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Detection of Undesired Events on Real-World SCADA Power System through Process Monitoring

机译:通过过程监控检测现实世界SCADA电力系统的不期望事件

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A Supervisory Control and Data Acquisition (SCADA) system used in controlling or monitoring purpose in industrial process automation system is the process of collecting data from instruments and sensors located at remote sites and transmitting data at a central site. Most of the existing works on SCADA system focused on simulation-based study which cannot always mimic the real world situations. We propose a novel methodology that analyzes SCADA logs on offline basis and helps to detect process-related threats. This threat takes place when an attacker performs malicious actions after gaining user access. We conduct our experiments on a real-life SCADA system of a Power transmission utility. Our proposed methodology will automate the analysis of SCADA logs and systemically identify undesired events. Moreover, it will help to analyse process-related threats caused by user activity. Several test study suggest that our approach is powerful in detecting undesired events that might caused by possible malicious occurrence.
机译:用于控制或监测工业过程自动化系统中的监督控制和数据采集(SCADA)系统是从远程站点的仪器和传感器收集数据的过程,并在中央站点传输数据。 SCADA系统上的大多数现有工作都集中在基于仿真的研究中,这不能总是模仿真实世界的情况。我们提出了一种新颖的方法,分析SCADA在离线的基础上注销,并有助于检测与过程有关的威胁。当攻击者在获得用户访问后执行恶意操作时,会发生这种威胁。我们对电力传输实用工具的现实寿命系统进行实验。我们所提出的方法将自动化SCADA日志的分析,并系统性地识别不期望的事件。此外,它将有助于分析由用户活动引起的过程相关的威胁。几项测试研究表明,我们的方法在检测可能由可能的恶意事件造成的不期望的事件方面是强大的。

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