VTET: A Virtual Industrial Control System Testbed for Cyber Security Research

Yaobin Xie, Wei Wang, F. Wang, Rui Chang
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引用次数: 6

Abstract

Nowadays Industrial Control System (ICS) are suffering the increasing cyber attacks. The ICS testbed is a ideal platform since that it could make the security research more controllable and safe. In contrast to the physically replication testbed, the virtual testbed is more economic, safe and maintainable which will makes it advantageous in the laboratorial environment. In this paper, we present VTET, a virtual ICS testbed for cyber security research. VTET contains a virtual chemical industrial process, and both virtual and physical controllers. We provide a detailed description of VTET implementation such as the migration of controllers and the configuration of network. And we also demonstrate the 5 attack schemes simulated in VTET to prove its availability. Since the convenience of configuration and deployment, VTET is very suitable for academic ICS security research.
面向网络安全研究的虚拟工业控制系统测试平台
目前,工业控制系统(ICS)正遭受越来越多的网络攻击。ICS试验台是一个理想的平台,可以使安全研究更加可控和安全。与物理复制试验台相比,虚拟试验台具有经济性、安全性和可维护性,在实验环境中具有优势。本文提出了一种用于网络安全研究的虚拟集成电路测试平台vvet。vvet包含了一个虚拟的化工过程,以及虚拟和物理控制器。详细介绍了VTET的实现过程,如控制器的迁移和网络的配置。并对五种攻击方案进行了仿真,验证了其有效性。由于配置和部署方便,VTET非常适合用于ICS安全的学术研究。
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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