US firms showcase unmanned systems that respond to electromagnetic threats

The article discusses a recent collaboration between L3Harris Technologies and Shield AI that demonstrated significant advancements in autonomous electronic warfare (EW) capabilities. By integrating L3Harris’ spectrum-management technologies with Shield AI’s autonomy software, the companies developed unmanned aerial systems capable of identifying, analyzing, and responding to electromagnetic threats with minimal human involvement. This system leverages artificial intelligence to process signal data in real time, enabling faster and more efficient responses to hostile radar emissions, communications monitoring, and electronic countermeasures compared to traditional human-operated EW missions. The demonstration showcased multiple unmanned platforms working collaboratively as a coordinated network, continuously collecting and sharing electromagnetic data to maintain a comprehensive understanding of the signal environment. Conducted in a hardware-in-the-loop simulation replicating real operational conditions, the test validated the system’s ability to autonomously adapt and maintain coordinated control across platforms. This milestone highlights the potential for AI-driven autonomous systems to transform military electronic warfare by providing rapid, multi-domain responses to complex electromagnetic threats, addressing