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CRFS RF technology is trusted globally by clients in a range of EW support functions, spectrum intelligence and data capture, and geolocation applications. This session will identify key elements of why RFeye is trusted, along with insights into how capability can be leveraged in a range of critical or multi-missions.

Modern Time Difference of Arrival (TDoA) fixed networks combined with tactical 3D TDoA capability are being used to solve modern EW COMINT and SIGINT operational challenges, and the techniques provide more reliable geolocation. In this session you will see how advanced TDoA techniques are solving military and border security challenges. 

Modern RF technology needs to be multi-domain and multi-mission. ISR is changing and needs to connect combined land, air, sea, and cyber missions to drive intelligence. In this session, you will see how RF sensors can be deployed across vehicles, fixed land, dismounted (tactical), and both fixed-wing and tethered drones to build a multi-tier RF intelligence picture.

Accurate signal analysis, characterisation, and analysis rely on being able to capture and rapidly exploit high-fidelity I/Q data. In this session, you will see how to capture long-duration high-fidelity I/Q data in the field; in near real-time, preview, analyse, and export signal ‘fragments’ for further analysis; use ‘signal discovery’^TM;  and extend your signal libraries and demodulation activity.

In this session, you will see how RF intelligence can be harnessed to inform, test, and refine powerful detectors, together with workflows and automation both as a COTS solution or sub-system.

CRFS’ passive RF signal hunting technology allows users to accurately detect and geolocate COTS, modified, and military drones.  Our signal detectors hunt for RF signals of interest rather than drones or drone libraries. In this session, you will see how we can detect and immediately perform a 3D geolocation—providing real-time intelligence displayed on screen or delivered to your C2 system.