Teledyne FLIR’s Prism C-UAS Hunts Drones With AI and Thermal

Teledyne FLIR OEM launched Prism C-UAS on April 28, a counter-drone software stack that pairs thermal imaging with AI-driven object detection and tracking. The pitch is detection range, as reported by Business Ware.

Prism can lock onto a drone showing fewer than four pixels on target, which buys defenders more time to respond before a threat closes the gap. The launch happened at SPIE DCS 2026 in Maryland.

What Prism C-UAS Actually Does

Prism C-UAS is a software stack, not a complete counter-drone system. Teledyne FLIR sells it to integrators who build the radars, cameras, and effectors that protect airports, military bases, and critical infrastructure. The software sits in the perception layer, taking raw thermal data from FLIR sensors and turning it into actionable target tracks.

The technical claim worth understanding is the sub-2×2-pixel detection threshold. Conventional thermal counter-drone systems struggle when a target gets so small or so distant that it occupies fewer than a handful of pixels on the sensor.

Prism uses patented denoise, local contrast enhancement, and upsampling algorithms to lift the signal-to-noise ratio enough to detect targets at that scale, then feeds them into an AI object detector and a multi-object tracker that maintains persistent locks while filtering false positives.

The software supports Teledyne FLIR’s own Boson+ and Neutrino infrared camera families, plus selected commercial off-the-shelf visible cameras for multispectral configurations. That matters for integrators who want to fuse thermal and visible-light sensing into a single tracking solution. The same Boson+ thermal sensor lives on the Skydio X10 platform that LAPD just deployed for its drone-as-first-responder program, which gives you a sense of how widely this sensor family has spread across both sides of the drone equation.

Why The Counter-Drone Market Is Moving To Software

Hardware advantages in this space have gotten harder to maintain. Most counter-drone systems use similar radars, similar IR cameras, and similar RF detectors, which means software has become the actual differentiator. Vendors who can pull more useful data out of the same sensor get longer detection ranges, faster reaction times, and lower false alarm rates than competitors running the same physical hardware.

Jared Faraudo, Teledyne FLIR OEM’s vice president of product management, made the point directly. “Software has become a defining performance differentiator in today’s C-UAS environment,” Faraudo said. “Prism C-UAS enables sub 2×2-pixel drone detection and tracking, providing a significant increase in drone detection range over conventional systems.”

The market backdrop justifies the investment. The FAA reports more than 100 drone incursions per month near U.S. airports, and the Department of Homeland Security testified that more than 60,000 drone flights were detected near the U.S.-Mexico border in the final six months of 2024 alone.

Cheap, autonomous, increasingly capable consumer and commercial drones have turned what used to be a regulatory enforcement problem into a hard security problem with no easy answers.

Special events are now part of the threat model too. The Teledyne FLIR announcement explicitly named the World Cup and Olympics as the kind of high-profile gatherings that need scalable counter-drone coverage, and the next two years bring both. The 2026 FIFA World Cup runs across the U.S., Mexico, and Canada this summer. The 2028 Los Angeles Olympics is already pulling counter-drone procurement forward.

NDAA Compliance and the OEM Play

Teledyne FLIR OEM markets itself as the world’s largest volume manufacturer of ITAR-free and NDAA-compliant infrared sensor and camera modules. Both designations matter for U.S. defense and federal procurement.

ITAR-free means the modules can be exported under standard commerce rules without State Department licensing, and NDAA compliance keeps the products eligible for Department of Defense and federal agency purchase under the restrictions targeting Chinese-origin components.

That regulatory positioning is the same trend driving Skydio’s $3.5 billion U.S. manufacturing announcement last week. The federal procurement environment has shifted decisively toward American-built or allied-sourced hardware across the entire drone and counter-drone stack, and vendors who got NDAA-compliant early are sitting in the right place at the right time.

Teledyne FLIR is demonstrating Prism C-UAS at the SPIE Defense and Commercial Sensing 2026 show through April 30 at the Gaylord National Resort and Convention Center in National Harbor, Maryland. Pricing, integration partners, and customer announcements weren’t included in the launch.

DroneXL’s Take

Strip away the press release language. The interesting story here isn’t that Teledyne FLIR built better counter-drone software. It’s that the entire counter-drone industry is now openly admitting that software, not sensors, is where competitive advantage lives. That admission has implications for how procurement officers, base commanders, and airport security planners should evaluate vendors going forward.

The Prism C-UAS detection-range claim is genuinely useful if it holds up in real deployments. Sub-four-pixel detection on a maneuvering drone target sounds modest until you do the math on what that means for engagement timelines.

Every additional second of detection range translates into more reaction time, more options for non-kinetic mitigation, and fewer scenarios where defenders are forced into a kinetic last-resort response over populated areas.

The asterisk is that we don’t have independent test data to verify the sub-2×2-pixel claim against real targets in real conditions. Sensor performance is notoriously condition-dependent, and detection thresholds advertised in controlled lab tests don’t always survive humidity, atmospheric haze, thermal clutter from urban environments, or low-altitude flight against complex backgrounds.

That doesn’t mean the claim is wrong, just that it deserves verification before procurement officers treat the spec sheet as gospel.

The bigger question for departments and base security teams reading this announcement is whether their existing counter-drone vendors are integrating Prism C-UAS or building their own equivalent capability. Software stacks like this one will become commodity over the next 24 to 36 months. The vendors who don’t have an answer for sub-pixel-class detection are the ones who’ll lose the next round of contracts.

Photo credit: FLIR