网络物理系统安全分析试验台的研制

E. Basan, N. Proshkin, Mariya Shulika
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引用次数: 1

摘要

研究对象是网络物理系统的模型,包括物联网设备,微型计算机,各种传感器,以及通过通信渠道运作,由网络物理对象组织。这项工作的目的是更新网络物理系统中的信息安全问题,分析这些系统的安全性,为测试安全性和识别新的威胁和漏洞创建环境。在研究过程中,开发了网络物理系统的全尺寸模型,模拟了真实CPS的操作,使用了各种类型的通信和专有协议。因此,对漏洞进行了搜索,并在漏洞利用后确定了可能的信息攻击及其后果列表,并确定了网络物理系统各个节点创建或防范信息攻击的能力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of test stands of cyber-physical systems for security analysis
The object of research is models of cyber-physical systems, including IoT devices, microcomputers, various sensors, as well as functioning through communication channels, organized by cyber-physical objects. The aim of the work is to update the problem of information security in cyber-physical systems, analyze the security of these systems, create environments for testing security and identifying new threats and vulnerabilities. During the research, full-scale models of cyber-physical systems were developed that simulate the operation of real CPS, with various types of communication and proprietary protocols used. As a result, a search for vulnerabilities was carried out and a list of possible information attacks and their consequences was identified after the exploitation of vulnerabilities, and the capabilities of individual nodes of cyber-physical systems to create information attacks or protect against them were determined.
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