CRFS’ passive RF signal hunting technology allows users to accurately detect and geolocate COTS, modified, and military drones.
C-UAS comprise a series of sensors that deliver data into a C2 platform. The RF sensor capability of a C-UAS is the foundation upon which it is built, allowing the system to identify and discriminate drones from other targets and signals. Standard C-UAS employ SDRs that only operate in the IMS bands; while adequate for detecting COTS drones, they are insufficient to detect a broad range of threat vectors, including MALE and modified drones. Wide spectrum capability is vital to identify and address all threats.
B Advanced RF systems have rapid geolocation detection cycles, allowing the detection of multiple commercial or modified drones with refresh speeds of once per second.
Wide frequency capability is critical to detecting MALE, COTS, and modified drones operating on frequency bands from 100 MHz to above 10 GHz.
DCRFS RF sensors are integrated into globally renowned C-UAS, including L3Harris* Drone Guardian and Rafael's Drone Dome.
Users are not limited to solely detecting drones with CRFS' RF receiver network; the system can also be used to monitor all RF traffic around the installed location.
At RFMWLAB, we offer tailored solutions designed to meet the evolving challenges in drone detection and security. Our advanced RF modules and technology solutions are crafted to provide reliable, high-precision drone detection, helping safeguard critical infrastructures, public spaces, and sensitive areas. Leveraging our expertise in RF signal processing, spectrum analysis, and direction-finding, our drone detection solutions are built for both standalone and integrative use with larger security systems.