针对智能电网plc的DoS和MitM攻击的网络安全分析

Ercan Nurcan Yrlmaz, H. Sayan, Furkan Üstünsoy, Serkan Gönen, Gökçe Karacayılmaz
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引用次数: 3

摘要

很明显,鉴于智能电网系统正在迅速普及,智能城市的概念将在未来的预测中传遍全球,ICS的使用将会增加。由于业务的连续性、管理的可控性和高效性,在智能网络和智慧城市中,intranet尤其是internet的网络系统架构正在取代孤立的网络拓扑结构。然而,这种转变带来了严重的脆弱性。然而,一般来说,在ICS中不使用安全软件可能会妨碍业务连续性,这吸引了网络罪犯。另一方面,由ICS控制的系统正在执行非常重要的功能,因此对这些系统的攻击将产生致命的后果。本研究分析了智能电网管理的重要组成部分ICS的漏洞。在此背景下,在研究中,对两个不同品牌(西门子和施耐德)的真正plc进行了拒绝服务和信息泄露攻击,以检查plc在网络安全弱点方面的消极和积极方面。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Cyber Security Analysis of DoS and MitM Attacks Against PLCs Used in Smart Grids
It is obvious that the use of ICS will increase in view of the fact that smart grid systems are rapidly spreading and the concept of smart cities will spread throughout the world in the future projection. Due to business continuity, management control and efficiency, intranet and especially internet network system architecture are now being used in smart network and smart cities instead of isolated network topology. However, this transition has brought emerged with vital vulnerabilities. However, not using security software in ICS in general for the reason that they may hamper business continuity is attracting cyber criminals. On the other hand, the systems being controlled by ICS are performing very vital functions, so the attacks on these systems will have fatal consequences. In this study, the vulnerabilities of ICS, an important component in the management of smart grids, were analyzed. In this context, in the study, denial of service and information disclosure attacks were carried out on two different brands (Siemens and Schneider) real PLCs for examining negative and positive aspects of the PLCs in terms of cyber security weakness.
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