Drone AI Detection Module
By combining high-performance computing power with a wideband receiver architecture, and relying on the AI model of drones and the protocol parsing technology for the entire area, it achieves full-range, multi-dimensional target tracking, and outputs high-precision position information and movement trajectories of drones.
Key Features
Full-band, full-area real-time detection
All-frequency-range all-region detection unmanned aircraft, capable of promptly detecting potential safety hazards such as illegal drone intrusions.
AI recognizes and parses the protocol without any missed or false detections.
Integrating AI recognition and in-depth analysis of protocols, this technology enables the frequency-modulated and frequency-hopping drones to achieve zero false alarms and zero missed alarms.
High-bandwidth concurrent multi-target recognition
The large-bandwidth receiver is channelized in parallel, and supports concurrent identification of up to 100+ drones.
Precisely identify illegal types of drones
The detailed protocol analyzes the GPS location information of illegal drones, and supports independent direction-finding for drones operating on the same frequency and unique flight identification
Core Values
Strengthen the defense line for low-altitude security
All-frequency-range all-region detection unmanned aircraft, capable of promptly detecting potential safety hazards such as illegal unmanned aircraft intrusions
Precise positioning supports countermeasures
Provide highly accurate location information to provide data support for the countermeasures of drone.
Flexible and adaptable to various security scenarios
The modular solution can be integrated into various systems and is suitable for applications in multiple industries.
Device Showcase
Drone detection module
Drone Direction-Finding Module
Frequently Asked Questions （FAQ）
What types of drones can this module recognize?
What is the positioning accuracy of the drone detection module?
How difficult is the deployment and integration of the module?
How adaptable is the working environment of this module?