[Operation Tutorial] How to map EasyCVR to the public network through the frp service for access and operation and maintenance?

The EasyCVR platform can gather, integrate, and centrally manage various scattered video resources in a complex network environment, and realize authentication management, on-demand access, network-wide distribution, and intelligent analysis of video resources. The platform can provide video capabilities and services such as video surveillance live broadcast, cloud recording, cloud storage, video retrieval and review, intelligent alarm, platform cascading, clustering, electronic map, H.265 video automatic transcoding, and intelligent analysis.

Recently, I received a user request that simple mapping needs to be performed on site, so as to realize the public network access to the EasyCVR web page, which is convenient for operation and maintenance. Today we will introduce the implementation method.

1) Download frp on the server (public network fixed ip) (here take Windows system as an example), decompress the downloaded compressed package, find the frps.ini file, and modify the frps port to 7000;

2) Install frpc on the client (EasyCVR server) (the environment that needs to penetrate the intranet is the client), and modify the frpc.ini configuration file, as shown in the figure below:

3) After the configuration is complete, start frpc.exe to check whether the mapped port is normal and whether the mapped web page can be accessed from the public network normally;

4) The above picture shows that the web page can be accessed normally after the mapping is successful, and the web page of EasyCVR on the public network can be viewed and maintained, which indicates that the mapping is successful.

With the continuous expansion and development of the security market, EasyCVR's fast and deep video capabilities have made it a mainstream demand platform in the security industry. With the help of the algorithm capabilities of the AI ​​intelligent analysis gateway, the platform can realize AI intelligent detection and identification, including: face detection, face recognition, pedestrian flow statistics, vehicle detection and identification, area intrusion detection, helmet detection, on-duty and off-duty detection, etc. , interested users can go to the demonstration platform to experience, deploy and test.

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Origin blog.csdn.net/EasyNVS/article/details/130368858