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  1. Access control through authorization.
  2. Working as a gateway for transferring video streams using the HTTP/HTTPS protocol.
  3. Video monitoring and camera control through a web browser using the TCP/IP environment.
  4. Control of PTZ devices through a web browser using the TCP/IP environment.
  5. Setting the layout of the Surveillance surveillance windows: 1, 4, 6, 9 windows per screen.
  6. Viewing the Server server archives for each camera through the Surveillance surveillance window.
  7. Limiting access permissions rights for viewing the video feed from the cameras, controlling the cameras, and viewing the Server server archive.
  8. Displaying the video signal parameters (frame rate (FPS) and frame size (kB) in the Surveillance surveillance window.
  9. Listening to the audio signal from the microphones connected to the Cameras cameras through a web browser.
Note
titleAttention!

Web-server displays video in MJPEG format only. When video is transmitted to the Web-server, the video stream is recompressed into MJPEG format on the Web-server side, which increases the traffic when transmitting video to the Video surveillance monitor of the Web-server.

The interface of the Web-server module is represented by the Video surveillance monitor. The Video surveillance monitor of the Web-server module is located on an html HTML page. This html HTML page is called the Web-server home page. A Java applet is used to display the Video surveillance monitor in a web browser, as well as to control cameras and PTZ devices.

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