Unified monitor architecture and method of distributed data center

Abstract

The invention discloses a unified monitor architecture and method of a distributed data center. The architecture comprises the following nodes: a service registration module, a service providing module, a service consumption module, and a service running container, wherein the service registration module is used for service management, and the service management comprises at least one of the followings: service registration, service subscription, service information notification and service monitor; the service providing module is used for providing services and performing service registration through the service registration module; the service consumption module is used for subscribing services from the service registration module; and the service running container is used for providing at least one of the following functions: starting the service providing module, loading the service providing module, and running the service providing module. Compared with the prior art, the unified monitor architecture and method of the distributed data center facilitate unified management of the distributed data center, solve problems of performance of an original centralized system and distributed environment management, and have high practicability.

Description

technical field [0001] The invention relates to the field of data processing, in particular to a unified monitoring framework and method for a distributed data center. Background technique [0002] The monitoring and management technology of information systems has always existed and continues to develop steadily. Whether it is as small as a single IT system or as large as tens of thousands of servers, storage devices and network devices, there are monitoring systems suitable for different scales. to apply. Open source monitoring software such as Ganglia, Nagios, Splunk, etc. are also adopted by more and more information departments of units. At present, with the rapid development of cloud computing, big data and the Internet, fundamental changes have taken place in the information infrastructure, and the requirements for monitoring and management have changed from some individual system requirements to system requirements for overall platform, unified platform, and unified...

AI Technical Summary

Problems solved by technology

[0004] Using Zabbix as a monitoring system can support distributed centralized management for distributed environment monitoring, but there are also obvious shortcomings

First of all, the Zabbix solution needs to install the agent on the monitored host, which will violate the privacy of the user, and the agent may also be uninstalled by the user; second, all data is stored in the database, and the amount of data generated by the Zabbix monitoring system is very large. Large, the database will become the bottleneck of system development; finally, the solution of Zabbix proxy is limited by the performance of the proxy. When the number of monitoring machines served by the proxy is large, it is difficult to meet the monitoring requirements of resources.

To sum up, Zabbix is ​​not a software solution that can satisfy cloud platform and multi-data center unified monitoring

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