Remote ID: Airspace Surveillance and Identification Base Station

The Remote ID airspace surveillance and identification base station is a core equipment of the new digital airspace infrastructure that supports the healthy development of the low-altitude economy. Its core positioning is "low-altitude full-domain perception and precise drone surveillance". Serving as a "digital license plate reader" for drones, it captures and decodes the identity and flight data broadcast by drones, builds a transparent airspace management system, provides full-chain support for regulatory authorities in tracking legal drones and warning against illegal "unmanned aerial vehicle (UAV) flights", and is a key infrastructure for achieving refined and digital governance of low-altitude airspace.

The core of technical precision lies in the dual advantages of "multi-source fusion + security verification". By utilizing high-gain array antennas and multi-mode signal reception technology, it can accurately capture the static identity information and dynamic flight data broadcast by drones. Combined with GNSS-assisted positioning, it achieves multi-dimensional data calibration. Equipped with a digital signature verification algorithm, it can effectively identify forged signals, prevent spoofing attacks, and ensure data authenticity. Through AI intelligent filtering algorithms, the false alarm rate is below 0.5%, enabling precise identification of legitimate targets and rapid screening of illegal targets.

It precisely addresses the core pain points of traditional low-altitude regulation, such as "incomplete coverage, vague identification, and difficulty in accountability". Aimed at addressing safety hazards like unmanned aerial vehicle (UAV) "black flight" disrupting air traffic and causing injuries due to loss of control, it achieves "detection leads to identification, and identification leads to traceability", significantly enhancing law enforcement efficiency. It also resolves issues of information isolation and poor coordination among multiple regulatory departments, facilitating cross-departmental information sharing through standardized data output. Its core value lies in establishing a trusted airspace environment, which not only ensures public safety but also provides security support for emerging applications such as drone logistics and urban air mobility, promoting the standardized development of the low-altitude economy.

The system boasts three major advantages: high adaptability, easy deployment, and strong stability. Adopting a modular design, it can be seamlessly integrated into existing airspace management platforms and supports remote operation and maintenance as well as software upgrades. With flexible and diverse deployment methods, it can be installed on fixed poles for long-term duty, or temporarily deployed via a tripod to ensure security during major events. It features 7x24-hour unattended operation, coupled with a multiple redundant power supply design, providing strong continuous working stability. Additionally, the device is compact in size, lightweight, and has controllable deployment costs, making it easy to form a large-scale network for full-area coverage.

It is widely applied in core scenarios of low-altitude surveillance across the entire region, including the protection of key infrastructure such as airport clearance zones, nuclear power plants, and government and party institutions; security for major events such as large-scale concerts and international conferences; low-altitude grid management in cities, integrated into the smart city operation system; patrol monitoring in long-distance areas such as border ports and oil and gas pipelines; and providing drone operation compliance monitoring tools for transportation, agriculture, and other industry authorities, comprehensively strengthening the low-altitude safety defense line.