c-UAS / VSHORAD / SHORAD / MRAD
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Operate in a contested & congested
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EMOE
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Function in GNSS-denied environments
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Customizable signal detectors
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Non-library-based detection
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Radar augmentation
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Interoperable with C2 software
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Proven TRL-9 in real-world deployments
Air defense applications
A passive RF sensor network complements radar by acting as an early warning system, detecting hostile airborne targets without alerting the enemy and cuing targeting radar.
Detect the signal of interest, not the platform
Custom built signal detectors search for specific signals (including telemetry, video links, payload data transfer) rather than for specific platforms.
Highly accurate 3D TDoA geolocation
Time Difference of Arrival accurately geolocates the position of RF emitters in three dimensions by analyzing the time difference between each sensor and using advanced algorithms.
Operate in GNSS-denied environments
CRFS has several tools to continue spectrum monitoring and geolocation missions in GNSS-denied environments.
Passive RF sensors allow air defenders to operate under EMCON as they can listen without emitting, increasing survivability and helping to monitor blue force comms.
Through open API architecture, you can use CRFS’ spectrum monitoring and geolocation capabilities in your C2 system.
Local, regional, and national air defense coverage
Book a call with an air defense advisor
Let’s discuss your air defense requirement, 3D TDoA, operating in GNSS-denied environments, and operating under EMCON.
Related reading
Augmenting Radar Systems with 3D TDOA
Adding a fused passive sensing layer to IAMD systems
