A Collaborative Service Method Oriented to Hybrid Cloud Computing Platform

Abstract

The invention discloses a collaborative service method oriented to a hybrid cloud computing platform. A user sends a push / pull port request to a client daemon process in a first node, and the client daemon process sends the push / pull port request to a server to be provided through the Internet. The second node of the service program collaborative service; for the push port request, the second node establishes a cloud service agent locally after verifying the user's pass for the push port request, and the service program in the first node serves as a proxy for the second node through the cloud service agent. The client application program provides collaborative services; for the pull port request, after the second node authenticates the user, the service program in the second node provides collaborative services for the client application program in the first node through the client daemon process in the first node . The technical scheme of the present invention can break through the access restrictions in different VPCs, and at the same time closely monitor and audit the access with minimal exposure, realize hybrid cloud collaboration, and ensure the security of the private cloud at the same time.

Description

technical field [0001] The present invention relates to hybrid cloud collaborative port proxy technology and cloud computing technology, in particular to a hybrid cloud computing platform-oriented collaborative service method, which is used to meet the collaboration between multiple private clouds, that is, to introduce private services into a closed computing environment through the Internet scenario. Background technique [0002] With the advent of the era of "big data, Internet of Things, mobile communications, and cloud technology", a new generation of cloud computing environment with programmable on-demand customization, centralized unified management, dynamic traffic monitoring, and automated deployment has brought Fundamental changes in production life and business models. More and more enterprises have built their own private clouds or adopted cloud services from third-party providers, and achieved good application results. But on the other hand, in order to retain...

AI Technical Summary

Problems solved by technology

This VPN architecture cannot provide precise customization, cancellation and auditing of services, which increases the security risk of the entire system

General proxy technologies, such as application layer proxy, http layer proxy, and Socks proxy, are all one-layer forwarding, which cannot pass through two private clouds, and cannot be directly applied to this hybrid cloud architecture.

In addition, no matter the forward or reverse proxy, it is to open up the internal network and the external network and provide a path for the internal and external network. However, this path is not point-to-point, and it may be used by the external network, which has certain security risks.

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