Electronic Warfare

Cognitive EW uses AI and machine learning to autonomously sense the electromagnetic environment, classify threats from among 32+ simultaneous emitters, develop countermeasures, and adapt responses in real time without pre-programmed threat libraries. Software-defined EW (MORA architecture) separates hardware from software, enabling new threat responses to be developed and fielded in weeks rather than years by reprogramming existing radio frequency systems. Counter-drone electronic warfare disrupts command links, navigation signals, and telemetry of hostile drones through targeted jamming, spoofing, and signal manipulation. Frequency-hopping spread spectrum communications rapidly switch transmission frequencies to resist jamming, as demonstrated by Ukrainian forces adapting to Russian EW. Digital RF memory (DRFM) captures, modifies, and retransmits radar signals to create false targets and deceive adversary sensors.

Anduril's Pulsar counter-drone EW system received an $85 million Army contract for disrupting hostile drone command links, navigation, and telemetry. AI cognitive EW systems classify 32+ simultaneous emitters and develop countermeasures 1,000x faster than legacy manual analysis. Ukrainian forces reprogram frequency-hopping communication systems in days to counter Russian EW jamming, demonstrating software-speed adaptation. The Next Generation Jammer on EA-18G Growler provides airborne electronic attack against adversary air defense radars. Russia's 60+ GPS jamming stations create persistent denial zones affecting military and civilian navigation across border regions.

The electronic warfare market reached $20.4-22.2 billion at 4.7-6.2% CAGR to $26.5-30.2 billion by 2030. Counter-drone EW reached $4.1 billion at 21.3% CAGR to $24.0 billion by 2034. SIGINT reached $17.6 billion at 5.1% CAGR to $29.4 billion by 2035. BAE Systems generated $3.2 billion in EW revenue. Anduril received $85 million for Pulsar counter-drone EW. North America commands 42% market share. AI-driven systems classify 32+ simultaneous emitters 1,000x faster than legacy.