Smart Security
In large space scenarios such as the prison, industrial park, factory periphery, large warehouse, and airport, security detection without privacy exposure provides a more effective way of security control. Currently, the security of the above scenarios is usually monitored by cameras, which is not resistant to adverse weather conditions and darkness. Due to its poor performance and short detection distance in adverse conditions, a large quantity of cameras installed from different angles are required in large space scenarios, which results in high management cost.
We provide the large-space 3D security control solution based on the millimeter-wave radar sensing system.
Key Functions
Target detection：The system detects the approaching and departure of people or living objects during non-working hours.
Warning triggering：The system warns on the intrusion of living objects in off-working environment.
Application fields：The system monitors the workplace outside working hours in large space scenarios such as the prison, warehouse, and airport.
Automatic alarming：The system can be configured to match the existing security warning system to set triggering conditions for automatic alarming.
Target separation：The system identifies and distinguishes people from vehicles and other objects in real-time.
System advantages
It’s not required to collect facial images of living objects, and thus there’s no violation of personal privacy.
The detection angle of the radar reaches 150°, and the detection range reaches 210 meters. Regional location identification can be realized in large space scenarios with only a limited number of radars.
The radar is easily installed and maintained compared with the camera, reducing the installation and maintenance cost by 50%.
The millimeter-wave radar has excellent penetration, and is not redistricted by weather conditions, surroundings, and light.
The radar can be connected to the smart security applications to inform the responsible person in a timely manner with a low false alarm rate.
