Network hopping method and system for hyper-converged server

Abstract

The invention provides a method and system for network jumping of a hyper-converged server. In a hyper-converged server network, the network is divided into multiple levels and each network level is heterogeneous. Underlay network heterogeneous hopping can defend against DDOS attacks and network eavesdropping. Overlay network heterogeneous hopping can prevent network eavesdropping and protect the internal network logical structure. Communication parameter jumping completes network information camouflage and information concealment. The heterogeneity of different network levels completes independent switching processes in network security. When the entire switching system is running, it increases the randomness, security and concealment of the network. The three levels are combined with algorithms for random combination. When the random cycle jumps, the entire hyper-converged server network will become a multi-changing, irregular and seemingly random node that is disguised and hidden in the network, making it difficult for attackers to find their traces and At the same time, it is impossible to organize continuous and effective attacks.

Description

technical field [0001] The present invention relates to the technical field of hyper-converged virtualized networks, in particular to a hyper-converged server network switching method and system, especially to network virtualization technology and a network switching method. Background technique [0002] Existing hyper-converged server clusters and cluster virtualized networks mainly focus on the isolation of the virtualized network of the server cluster and the connection between the virtualized network and the physical network. Ensure that multiple virtual machine networks can be effectively isolated, so that multiple virtual networks can be carried by the same physical network, and the same virtual network can be interconnected. There is no effective means of defense against security threats from the network. In terms of security, there are mainly two security issues. On the one hand, the denial of service attack against the hyper-converged server will cause the failure ...

AI Technical Summary

Problems solved by technology

It can be seen that the method cannot perform hopping on virtual networks and non-physical networks, nor can it perform real-time hopping calculations.

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