基于虚拟化容器技术的网络安全攻防实验教学与实训平台设计

Design of Network Security Attack and Defense Experimental Teaching and Training PlatformBased on Virtual Container Technology

通过对高校网络安全的教学现状和存在问题进行分析,对教学环境下的网络攻防实验教学与实训平台的技术和部署方法展开研究。针对在不同系统环境下迁移成本高、部署过程繁琐等问题,提出采用Docker虚拟化容器技术,通过创建不同容器来构建多样化的靶机系统,从而改进现有的实训条件,满足不同的技术内容教学对于实验实训环境的需求,为网络安全专业的发展以及网络空间安全人才的培养提供有力保障。

The article analyzes the current situation and existing problems of network security teaching in universities and re-searches the technology and deployment methods of network attack and defense experimental teaching and training platforms in the teaching environment.In response to the high migration cost and cumbersome deployment process in different system environments,Docker virtualization container technology is proposed to build diverse target systems by creating different containers,thereby improv-ing existing training conditions,meeting the needs of different technical content teaching for experimental training environments and providing strong support for the development of cybersecurity majors and the cultivation of cyberspace security talents.