Impact Analysis of Cyber-Physical Attacks on a Water Tank System via Statistical Model Checking

A. Munteanu, Michele Pasqua, Massimo Merro
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引用次数: 2

Abstract

Cyber-Physical Systems (CPSs) are integrations of distributed computing systems with physical processes that monitor and control entities in a physical environment. Although the range of their applications include several critical domains, the current trend is to verify CPSs with simulation-test systems rather than formal methodologies. In this paper, we test the effectiveness of statistical model checking, within the MODEST TOOLSET, when analyzing the security of a non-trivial quadruple-tank water system equipped with an ad-hoc intrusion detection system (IDS) capable of mitigating attacks. Our goal is to evaluate the impact of three carefully chosen cyber-physical attacks, i. e., attacks targeting sensors and/or actuators of the system with potential consequences on the safety of the inner physical process. Our security analysis estimates both the physical impact of the attacks and the performance of the proposed IDS.CCS CONCEPTS•Computer systems organization $\rightarrow$ Sensors and actuators;•Software and its engineering $\rightarrow$ Model checking.
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基于统计模型检验的水箱系统网络物理攻击影响分析
信息物理系统(cps)是分布式计算系统与物理过程的集成,用于监视和控制物理环境中的实体。虽然它们的应用范围包括几个关键领域,但目前的趋势是用模拟测试系统而不是正式的方法来验证cps。在本文中,我们在MODEST TOOLSET中测试了统计模型检查的有效性,当分析配备能够减轻攻击的ad-hoc入侵检测系统(IDS)的非平凡四水箱水系统的安全性时。我们的目标是评估三种精心选择的网络物理攻击的影响,即针对系统传感器和/或执行器的攻击,对内部物理过程的安全产生潜在后果。我们的安全分析估计了攻击的物理影响和所建议的IDS的性能。•计算机系统组织$\右箭头$传感器和执行器;•软件及其工程$\右箭头$模型检查。
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