U.S. Department of Defense Counter-Unmanned Systems Strategy (Unclassified)
Focusing on cross-domain threat response, multi-temporal capability building, and alliance coordination to construct a national defense security framework for the era of unmanned systems.
Detail
Published
23/12/2025
Key Chapter Title List
- Strategic Environment
- Our Strategic Approach
- Our Strategic Pathways
- Deepening Understanding and Awareness of Unmanned System Trends and Threats
- Disrupting and Degrading Unmanned System Threat Networks
- Defending Against Unmanned System Threats to U.S. Interests
- Delivering Solutions with Greater Speed, Adaptability, and Scale
- Developing and Designing the Joint Force for the Unmanned System-Driven Future of Warfare
- Strategy Implementation
Document Introduction
The rapid development and proliferation of unmanned systems are reshaping the nature of conflict, extending from traditional battlefields to the U.S. homeland, profoundly impacting military tactics, operational principles, and innovation cycles. Driven by commercial innovation, artificial intelligence, autonomous technology, and cyber capabilities, military forces of all sizes and non-state actors can leverage these systems to achieve strategic objectives, creating an asymmetric challenge of democratized precision strike. This trend undermines traditional deterrence capabilities and generates new dynamics of conflict escalation.
To address this cross-domain, multi-dimensional threat, the U.S. Department of Defense (DoD) has developed a classified strategy to unify departmental response pathways. This unclassified fact sheet outlines its core framework. The strategy builds upon existing major DoD initiatives, including the establishment of the Joint Counter-Small Unmanned Aircraft Systems Office (JCO), the formation of the Warfighter Senior Integration Group (SIG), and the advancement of the Replicator 2 initiative, creating a cohesive near-, mid-, and long-term response system.
The strategy's core objective is to mitigate the potential negative impacts of unmanned systems on U.S. forces, assets, and facilities, both at home and abroad. It establishes a multi-layered response logic: near-term efforts focus on strengthening defensive capabilities, emphasizing improvements in detection, active defense, and passive defense. Mid- to long-term efforts aim to reduce vulnerability and enhance resilience through future force design, ensuring the ability to keep pace with the evolution of unmanned system technology and address more complex threat scenarios.
Five strategic pathways form the core pillars of implementation: deepening understanding and awareness of unmanned system trends and threats; disrupting and degrading related threat networks; defending against unmanned system threats to U.S. interests; delivering solutions with greater speed and scale; and developing the future Joint Force for unmanned system-driven warfare. Each pathway defines specific implementation directions, covering critical areas such as intelligence awareness, network countermeasures, operational integration, technology research and development, and force transformation.
Strategy implementation emphasizes a campaign mindset, requiring close collaboration between the DoD, U.S. interagency partners, Congress, and allies. It seeks to integrate authorities, resources, and methods to maximize collective alliance advantages and interoperability. Simultaneously, leveraging the defense industrial and innovation ecosystem, it aims to enhance response speed and scale through rapid acquisition, modular solutions, cost-balanced control, and expanded experimentation and testing.
This strategy marks a critical step for the DoD in addressing unmanned system threats, laying the groundwork for subsequent actions. The DoD will establish clear assessment metrics and effectiveness measurement standards to continuously track progress and dynamically adjust response measures based on threat evolution, ensuring the maintenance of defense superiority and operational effectiveness in the era of unmanned systems.