UAV network can be deployed flexibly, with good mobility and concealment, and can provide signal jamming device with precise target coordinate information and electromagnetic environment mapping data to guide Jammer to implement precise directional strikes. At the same time, the UAV can also carry small Jammer launching equipment and form a multi-dimensional three-dimensional jamming system with high-power Jammer equipment on the ground to produce a superimposed effect.

Construct a UAV swarm control system based on artificial intelligence, and form a cooperative formation with Jammer equipment. Through intelligent decision-making, the UAV swarm can independently plan the formation flight path and continuously detect the target area; utilize self-organizing network communication technology to efficiently transmit the target data to the Jammer equipment; at the same time, the small UAVs can also carry out passive jamming of the target area; based on the input data from the UAVs, the gsm jammer can concentrate its energy to carry out precise strikes on the target area.

The intelligent UAV senses the electromagnetic environment of the target area through multi-level sensors, and grasps the distribution of the target radar position, working status and other information in real time. Based on the cognitive decision engine, autonomous planning and implementation of confrontation strategy: through the UAV small Jammer to form jamming decoys, inducing the target radar to switch working modes and expose weaknesses; at the same time, collaborate with the high power blocker to carry out precision strikes on the radar transmitting array to form an electromagnetic suppression system.