Design and Implementation of Industrial Control Cyber Range System

Xuan Low, Dequan Yang, D. Yang
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Abstract

In the 21st century, world-leading industries are under the accelerated development of digital transformation. Along with information and data resources becoming more transparent on the Internet, many new network technologies were introduced, but cyber-attack also became a severe problem in cyberspace. Over time, industrial control networks are also forced to join the nodes of the Internet. Therefore, cybersecurity is much more complicated than before, and suffering risk of browsing unknown websites also increases. To practice defenses against cyber-attack effectively, Cyber Range is the best platform to emulate all cyber-attacks and defenses. This article will use VMware virtual machine emulation technology, research cyber range systems under industrial control network architecture, and design and implement an industrial control cyber range system. Using the industrial cyber range to perform vulnerability analyses and exploits on web servers, web applications, and operating systems. The result demonstrates the consequences of the vulnerability attack and raises awareness of cyber security among government, enterprises, education, and other related fields, improving the practical ability to defend against cybersecurity threats.
工业控制网络测距系统的设计与实现
进入21世纪,世界领先产业正在加速数字化转型发展。随着互联网上信息和数据资源的日益透明,许多新的网络技术被引入,网络攻击也成为网络空间的一个严重问题。随着时间的推移,工业控制网络也被迫加入互联网的节点。因此,网络安全比以前复杂得多,浏览未知网站的风险也增加了。为了有效地防御网络攻击,Cyber Range是模拟所有网络攻击和防御的最佳平台。本文将利用VMware虚拟机仿真技术,研究工业控制网络架构下的网络靶场系统,设计并实现一个工业控制网络靶场系统。使用工业网络范围在web服务器、web应用程序和操作系统上执行漏洞分析和利用。研究结果展示了漏洞攻击的后果,提高了政府、企业、教育等相关领域的网络安全意识,提高了抵御网络安全威胁的实际能力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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