Full Report
Domestic extremist actors are incorporating drone technology into operational capabilities and attack plots, taking inspiration from the battlefield. The number of violent plots utilising drones has increased sharply over the past five years. Domestic counter-drone frameworks are mismatched to the threat. Effective protection requires layered, multi-system approaches across potential civilian targets and critical infrastructure. Easy-to-access…
Analysis Summary
# Threat Actor: Domestic Extremist Actors (Group Profile)
## Attribution & Identity
- **Actor Identity:** Domestic extremists (non-state actors operating within their home countries).
- **Aliases:** Domestic violent extremists (DVEs).
- **Known Associations:** Influenced by "battlefield" tactics (likely referencing conflicts in Ukraine or the Middle East).
## Activity Summary
According to the report dated March 2026, there has been a sharp increase in violent plots utilizing drone technology over the past five years. These actors are evolving from traditional methods to incorporating Unmanned Aerial Systems (UAS) into their operational capabilities, shifting from surveillance to active attack roles.
## Tactics, Techniques & Procedures
- **Weaponization of Commercial Off-the-Shelf (COTS) Drones:** Modifying civilian drones for kinetic impact.
- **Additive Manufacturing:** Utilizing 3D printing to create custom components or release mechanisms.
- **Open-Source Intelligence (OSINT):** Leveraging open-source design files for hardware modifications.
- **AI-Assisted Navigation:** Integrating artificial intelligence to overcome signal jamming or to enhance targeting precision.
- **Technical Adaptation:** Using "battlefield-inspired" tactics such as payload dropping or First Person View (FPV) kamikaze strikes.
## Targeting
- **Sectors:** Critical Infrastructure, Civil Society, Government.
- **Geography:** Domestic (Specific focus on the United States and Western contexts implied by the policy discussion).
- **Victims:** Potential civilian targets, public gatherings, and critical industrial sites.
## Tools & Infrastructure
- **Hardware:** Commercial drones, 3D printers, additive hardware.
- **Software/Design:** Open-source drone design files, AI-assisted flight software.
- **Defanged References:**
- hxxps[://]threatbeat[.]com/the-ungoverned-sky-drones-and-the-domestic-extremist-threat/
- hxxps[://]www[.]lowyinstitute[.]org/publications/ungoverned-sky-drones-domestic-extremist-threat
## Implications
The strategic barrier to entry for aerial attacks has been significantly lowered. Current domestic counter-drone (C-UAS) frameworks are categorized as "mismatched" to the current threat level, as they often rely on outdated regulatory or technical measures that cannot keep pace with rapidly evolving, AI-driven, or 3D-printed drone hardware.
## Mitigations
- **Layered Defense:** Implementation of multi-system approaches (kinetic, electronic, and cyber) rather than relying on a single counter-measure.
- **Protection of Critical Infrastructure:** Hardening potential civilian and industrial targets against low-altitude aerial threats.
- **Framework Updates:** Reforming domestic counter-drone legal and operational frameworks to allow for more agile responses to UAS threats.
- **Technological Parity:** Investing in detection and mitigation systems that can address AI-assisted and autonomous navigation capabilities.