Container management system across hardware architecture

Abstract

The present invention provides a container management system across hardware architecture, including a storage module, a copy controller module, and a service module; the storage module realizes the separate configuration service of storage volumes and persistent storage volumes, and the configuration of storage volumes is configured by the cluster administrator and is persistent The configuration of the storage volume is configured by the service administrator; the copy controller module monitors the running container group to ensure the high availability of the container group, including API objects to ensure the high availability of the container group; the service module realizes the high availability of services and application instances in the system , the services for clients to access correspond to valid virtual IPs inside the system, and clients access services through virtual IPs. Realize service security from the underlying architecture, compatible with both X86 and arm64 architectures; realize lightweight applications, uninterrupted hot migration of applications, and ensure continuity of services; realize threshold setting of the number of application instances to deal with sudden increase in service visits Situation; isolate most of the means of attack, so as to prevent problems before they happen.

Description

technical field [0001] The invention relates to the virtualization of computer application technology, in particular to a cross-hardware architecture container management system. Background technique [0002] Today, human society is entering the information age at an unprecedented speed. The information technology promoted by the digital revolution has fully penetrated into every corner of human society, creating a network space where everything is connected and explosively expands. At the same time, the security of cyberspace has increasingly become one of the most serious challenges in the information age. [0003] Although network problems manifest in various ways, the essential reason is very simple and clear. First, the existing scientific and technological capabilities of human beings are still unable to completely avoid the loopholes caused by software and hardware design defects of information systems; second, it is impossible to fundamentally eliminate the backdoor...

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Problems solved by technology

[0007] Both of the above two papers use virtualization technology and Docker container management technology, but the deployment of cross-hardware architectures has not been realized, and the physical resources of cross-hardware architectures have not been independently managed, and the volume and magnitude of application instances have not been reduced to a certain extent. The consumption of system resources is relatively large

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