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Using hybrid attack graphs to model cyber-physical attacks in the Smart Grid

机译:使用混合攻击图来模拟智能电网中的网络物理攻击

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The Smart Grid is a large networked cyber-physical control system that is part of the critical infrastructure. This paper presents a cyber-physical attack against a substation where the attacker causes a transformer to overheat. The attack is modeled using a hybrid attack graph (HAG), which provides a means to model both the physical and cyber components of the attack. The HAG provides insight into potential attack vectors. Based on this information, key points in the system can be identified where security can be strengthened. Direction for future work to expand the capabilities of HAGs for modeling cyber-physical attacks is presented.
机译:智能电网是一个大型联网网络物理控制系统,是关键基础架构的一部分。本文呈现对攻击者导致变压器过热的变电站的网络物理攻击。攻击是使用混合攻击图(HAG)进行建模的,该方法提供了模拟攻击的物理和网络组件的方法。 HAG提供对潜在攻击向量的洞察力。基于此信息,可以识别系统中的关键点,其中可以加强安全性。展示了未来工作的方向,以扩展为模拟网络物理攻击的HAG的功能。

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