for mitigating risks associated with space systems, reviewing satellite cybersecurity, regulatory frameworks, and incident response protocols
Cyber Security for Space Missions: Mitigating Risks in the New Space Era examines the multifaceted landscape of space exploration, defense, and security, encompassing both traditional and emerging challenges such as space debris, cyber threats, and the implications of cutting-edge technologies. The book underscores the vital importance of fostering a culture of cooperation and security in space exploration, emphasizing the need for collaborative strategies that address both current and future challenges. It provides the reader with insights on the application of cybersecurity principles to this domain which has unique constraints.
The book begins with an introduction to the domain in the first few chapters, then moves on to address technical cybersecurity principles and architectural considerations as well as other non-technical matters relevant to the field. Each chapter features nuanced case studies, exercises, and collaborative discussions. Readers will find insights on key differences between terrestrial and space cybersecurity including environmental challenges and threat landscapes, communication latency and network architecture, and system complexity and interconnectivity, along with an overview of cybersecurity testing and evaluation methodologies.
Additional topics explored in Cyber Security for Space Missions include:
Past cybersecurity breaches, the impact of satellite hacking incidents, and successful mitigation of space-based attacks in the past
Commercial space activities and their unique cybersecurity challenges
Regulatory frameworks and compliance requirements from organizations such as NASA, ESA, and ITAR
Quantum cryptography, blockchain-based security, and enhanced satellite security protocols
Components of space systems including ground stations and communication links
Cyber Security for Space Missions serves as a comprehensive and up-to-date reference on the subject for space mission directors, spacecraft systems engineers, cybersecurity specialists, space systems architects, payload engineers, and ground station operators.
Contents
About the Author
Foreword
Preface
Acknowledgments
Collaborative Discussions or Exercises
Introduction
Chapter 1: The Evolving Landscape of the Space Industry
Chapter 2: The Space Cybersecurity Landscape
Chapter 3: Space System Architecture and Security
Chapter 4: The Evolving Threat Landscape of the Space Industry
Chapter 5: Incident Response and Recovery in Space Cybersecurity
Chapter 6: Space Cybersecurity Risk Management
Chapter 7: Space Cybersecurity Tools and Technologies
Chapter 8: Secure Software Development for Space Applications
Chapter 9: Network Security in Space Operations
Chapter 10: Securing Launch Vehicles
Chapter 11: Securing Satellite Systems Satellite Architecture and Vulnerabilities
Chapter 12: Securing Ground Systems and Infrastructure
Chapter 13: Best Practices for Securing Space Systems
Chapter 14: Space Cybersecurity Testing and Evaluation
Chapter 15: The Role of Emerging Technologies
Chapter 16: Space Cybersecurity Training and Awareness
Chapter 17: Space Cybersecurity Research and Development
Chapter 18: Space Cybersecurity Career Development and Professionalization
Chapter 19: Space Cybersecurity Policy and Governance
Chapter 20: Interdisciplinary Collaboration
Chapter 21: International Cooperation and Space Security
Chapter 22: Developing a Cybersecurity Culture in the Space Industry
Chapter 23: The Future of Cybersecurity in the Space Industry
Chapter 24: Conclusion
Appendices
Appendix A: Additional Coding Practices
Appendix B: Sample Templates (incident response plan, security policy)
References
Conclusion
