Backpack-mounted drone signal navigation, deception, detection, and strike

The system adopts an individual-carried design, integrating functions such as UAV signal navigation, decoy jamming, target detection, and targeted strikes. The equipment has a compact structure and is lightweight, making it suitable for rapid mobile operations in mountainous, urban, border, airport, and important target areas. Personnel can complete deployment in a short time, achieving rapid detection, identification, and suppression of low-altitude UAV targets. The system supports continuous operation while mobile, meeting the needs of various complex scenarios such as patrol, emergency response, key area security, and field operations, significantly improving individual soldier low-altitude defense capabilities and battlefield response efficiency.

The system possesses 24/7 continuous monitoring capabilities, enabling uninterrupted scanning and data recording of surrounding airspace. The device has a built-in intelligent analysis module that automatically identifies UAV models, flight paths, signal characteristics, and target directions, generating real-time warnings. All monitoring data is automatically stored, supporting historical trajectory playback, log queries, and event tracing, providing reliable data for security management and operational command. The system maintains stable operation even at night, in rain, fog, and complex electromagnetic environments, ensuring continuous online low-altitude security protection in critical areas.

The system supports multi-device collaborative networking and can connect to a comprehensive management platform via wireless communication links for unified regional management. The platform can display real-time device status, target locations, alarm information, and task distribution, and supports remote parameter configuration, task distribution, and centralized control. Multiple devices working together can form a low-altitude defense network, achieving wider UAV detection and interference coverage. The system is compatible with multiple security platform interfaces, facilitating integration and deployment with existing command systems, video surveillance systems, and smart security platforms to improve overall operational coordination and management efficiency.

The system utilizes a smartwatch control method. Operators can perform operations such as mode switching, target locking, interference activation, and status monitoring via a wearable terminal while carrying the equipment. The watch interface is simple and intuitive, supporting touch and shortcut button control, and can respond quickly even in complex environments. This design effectively frees up the hands, enabling combat personnel to simultaneously perform movement, observation, vigilance, and tactical actions, improving individual soldier mobility and on-site response efficiency. Simultaneously, the watch terminal supports vibration and voice alerts, providing immediate warnings upon target detection, enhancing its effectiveness in practical applications.