• High quality imaging with 12 MP resolution
• Clear imaging against strong back light due to DWDR technology
• Efficient H.265+ compression technology to save bandwidth and storage
• Advanced streaming technology that enables smooth live view and data self-correcting in poor network
• 5 streams and up to 5 custom streams to meet a wide variety of applications
• Vandal proof (IK10)
Face Counting
With the embedded deep learning algorithms, the camera integrates multiple intelligence. It counts persons and samples
the face features simultaneously, and compares them with the built-in face library, so to remove the duplicated person. It
counts persons and reports a face alarm simultaneously to achieve both the entrance control and people counting.
Hard Hat Detection
With the embedded deep learning algorithms, the camera detects the persons in the specified region. It detects whether the
person is wearing a hard hat, and captures the head of the person and reports an alarm if not.
Multi-Target-Type Detection
With the embedded deep learning algorithms, the camera detects and captures the face and human body in the specified
region and outputs the features, such as gender, age and top color. It supports a structured modeling of the face and
human body to achieve a structured data collection.
Queue Management
With embedded deep learning based algorithms, the camera detects queuing-up people number and waiting time of each
person. The body feature detection algorithm helps filter out wrong targets and increase the accuracy of detection.
Metadata
Metadata uses individual instances of application data or the data content. Metadata can be used for third-party application
development.
Smooth Streaming
Smooth streaming offers solutions to improve the video quality in different network conditions. For example, in poor
network conditions, adapting to the detected real-time network condition, streaming bit rate and resolution are
automatically adjusted to avoid mosaic and lower latency in live view; in multiplayer network conditions, the camera
transmits the redundant data for the self-error correcting in back-end device, so that to solve the mosaic problem because of
the packet loss and error rate.
