Virtual machine security monitoring method

Abstract

The invention relates to the technical field of server virtualization and virtual machine monitoring, in particular to a virtual machine security monitoring method. The method comprises the steps of S1, deploying operating parameters of a virtual machine network, wherein the virtual machine network comprises a virtual machine system and an external network, and the virtual machine system comprises a virtual machine monitor and at least one virtual machine; S2, deploying a safety monitoring strategy of the virtual machine monitor; S3, capturing a data package of communication among the virtual machine or between the virtual machine and the external network; S4, analyzing the data package, conducting safety control on the corresponding virtual machine according to the safety monitoring strategy, and displaying a monitoring process and result on a client-side page. According to the virtual machine security monitoring method, the problems of system jam caused by over-large occupy memory and the like of the virtual machine are solved; a method of combining internal monitoring and external monitoring is adopted, the monitoring efficiency of the virtual machine is improved, and safe and efficient operation of the virtual machine system is ensured.

Description

technical field [0001] The invention relates to the technical field of server virtualization and virtual machine monitoring, in particular to a virtual machine security monitoring method. Background technique [0002] At present, terminal devices such as computers tend to run slower and slower during use. At this time, in order to improve the running speed, it is necessary to optimize the system. The existing optimization methods are generally through file cleaning or garbage cleaning, for example, cleaning up useless cache files in the system, finding and moving files that occupy disk space, etc., in order to free up space, keep the system clean, and make the overall operation smoother . [0003] However, some existing services and applications usually do not automatically exit the process after execution, and these processes still occupy a large amount of system resources, and users often cannot perceive it until the system or program freezes or even crashes. The existin...

AI Technical Summary

Problems solved by technology

[0003] However, some existing services and applications usually do not automatically exit the process after execution, and these processes still occupy a large amount of system resources, and users often cannot perceive it until the system or program freezes or even crashes.

The existing system optimization methods can only perform some basic file cleaning tasks, and cannot effectively deal with system freezes and background programs taking up too much traffic, and cannot effectively release the available memory and other system resources in the system, etc.

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