Railway
Strengthening the Lifeline of Rail Transit Operations
Traditional rail transit safety measures mainly rely on physical barriers and security personnel. In recent years, emerging monitoring methods such as electronic fences and intelligent video surveillance still have limitations such as short monitoring distance and high false alarm/missed detection rates.
Seyond’s rail solution is based on high-performance image-grade LiDAR. It provides long-range, high-precision, all-weather, stable, and reliable monitoring. It supports deep learning algorithms for fast and accurate target perception, ensuring higher detection rates, lower false alarm rates, thus strengthening the lifeline of rail transit operations.
Falcon K
Falcon LiDAR enhances railway safety by proactively detecting obstacles both on and around the tracks. Installed on trains, it continuously monitors the path ahead, identifying objects and individuals within the safe braking range while distinguishing warning levels for sudden vehicle deceleration and safe stopping distances. When deployed in high-risk areas such as mountain roads, public-rail overpasses, and tunnel entrances, Falcon detects hazards caused by geological events, human interference, or natural factors—providing critical alerts to prevent accidents and ensure smooth railway operations.
Robin W
Installed above platform screen doors in subway stations, Robin W LiDAR detects people and foreign objects in the gap between the train and platform doors. By triggering timely alarms, it prevents incidents such as passengers’ belongings getting caught or individuals being trapped, ensuring safer metro operations.
Competitive Advantages
Proactive Detection
Trackside Boundary Intrusion Monitoring
Deployed on high-risk areas (mountain roads, public-rail overpasses, tunnel entrances, etc.), the LiDAR can identify obstacles threatening driving safety within the track limit, including geological disasters (landslides, falling rocks, landslides, etc.) or man-made reasons (throwing objects, abnormal<br>human/animal stay on tracks, etc.) and natural causes (wind rolling large debris, etc.), assisting operation safety.
Gap Detection between Metro Train and Platform Screen Door
Deployed above the platform screen doors in subway stations, the LiDAR can detect people and foreign objects in the gap between the platform screen door and the metro train, timely trigger alarms, effectively preventing incidents such as passengers’ belongings getting caught or passengers being pinched, ensuring efficient and safe operation of the subway.
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At Seyond, we’re pushing the boundaries of LiDAR technology to shape a smarter, safer, and more connected future. Discover how our cutting-edge systems are revolutionizing industries and explore how we can help you achieve your vision.