High-availability cloud computing all-in-one machine

Abstract

The invention relates to a high-availability cloud computing all-in-one machine which comprises a power source, an exchanger, a management node, a computing mode, a KVM, an NAS and a box. The high-availability cloud computing all-in-one machine has the advantages that multiple enterprise applications running independently are integrated to a unified cloud computing platform for running, resources such as servers and storages are integrated effectively, and a system architecture changes as needed and extends flexibly. Multiple virtual machines are built on one physical server, multiple application systems run, the poor server resource utilization rate can be improved to be more than 80%, and the IT equipment utilization rate is improved; a PtCloud cloud management console manages access points uniformly, all pieces of equipment in the cloud computing environment are managed through a signal interface, the working efficiency of a system administrator is improved, system management is simplified, the number of purchased IT equipment, equipment cabinet space, power consumption, air conditioning refrigeration and the labor cost are reduced, the enterprise operation and maintenance management cost is reduced, and enterprise economic benefits are improved.

Description

technical field [0001] The invention relates to a high-availability cloud computing all-in-one computer. Background technique [0002] With the continuous development of informatization, more and more units and enterprises have built a large number of informatization systems. In view of the current status of informatization system construction, they mainly face the following problems: ①Resource dispersion: a set of application and a set of systems, deployment Scattered and lack of unity; ② Low utilization rate: The overall utilization rate of the system is below 20%, and resources are idle for a long time; ③ Data independence: Application data is stored in independent storage, and data cannot be shared; ③ Complex management: Different systems are different There is no unified management of access points; ④ Maintenance is difficult: There are many types of equipment, which are scattered and placed, which increases the difficulty of maintenance; ⑤ Low reliability: There are mu...

AI Technical Summary

Problems solved by technology

[0002] With the continuous development of informatization, more and more units and enterprises have built a large number of informatization systems. In view of the current status of informatization system construction, they mainly face the following problems: ① Decentralization of resources: one application and one system, deployment Scattered and lack of unity; ②Low utilization rate: the overall system utilization rate is below 20%, and resources are idle for a long time; ③Independent data: application data is stored in independent storage, and data cannot be shared; ③Complicated management: different systems have different There is no unified management access point; ④Difficult maintenance: there are many types of equipment, which are scattered and placed, and the difficulty of maintenance increases; ⑤Low reliability: there are multiple single points of failure, and the reliability of the overall system architecture is poor

To build an information system for an enterprise, the system needs to be built with hardware such as servers, storage, and networks, which consumes manpower and material resources.

[0003] At present, cloud computing products in the market are all based on software implementation, which cannot provide users with an integrated cloud computing platform solution.

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