Modern air defense depends on detecting threats as early as possible, without revealing your own position. Passive RF sensors deliver that capability.
Operating silently, they detect and geolocate hostile emitters in real time, allowing air defenders to maintain EMCON, gain valuable decision time, and cue other sensors or weapon systems for precise targeting.
Passive RF technology augments traditional radar systems—which are effective but exposed—by adding persistent, rapidly deployable sensors that deliver full Electronic Support Measures (ESM) capability. Aligned with the ‘mix, mass, modularity’ principles of modern IAMD, these sensors enable defenses that are flexible, scalable, and reconfigurable.
CRFS sensor networks seamlessly integrate into layered defense architectures—from Forward Operating Bases to strategic infrastructure—delivering real-time RF intelligence. The TRL‑9 technology fills a critical gap in an integrated air defense ‘Find, Fix, Track, Target, Engage, Assess (F2T2EA)’ process.
Compliment layered air and missile defence systems with early warning and real-time detection and geolocation capabilities
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Integrate passive RF sensing into layered air defence architectures to enhance early warning, multi-sensor fusion, and real-time threat detection and geolocation.
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Accelerate the F2T2EA process with real-time 3D geolocation that feeds directly into your C2 architecture.
GUIDE
Modern air defense depends on detecting threats as early as possible, without revealing your own position. Passive RF sensors deliver that capability.
WHITE PAPER
Time Difference of Arrival (TDoA) techniques determine the source location of RF signals by analyzing variations in their travel time. 3D TDoA calculates a signal’s altitude, latitude, and longitude.
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