Backpack-Mounted Anti-Drone Signal Detection and Attack Integrated Device

This equipment features a lightweight backpack design with precisely optimized overall weight, making it easy for a single person to carry and use for extended periods. Its ergonomic back support structure effectively distributes weight, reducing strain on the user's shoulders and lower back, maintaining comfort and flexibility even in complex terrain or during long patrol missions. Simultaneously, the modular design makes the equipment easier to transport and store, eliminating the need for additional supports or vehicle assistance, meeting the needs of rapid response in the field.

This device requires no complex installation; simply carry it on your back for immediate use. It has a short startup time and a user-friendly interface, allowing even non-professionals to quickly master it. The backpack design ensures that users can monitor surrounding drone activity in real time while on the move and, when necessary, interfere with or intercept it. Rapid deployment significantly improves on-site anti-drone efficiency, making it particularly suitable for security patrols, emergency response, and critical area protection missions.

The device can upload collected drone signals and attack records to a cloud platform for analysis in real time. Through cloud-based big data and artificial intelligence algorithms, it can identify drone models, flight paths, and potential threat levels. Users can remotely access data reports via mobile or PC, enabling multi-device collaborative operations and strategic decision optimization. Simultaneously, a cloud-based update mechanism ensures the system's attack algorithms and signal database remain up-to-date, enhancing overall protection capabilities.

The system employs highly reliable hardware and optimized software architecture, ensuring uninterrupted operation even during extended periods. Key modules include a high-performance signal processor, an anti-interference communication module, and an intelligent temperature control system, ensuring stable operation even in high-temperature, high-humidity, or electromagnetic interference environments. The device supports automatic fault detection and recovery functions, reducing the need for manual maintenance and ensuring continuous and reliable anti-drone capabilities during critical missions.