The spectrum is becoming an autonomy race

Electronic warfare is becoming an autonomy problem. The side that compresses the sensor-to-decision loop in the electromagnetic spectrum wins the next fight. That loop runs from sensing a jammer, to characterizing it, to rerouting friendly assets through clean radio space before a human can finish reading the screen. Two defense vendors just moved that compression from a simulator to a live flight on July 16, 2026.

L3Harris and Shield AI flew Green Wolf, a launched-effects drone carrying L3Harris's Deceptor electronic-warfare payload, on a test range in Melbourne, Florida. Shield AI's mission autonomy software (Hivemind) read the radio environment through L3Harris's electromagnetic battle-management system (DiSCO) and rerouted follow-on drones through a pre-briefed safe corridor in real time, with no human in the spectrum kill chain. The same integration ran in simulation in February 2026; live flight is the validation step, not the fielded capability.

The pattern is the compression of sense-to-decision in the electromagnetic spectrum, the way autonomy has compressed sense-to-decision in the air domain. Two vendors demonstrated it on a controlled range with planned maneuvers, not against a thinking adversary. A program of record is still ahead, and the speed-of-decision benchmark is theirs, not a military one. The next step on the curve is a service test against a real jammer; that is where the vendor claim either holds or breaks.