A flexible architecture for Industrial Control System honeypots

A. Serbanescu, S. Obermeier, Der-Yeuan Yu
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引用次数: 19

Abstract

While frequent reports on targeted attacks for Industrial Control Systems hit the news, the amount of untargeted attacks using standardized industrial protocols is still unclear, especially if devices are mistakenly or even knowingly connected to the Internet. To lay the foundation for a deeper insight into the interest of potential attackers, a large scale honeynet system that captures all interactions using industrial protocols is proposed. Special for the honeynet system architecture is the automated deployment on a cloud infrastructure and its modularisation of the industrial protocols. The centralized-but-redundant data collection allows correlating attacks that happen on multiple devices. A real-world experiment confirms the feasibility of the approach, and results of the observed interactions with the honeynet are presented.
工业控制系统蜜罐的灵活架构
虽然经常有针对工业控制系统的针对性攻击的报道成为新闻,但使用标准化工业协议的非针对性攻击的数量仍然不清楚,特别是如果设备错误地甚至故意连接到互联网。为了更深入地了解潜在攻击者的兴趣,提出了一个使用工业协议捕获所有交互的大规模蜜网系统。蜜网系统架构的特殊之处在于在云基础设施上的自动部署及其工业协议的模块化。集中但冗余的数据收集允许在多个设备上发生关联攻击。实际实验证实了该方法的可行性,并给出了观察到的与蜜网相互作用的结果。
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