Use case of waterwork physical protection system robustness evaluation as a part of Slovak critical infrastructure

T. Loveček, Anton Siser, L. Mariš
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引用次数: 15

Abstract

The article presents a use case evaluation of the robustness of a physical protection system for the Vodňany water tank, designated as a national critical infrastructure element. The evaluation will be performed based on three probable attack scenarios; the aim of these would be poisoning the drinking water source and intoxication of the population of the nearby city or destruction of the water tank and the resulting cutting off of residents from a source of drinking water. To check the robustness of the water tank itself and its physical protection system as a part of an overall robustness of the water tank area, a new software — SATANO (Security Assessment Of Terrorist Attack In A Network Of Objects) will be used. It allows for modelling physical protection system objects onto 2D maps and then simulate custom attack scenarios. This process of quantitative evaluation of a system's protection level may be accepted as part of the risk management process which is required by European Council as well as various national regulations from all operators of critical infrastructure elements.
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作为斯洛伐克关键基础设施一部分的自来水物理保护系统稳健性评估用例
本文介绍了Vodňany水箱物理保护系统稳健性的用例评估,该水箱被指定为国家关键基础设施要素。评估将基于三种可能的攻击场景进行;这样做的目的是使饮用水源中毒,使附近城市的居民中毒,或者破坏水箱,从而切断居民的饮用水源。为了检查水箱本身及其物理保护系统作为水箱区域整体稳健性的一部分的稳健性,将使用一种新的软件- SATANO(对象网络恐怖袭击安全评估)。它允许将物理保护系统对象建模到2D地图上,然后模拟自定义攻击场景。系统保护水平的定量评估过程可以被接受为风险管理过程的一部分,这是欧洲理事会以及所有关键基础设施要素运营商的各种国家法规所要求的。
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