The Electronic Warfare Map (EWM) in ICS Monitoring SDRN Control is a real-time spectrum monitoring solution designed for electromagnetic battlespace awareness. As a lightweight web-based version of SDRN Control RT (real-time), it can be deployed independently or as part of a wider electronic warfare system, providing flexibility and scalability for modern military operations.
EWM automates data collection from multiple direction finders (DF) and RF monitoring equipment, calculating the precise coordinates of detected signal sources.
EWM classifies signals and targets (including UAVs), localises (AoA/ TDoA methods) selected signals and shows them on a map, visualises target activity in real-time, and makes informed, rapid decisions.
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With direction-finding and localisation capabilities, military forces can pinpoint threats, perform clustering (AI-based) of direction-finding measurement data, classify RF signals, and implement electronic attack (EA) countermeasures.
Beyond monitoring, EWM enables direct action by allowing users to generate and transmit operational instructions, including electronic suppression of selected threats. Its interactive mapping tools, such as distance measurement, terrain views, and dynamic map displays, enhance situational awareness and mission planning.
To enhance interoperability, ATDI provides an API that shares data with other systems.
EWM is a scalable system, which can be used at the tactical level, as well as at the operative level, visualising hundreds of measurement devices in wide areas. This ensures military forces maintain electromagnetic superiority and can quickly respond to emerging threats with confidence. Developed in response to ongoing conflicts, EWM ensures military forces have the latest tools to counter evolving electronic warfare threats. For more information on this software solution and its full set of features, contact your local ATDI office today.
The images above show:
Fig. 1 Measurement devices (yellow crosses), estimated location points of measured signals (dots – colour palette depends on frequency) and identified targets
Fig. 2 Signal clusterisation (large pink dot) and classification (orange envelope)
Fig.3 Parameters of a classified target
