Benewake's LiDAR technology provides real-time detection of vehicle distance information. When combined with cameras, it can capture photos of parking spaces in real-time and recognize license plate numbers to start timing. Upon a vehicle's departure, it captures the exit information and license plate details to automatically calculate parking fees. This system generates essential data to help optimize the operational status of parking spaces and reduce operational costs.

Benewake's LiDAR technology has been deeply involved in the construction of "smart highways" in over 20 cities across more than 10 provinces, both domestically and internationally. It is applied in various scenarios, including vehicle-road collaboration, highway segment monitoring and incident detection, intelligent intersection perception, vehicle height detection, comprehensive traffic volume surveys, toll stations, tunnels, parking space detection, triggering of capture cameras, and traffic flow detection, providing new perspectives and methods for perception.

Benewake's high-performance LiDAR has been serving the railway industry for many years. From icy and snowy conditions to hot and humid environments, Benewake has accumulated extensive application experience. The company has summarized and refined this expertise to launch a series of system perception solutions, including encroachment detection and active anti-collision systems, to provide better services for customers.

Benewake's LiDAR technology has extensive application experience in civil aviation scenarios, including parking guidance, obstacle avoidance for towing, apron monitoring, Foreign Object Debris (FOD) detection, and boundary protection. By providing real-time monitoring of target scenarios, it delivers accurate and effective data for analysis and early warning, significantly enhancing the efficiency of airport equipment and safety measures. In addition, Benewake's LiDAR offers a new generation of sensor products that enable civil aviation users to see farther and more accurately from the perspective of smart new airports. This technology addresses the shortcomings of various traditional sensor applications and provides strong support for reducing personnel and increasing efficiency, as well as smart operations and maintenance at smart new airports.