Information Advantage, Driving Decision Advantage.
Survey, visualise and manage the EMS to deliver decisive information and decision advantage. Integrate communications and sensor capabilities through a unified EW command and control software suite.
Proven Electromagnetic Spectrum systems that enable you to connect and communicate in increasingly complex, contested and congested spectrum environments.
Electromagnetic Spectrum Capabilities
Deliver decision advantage in the EMS by securing Radio Frequency freedom of manoeuvre whilst resisting interception or disruption, detecting and countering enemy electronic systems. Interoperable solutions designed to help you manage electromagnetic changes on the battlefield with enterprise-level NATO and FVEY reporting.
Electromagnetic Spectrum: Products & Services
Electromagnetic warfare, surveillance and attack solutions to find, fix and disrupt an adversary’s radio, radar and other communications emissions, in order to interpret and exploit them for strategic and tactical decision-making. A portfolio of EW solutions and products that will continue to evolve to adapt to today’s data-driven, information-led warfare.
Industries benefiting from our Electromagnetic Environment Operations Capabilities
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TECHNOLOGY EXPLAINED
The Electromagnetic Spectrum (EMS) refers to the range of all electromagnetic radiation, which modern civilian and defence operations rely on for communication, navigation, radar, and Electromagnetic Warfare (EW).
Electromagnetic Warfare (EW) is the use of the Electromagnetic Spectrum (EMS) to detect, intercept, monitor, geolocate, disrupt, deceive, degrade or deny an adversary’s systems while protecting one’s own.
Electromagnetic Spectrum (EMS) technologies are tools and systems that exploit, manage, or protect access to the spectrum for communication, sensing, and defence applications.
Key challenges in managing the Electromagnetic Spectrum (EMS) include congestion from increased users, adversarial jamming, and the spread of advanced Radio Frequency (RF) technologies. The increase in users and connected devices using the EMS, plus the crossover between military and civilian systems continue to make it harder to identify friend or foe.
Artificial intelligence and machine learning enable faster processing of electromagnetic data, rapid threat identification, and more autonomous decision-making in EW and SIGINT. AI reduces the cognitive burden on users and increases survivability.
Roke’s Electromagnetic Warfare (EW) systems are designed for interoperability, allowing integration with existing military systems, platforms and command structures.
Electromagnetic Warfare (EW) is the use of the Electromagnetic Spectrum (EMS) to sense, attack, or protect against adversary systems. This can be both tactical and strategic.
Electromagnetic Warfare (EW) systems include technologies such as receivers, software defined radios, anti-jam systems, radar warning receivers, and signal jammers that support spectrum control.
Electromagnetic Warfare (EW) is important because it enables monitoring and control of the Electromagnetic Spectrum (EMS) to ensure your ability to use the EM spectrum through enhanced situational awareness, disruption of enemy operations, influencing outcomes on the battlefield, and can help prevent conflict.
OUR EW PORTFOLIO
Systems such as EM-Vis Resolve and EM-Vis Perceive enhance battlefield operations by improving situational awareness, supporting rapid decision-making, and strengthening force protection.
Roke’s Electromagnetic Warfare (EW) systems are designed for interoperability, allowing integration with existing military systems, platforms and command structures.