Executive Summary
This paper analyzes cyber and electronic warfare threats to Unmanned Aerial Systems (UAS), proposing an adaptive resilience framework to improve communication security. It constructs a threat taxonomy, introduces a comparative security framework using a weighted scoring matrix, and formalizes a state-based resilience framework with indicator-driven transition thresholds. The study concludes that resilience-driven and adaptive design principles are crucial for UAS communication security in contested electromagnetic and cyber environments.
Why It Matters
This document is crucial for defense analysts as it provides a structured framework for understanding and mitigating the converging cyber and electronic warfare threats against military UAS, directly impacting operational effectiveness and survivability in contested environments. It offers a comparative analysis of security postures and proposes an adaptive resilience model essential for future drone warfare strategies.
Key Takeaways
- Adaptive and risk-informed security approaches are analytically superior for UAS in hybrid cyber-EW environments compared to static or layered defenses.
- A state-based resilience framework with explicit indicator thresholds can provide a practical basis for managing UAS security in dynamic threat conditions.
- Hybrid cyber-electromagnetic attacks, combining deception (e.g., GNSS spoofing) and disruption (e.g., jamming), pose the most significant and complex threats to UAS.
- UAS communication security benefits from resilience-driven and adaptive design principles supported by structured comparative assessment and formalized state-transition logic.
Strategic Relevance
This research directly addresses the critical challenge of securing Unmanned Aerial Systems against sophisticated cyber and electronic warfare attacks, which is paramount for maintaining military advantage and operational continuity. The proposed adaptive resilience framework offers a strategic approach to enhance the survivability and mission effectiveness of tactical UAS in contested environments, influencing doctrine, procurement, and training for future conflicts.