Pentagon deploys AI counter‑drone tools
- The Pentagon is pushing two counter-drone tracks at once: AI aiming software for guns and turrets, plus directed-energy pilots at five U.S. bases. - The AI project targets drones under 55 pounds, with DIU asking for systems that detect beyond 600 meters and still keep humans on the trigger. - This matters because cheap small drones now threaten bases and troops faster than traditional air defenses can respond or affordably intercept.
Small drones are now a military headache in two different ways. Overseas, they show up fast, low, and cheap. At home, they keep appearing near bases and critical infrastructure. The Pentagon’s answer this month is basically a two-layer push: make ordinary weapons smarter with AI, and test lasers and microwaves where they can protect installations without spraying bullets or expensive missiles. ### What changed this week? Two things. First, the Defense Innovation Unit opened a solicitation for what it calls the C-UAS Close-In Kinetic Defeat Enhancement project — an AI-assisted targeting effort for counter-drone fights. Second, Joint Interagency Task Force 401 picked five military installations for a directed-energy pilot program that will field anti-drone systems over the next six months. (defensenews.com) ### What is the AI piece actually doing? It is not an autonomous kill switch. The idea is aided target recognition — software that uses AI, machine learning, and computer vision to spot a drone, track it, and tell the operator what is and is not a threat faster than a person can. That matters because the hard part with small drones is often not firing. It is seeing the thing early enough, then keeping it in the sights long enough to hit it. (diu.mil) ### Where would that software go? First on remote weapon stations — especially CROWS turrets already mounted on many U.S. military vehicles. Then on moving and stationary ground and maritime platforms. The ambitious third phase is for dismounted troops: small-arms add-ons that can boost hit probability against fleeting drone targets while still working if the smart layer fails. (defensenews.com) ### What numbers tell you this is real? DIU’s requirements are pretty specific. Vendors have to show detection beyond 600 meters and engagement from at least 100 meters against Group 1 and 2 drones — basically aircraft weighing 55 pounds or less. The system also has to handle drones moving at roughly 30 meters per second in the first phase, which tells you this is about real engagement timelines, not lab demos. (defensenews.com) ### What is the base pilot doing? That track is about directed energy — high-energy lasers and high-powered microwave systems. JIATF 401 selected Fort Huachuca, Fort Bliss, Naval Base Kitsap, Grand Forks Air Force Base, and Whiteman Air Force Base. Two of those are on the southern border, which shows the mission is not just overseas warfighting but homeland defense and domestic airspace protection too. (defensenews.com) ### Why use lasers and microwaves here? Because the usual economics are upside down. A small quadcopter can cost very little. Shooting it down with a missile can cost wildly more. Directed-energy systems promise a cheaper shot and less collateral risk around bases, especially compared with guns firing into busy airspace. That is why the Pentagon keeps framing this as part of a broader toolkit, not a single wonder weapon. (defensenews.com) ### Why is the FAA part of this story? Because homeland counter-drone work runs into civil aviation fast. The Pentagon and FAA tested anti-drone lasers in New Mexico in March after earlier safety concerns tied to border-area operations near El Paso. By April, both agencies said safety assessments showed the technology did not endanger passenger aircraft, clearing the way for a more operational pilot. That interagency piece is the catch — the hardware can work, but it also has to coexist with civilian skies. (defensenews.com) ### Where does this fit in the bigger plan? It sits inside a broader Pentagon shift from bespoke, slow-moving air defense toward cheaper, scalable counter-drone layers. JIATF 401 was created in August 2025 to speed that up, and Replicator 2 is focused specifically on defeating small drones. So this week’s news is less a one-off launch than a sign the department is finally trying to connect sensors, shooters, and base defense into something deployable. (defensenews.com) ### Bottom line? The Pentagon is not betting on one magic anti-drone system. It is betting that AI can make existing guns hit faster, while lasers and microwaves protect bases more cheaply and safely. That is the real shift — from demos to layered fielding. (defensenews.com) (media.defense.gov)
