This fixed anti-drone reconnaissance, strike, and decoy deployment integrated defense system is designed to provide continuous, efficient, and all-weather anti-drone protection for sensitive areas, airports, critical energy facilities, border defense zones, and key targets. The system employs multi-source sensor fusion technology, combining radar, radio frequency scanning, photoelectric identification, and artificial intelligence algorithms to achieve end-to-end protection against drones from detection, identification, and location to interception, suppression, and decoy targeting. It possesses long-range surveillance, dense signal analysis, and rapid decision-making capabilities, and can automatically identify enemy drone types, flight trajectories, and threat levels, ensuring automated defense without human intervention.

The system integrates an intelligent decoy deployment module, which can release radio inducement signals, false GPS positioning data, and deceptive frequency band jamming signals to guide enemy drones away from their targets, force them to land, or disable them on their own. This module can simulate various communication standards, including Wi-Fi, 5G, remote control links, and satellite navigation signals, causing enemy drones to misjudge environmental information. The decoy system, together with the detection, jamming, and interception groups, forms a joint operational system of "detection → misleading → blocking → shooting down," constructing a realistic battlefield-level, multi-layered defense structure.

Faced with the threat of coordinated attacks from swarms of multiple drones, the system possesses high-speed target identification and batch tactical response capabilities. Through AI batch identification, dynamic analysis of swarm trajectories, and priority threat ranking technology, it can simultaneously lock onto up to 200 aerial targets, achieving synchronized suppression, defense, and interception. The system supports electromagnetic beam-controlled jamming coverage and directed-energy laser weapon swarm attack strategies, giving it a breakthrough anti-swarm attack capability.

This system supports multi-point deployment, multi-base networking, and integration with command-level air defense systems, and can form a regional air defense network with radar stations, anti-missile systems, and ground force deployments. By encrypting tactical links and sharing information across nodes, multi-station collaborative operations, real-time synchronization of battlefield situation, and the construction of a regional drone threat intelligence network are achieved, thus realizing the layout of a national defense-level strategic anti-drone system.