A video service service method and system, storage medium and vpn server

Abstract

The present invention provides a video service service method and system, a storage medium and a VPN server, comprising the following steps: establishing a connection with a user terminal; receiving request data sent by the user terminal, forwarding the request data to a service server; receiving feedback data from the service server, and determine the type of the feedback data; when the type of the feedback data is signaling data, forward the feedback data to the user terminal; when the type of the feedback data is video data, return the public network address of the video proxy server corresponding to the playback address contained in the feedback data to the user terminal, so that the user terminal accesses the video server based on the video proxy server to obtain the playback address corresponding video data. The video service service method and system, storage medium and VPN server of the present invention can provide efficient and stable video services even when a large number of users concurrently access videos.

Description

technical field [0001] The present invention relates to the technical field of video service, in particular to a video service method and system, a storage medium and a VPN server. Background technique [0002] A virtual private network (Virtual Private Network, VPN) is to establish a private network on a public network for encrypted communication. It is widely used in enterprise network. The VPN gateway realizes remote access by encrypting the data packet and converting the destination address of the data packet. There are many ways to classify VPNs, mainly by protocol. VPN can be realized by server, hardware, software and other ways. [0003] At present, operators represented by radio and television cable networks are undergoing a large number of two-way network transformations to provide users with proprietary network video services, but generally face difficulties such as large investment, long cycle, and complicated approval. Therefore, if figure 1 As shown, some s...

AI Technical Summary

Problems solved by technology

[0004] However, VPNs have insurmountable difficulties in dealing with large-scale video applications: VPNs need to encrypt and decrypt each data packet, and the video traffic is large, resulting in a large amount of calculations, and the VPN server cannot stably support concurrent video access by a large number of users

Therefore, the above manufacturing scheme is only suitable for small-scale demonstration and does not have the conditions for large-scale commercial use

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