A drone defense device that supports distributed networking deployment and integrates protocol analysis with precise countermeasures for comprehensive UAV management.

The Self-Organizing Network UAV Detection Device provides comprehensive drone management through integrated protocol analysis and precise countermeasures. Using an omnidirectional antenna, it receives real-time drone signals and employs protocol analysis and ID recognition to accurately identify drone models, frequencies, locations, and pilot information.

This device helps establish a tiered drone defense system for critical facilities, following the "identify first, then neutralize" principle. It features black/white list management, audio-visual alarms for intrusions, pilot location navigation, and situational map display for rapid response and control of drone activity.

• Protocol-level Deception: Fakes control signals compatible with DJI, Autel and other mainstream drones to force landing or return-to-home
• Frequency Band Suppression: Interferes with 2.4/5.8GHz remote control and GNSS bands to disrupt drone control without affecting surrounding equipment
• Navigation Deception: Transmits false GPS/BeiDou signals to mislead drones from their planned routes

Automatically identifies drone brands and protocols to select optimal countermeasures while recording evidence including protocol data and video trajectories.

Responds within 5 seconds from identification to countermeasure, with dynamic updates for a database of 200+ drone models.

Precision strikes minimize collateral impact through deep protocol analysis. Features separation of powers design with cloud-stored operation logs for accountability.

Identifies intruding drones up to 5km away (environment-dependent), providing model/frequency data with audio-visual alarms.

Decodes DJI OcuSync and other protocols to obtain GPS coordinates of drones, pilots, and home points plus model/serial number information.

Includes black/white list management, pilot location route planning, navigation, and situational map display.