The equipment is lightweight, fast to start (≤5 seconds) and fast to respond (≤6 seconds), supporting 7×24-hour unattended operation.

Achieves 1-second ultra-fast parsing, quickly extracting core UAV information such as ID, position and heading, and reserves golden time for illegal flight disposal. It also supports full-process data evidence preservation and traceback, automatically retaining flight trajectories and alarm records to meet the needs of regulatory audits and post-event liability identification. The multi-band full compatibility design supports mainstream transmission protocols such as WiFi and Bluetooth, adapting to various consumer and industrial UAVs with no identification blind spots.

The Remote ID system includes a front-end drone Remote ID device (for low altitude detection) and a back-end control platform (for real-time monitoring/control of low flights). Supports conversion from 22OV mains to DC24V via a power adapter, and can be flexibly deployed in various settings.

Remote ID devices support fixed installation, using front-end data processing to upload via 4G or LAN. Control platform performs backend data analysis, identifying SN code, position, speed, altitude, model, and tracking drone trajectory. Front-end data can be processed and uploaded via a 4G workstation, monitored on mobile after cloud upload.

Remote ID devices monitor legitimate drones, detecting real-time broadcast info, and support real-time detection of over 500 drones within range. Provides 24/7 monitoring without interval, ensuring all-weather drone surveillance.

The Remote ID system scans the spectrum, searching for Bluetooth and WiFi signals from drones broadcasting remote ID data.

Detection distance reaches 1-3 km, enabling wide coverage in monitoring UAV activities.

Accurately locates DJI drones and pilots (with controllers), with positioning accuracy <5m, ensuring precise identification.

Supports national standard protocols, ensuring compliance with UAV detection regulations.

Supports multiple communication methods, enabling autonomous grid networking for coordinated UAV detection.