Squares
Counts crowd number and density distribution in real time.
Panoramic Surveillance
What is Panoramic Surveillance?
The Dahua panoramic system is designed for applications which require a 360°, 270° or 180° panoramic view for situational awareness such as crowd map and vehicle density. Its high-speed PTZ camera and EPTZ technology can quickly and automatically track moving targets without missing target behavior details. It is a perfect surveillance solution that can replace multiple conventional cameras, reduce complexity, and save installation and maintenance costs.
Benefits
Super-wide Coverage
Equipped with multiple lens, the Dahua panoramic camera can implement seamless splicing between lenses and achieve 180° and 360° field of view, providing high-definition panoramic images.
Cost-effective
One panoramic camera can replace multiple conventional cameras, greatly reducing installation, wiring and maintenance costs. With a PTZ camera, users can easily zoom in to see close-up details.
EPTZ
EPTZ can simultaneously zoom in and track multiple human and vehicle targets when an alarm is triggered, realizing PTZ linkage. In addition to a panoramic view, EPTZ also provides rich details to help users see distant objects clearly.
AR Panorama
Based on AR technology and resources integration, the AR Panorama achieves a visual, controllable and dispatchable new command mode in a single system.
Crowd Density
Provides early warning when the crowd density exceeds the set threshold to protect public security and automatically generate crowd density reports for BI analysis.
Vehicle Density
Promptly sends alarms caused by vehicle congestion and generates vehicle congestion reports for BI analysis, which can help transport department to formulate corresponding traffic policy.
Typical Scenario
Industrial Parks
Improves monitoring efficiency and resources integration based on AR real scene.
Entrance & Exit Areas
Provides a panoramic view and rich details at the same time.
Urban Roads
Counts vehicle number and congestion condition in real time.
