Broadcast-type long-term operating remote identification base station

Employing an industrial-grade IP protection design, the base station boasts excellent waterproof, dustproof, and environmental interference resistance. The housing is constructed from high-strength, corrosion-resistant materials, effectively resisting rain, wind erosion, and the effects of high humidity environments. During long-term outdoor deployment, even in the face of torrential rain, extreme temperatures, frigid conditions, or complex weather, the base station maintains stable operation, ensuring continuous reception and broadcasting of remote identification signals from drones. The sealed structural design further enhances equipment reliability, reduces maintenance frequency, and meets the long-term monitoring needs of critical areas such as airports, industrial parks, border areas, and energy facilities.

The IBroadcast-type Long-Term Operating Remote Identification Base Station possesses comprehensive historical data storage and traceability functions, enabling long-term storage and management of UAV identity information, flight trajectories, time records, location coordinates, and alarm events. The system supports rapid retrieval based on various criteria such as time, device number, and area, helping managers accurately reconstruct flight processes and achieve event retrospection and evidence preservation. Through collaborative management via a cloud platform and local database, historical data can be archived long-term, meeting the application needs of multiple scenarios such as regulatory auditing, operational analysis, and safety assessment, providing reliable data support for UAV airspace management.

To meet the needs of low-altitude safety supervision and real-time situational awareness, the Broadcast-type Long-Term Operating Remote Identification Base Station adopts a high-performance processing architecture and optimized data parsing algorithms to achieve millisecond-level data response capabilities. When a UAV enters the monitoring area, the system can quickly complete the processes of receiving, parsing, uploading, and displaying remote identification information, significantly reducing information transmission latency. This rapid response mechanism helps management departments promptly grasp target dynamics, improve the efficiency of abnormal flight detection, and provide strong technical support for low-altitude safety management, emergency response, and the protection of important events.

The IBroadcast-type Long-Term Operating Remote Identification Base Station supports 24/7 continuous operation, enabling uninterrupted monitoring of target airspace. The system features automatic operation, self-checking and maintenance, and anomaly alarm functions, maintaining stable data acquisition and transmission capabilities even at night, in severe weather, or in unattended environments. Combined with a remote management platform, users can view equipment status and monitoring data in real time, achieving unified management and collaborative monitoring across multiple sites. This continuous and stable monitoring capability effectively improves the visibility of low-altitude airspace, providing long-term reliable support for smart city construction, airport security, defense inspections, and key area control.