Network security experiment platform construction method based on Docker

Abstract

The invention relates to a network security experiment platform construction method based on Docker. A platform is divided into three parts, wherein the three parts are respectively responsible for experiments, functions of node virtualization, experimental data processing and the like are realized. An experimenter uploads experiment related content through an ASG module. The platform stores the experiment content, the mirror image, the topological structure and experimenter information, experiment environment deployment is carried out through the VG module by using the Docker technology, andexperiment data are continuously collected through the DAG module. The method has higher performance and efficiency, and large-scale network simulation and quick construction of a large-scale networkare realized. Therefore, the function of customizing the network topology structure is realized, the memory, the system version and the like of the machine can be customized, and the experiment is more real. Meanwhile, the auxiliary function is perfected, the attack and defense assessment technology researched in the past is fused into a network security experiment platform, and a visual technology is combined, so that an experiment result is more visual and easier to understand.

Description

technical field [0001] The invention relates to a method for building a Docker-based network security experiment platform, belonging to the field of network security. Background technique [0002] With the increase of global network experimenters, network security issues have been involved in every corner of human life, so it is very important to ensure network security. Today's network environment is harsh, and various network attacks and traps emerge in endlessly. It is difficult to find effective solutions in a complex network environment. The Network Security Experimentation Platform is a dedicated simulation platform that enables researchers to simulate network problems and experiment with various solutions. [0003] The traditional experimental platform based on physical machines has poor flexibility and cannot meet the evolution and changes of the network topology; in addition, the existing experimental platform based on KVM and other virtualization technologies solv...

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Problems solved by technology

[0003] The traditional experimental platform based on physical machines has poor flexibility and cannot meet the evolution and changes of the network topology; in addition, the existing experimental platform based on KVM and other virtualization technologies solves the problem of flexibility, but KVM is a heavyweight virtualization technology, which greatly limits the scale of the simulated network

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