A https://dahuasecurity.org /in/solutions/city-solutions/transportation/harbor dahuasecurity.org/in/solutions/city-solutions/transportation/harbor.html https://dahuasecurity.org /in/solutions/city-solutions x ^j Z : OK text/html UTF-8 (x : Tue, 21 Jul 2026 01:56:01 GMT RZ tRZ RZ RZ RZ RZ ^j :
A port is a transportation hub equipped for both land and water transport, providing safe access and berthing for ships.
The Dahua Smart Harbor Video Surveillance Solution is an integrated port operations supervision system designed around the business objectives of “preventing production accidents and improving management efficiency.” It enables real-time early warning, coordinated command, rapid response, and other operational capabilities, laying a solid foundation for port-area safety.
Leveraging the rich sensing capabilities of AI and sensors, potential accident hazards can be predicted, enabling transportation to upgrade from "passive response" to "proactive protection," and building a new paradigm of intelligent living with "zero trust risk and zero sensing barriers."
Checkpoint cameras and container surface scanning cameras are deployed at the gate to automatically capture high-definition images of containers from five sides. Using intelligent algorithms, the system identifies container quantities, container codes, ISO codes, license plate numbers, and container damage information, and reports these to the TOS system for verification. This enables unmanned gate operations and improves clearance efficiency.
Perimeter intrusion detection is a key technology in the field of security. Through radar or infrared thermal imaging technology, it is used to monitor and warn unauthorized border intrusions (such as climbing over fences, destroying fences, illegal approaching, etc.) In real time, and to prevent security incidents.
By using a front-end wide-angle hemispherical camera to cover a large area, multiple hemispherical video sources are stitched and distortion corrected to provide a single-screen view of the scene, thereby improving the efficiency of anomalous event detection.