A cloud cryptographic service platform and its workflow based on virtualization technology

Abstract

The invention discloses a cloud cipher service platform based on a virtualization technology and a working process of the platform. The platform comprises a management center and multiple nodes. The center is responsible for basic configuration, checking and arithmetic logic of applications, application entry management, registration, maintenance and management of the nodes, virtual cipher machine and mirror image management and total life-cycle management of application secret keys. Each node is composed of multiple relatively independent cipher machines, and different virtual cipher machines are isolated on each node through the virtualization technology, and each container is responsible for cipher operation services of a specific application. According to the cloud cipher service platform based on the virtualization technology and the working process of the platform, various disadvantages of the cipher machines in a traditional application mode are overcome, the cipher service performance is improved, combination and distribution according to needs of cipher services are achieved, and the application requirements of high performance and high availability on the cipher services under cloud computing are met.

Description

technical field [0001] The invention belongs to the technical field of information security cryptography, and relates to a cloud cryptography service platform based on virtualization technology and a working process thereof. Background technique [0002] Virtualization is a broad term that refers to computing elements running on a virtual basis rather than a real basis. It is a solution to simplify management and optimize resources. This idea of ​​re-planning limited and fixed resources according to different needs to achieve maximum utilization is called virtualization technology in the IT field. Virtualization uses software methods to redefine and divide IT resources, which can realize dynamic allocation, flexible scheduling, and cross-domain sharing of IT resources, improve the utilization rate of IT resources, and enable IT resources to truly become social infrastructure, serving flexible and diverse industries in all walks of life. changing application requirements. ...

AI Technical Summary

Problems solved by technology

There are large differences in the management methods, application modes, and equipment forms of different cipher machines. There is a lack of effective centralized management and maintenance methods for equipment, and traditional cipher machines are exclusive to each application and cannot be reused, resulting in waste of material and human resources.

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