Electronic Warfare

L3Harris is focused on delivering powerful digital capabilities in smaller packages. Reducing the size, weight and power consumption (SWaP) of EW systems is critical to extending spectrum superiority to small, unmanned systems and rotary platforms – where every ounce counts. Dismounted forces constantly on the move also need small form factor EW to maintain their edge in a rapidly evolving battlespace. L3Harris' investment in small, light and affordable systems is bringing once-costly EW capabilities to single-use or expendable platforms like missiles and decoys.

L3Harris recognizes that giving systems the ability to pivot from one function to another in real time is the cornerstone of agile and adaptable EW. Whether through manual on-the-fly reprogramming or intelligent, autonomous reconfiguration, a system’s ability to perform multiple functions like electronic attack (EA), electronic protection (EP) and electronic support measures (ESM) as needs evolve is critical to success. L3Harris is focused on developing innovations that allow systems to transmit and receive simultaneously without unwanted interference or signal fratricide. L3Harris has also embraced machine learning, which will usher in a new generation of cognitive EW systems that learn how to categorize and respond to new threats and reduce the burden on the warfighter.

Customers need to field cutting-edge equipment faster than ever before to counter peer threats. L3Harris is addressing this need by investing in modular, software-defined and scalable systems that enable powerful capabilities like distributed jamming against multiple threats and facilitate cooperation between manned and unmanned systems in the battlespace. L3Harris understands that the ability to add new functions to a system or to create a networked “system of systems” is critical to making EW operations more flexible, resilient and easier to maintain for our customers. Its modular open systems approach eliminates vendor lock, drives affordability and sets the stage for future capability advancements.