Utah Tech Firms Advanced Military Drone Defense
Local startups have deployed radar-guided net systems and attritable munitions for U.S. military drone countermeasures.
Updated on Sept. 18, 2026 in Cybersecurity
Live Poll
Do you believe the rise of autonomous drone technology will make future military conflicts safer?
Utah-based companies have advanced drone warfare technology, with firms like Fortem Technologies and startup Vector developing systems to detect and neutralize aerial threats. These technologies, ranging from autonomous interceptors to attritable drones, are being integrated into national security and defense operations.
Why it matters
The military is increasingly prioritizing systems that can cost-effectively detect, pursue, and capture drone threats in contested environments. This shift emphasizes the development of hardware that can operate in large-scale swarms to protect critical infrastructure.
The DroneHunter F700 utilizes a ground-cueing sensor system to deploy a 3-meter-by-3-meter net against targets. Five of these units successfully defeated five simultaneous threats during a 2026 demonstration.
The players
Fortem Technologies
A developer of radar-based drone interception systems including the DroneHunter F700.
Vector
A Bluffdale-based startup that manufactures attritable combat drones like Hammer and Dagger.
The details
The DroneHunter system employs radar and artificial intelligence to track and pursue adversarial drones autonomously. Once the target is acquired, the aircraft releases a net to capture the vehicle before returning to a safe location to deposit the payload. Startup Vector focuses on attritable munitions, which are low-cost drones intended to be expended during combat operations, known as Hammer and Dagger models.
Timeline
2024: Vector was founded as a drone startup in Bluffdale.
2026: Fortem demonstrated five DroneHunters defeating five threats.
September 2026: Vector was recognized in the Drone Dominance Program.
The Tech Race
This development aligns with the U.S. Department of War's Drone Dominance Program to rapidly scale defense capabilities. The industry is currently shifting from single-unit interception toward controlling swarms of 10 to 1,000 units.
While these technologies currently support military objectives, they are increasingly fundamental for protecting critical global infrastructure from aerial incursions. The scaling of swarm-control software and manufacturing capacity indicates a transition toward automated, high-volume defense perimeters.
The takeaway
The trajectory of drone warfare relies on the ability to intercept threats at scale while managing attritable munitions. Watch for future integration benchmarks as operators transition from small tests to controlling swarms of up to 1,000 units.
Further reading
Explore the evolving landscape of regional Cybersecurity defense strategies.
Source note: This article includes information reported by KSL.
Live Poll
Do you believe the rise of autonomous drone technology will make future military conflicts safer?
