艾萨克:爱达荷州CPS智能电网网络安全试验台

I. A. Oyewumi, Ananth A. Jillepalli, Philip Richardson, M. Ashrafuzzaman, B. Johnson, Y. Chakhchoukh, M. Haney, Frederick T. Sheldon, Daniel Conte De Leon
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引用次数: 27

摘要

网络和网络物理系统(CPS)(如电网)面临的其他威胁正在迅速增长。为了能够为CPS开发、测试、改进和部署实用的网络安全解决方案,需要现实的、可重构的测试平台。介绍了爱达荷州CPS智能电网网络安全试验台ISAAC的设计。ISAAC是一个跨域、分布式和可重构的测试平台,它模拟了现实的电力公用事业,为研究人员提供了开发和测试集成网络安全解决方案所需的工具。ISAAC的一些组件功能齐全,正在进行的研究项目利用这些功能组件。完全开发后,ISAAC的功能将包括:1)多个模拟电力公用事业变电站和控制网络;2)模拟广域输配电系统,3)模拟SCADA控制中心,4)高级可视化和网络分析,包括机器学习。ISAAC将为网络物理系统和智能电网提供整体网络物理安全方法的开发、测试、评估和验证。我们希望我们的努力,ISAAC,将有助于进一步的CPS研究和教育的边界。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
ISAAC: The Idaho CPS Smart Grid Cybersecurity Testbed
The landscape of cyber and other threats to Cyber Physical Systems (CPS), such as the Power Grid, is growing rapidly. Realistic and reconfigurable testbeds are needed to be able to develop, test, improve, and deploy practical cybersecurity solutions for CPS. We introduce the design of ISAAC, the Idaho CPS Smart Grid Cybersecurity Testbed. ISAAC is a cross-domain, distributed, and reconfigurable testbed, which emulates a realistic power utility and provides researchers with the tools needed to develop and test integrated cybersecurity solutions. Some components of ISAAC are fully functional, with ongoing research projects utilizing the functional components. When fully developed, the capabilities of ISAAC will include: 1) Multiple emulated power utility substations and control networks; 2) Emulating wide-area power transmission and distribution systems, 3) Emulated SCADA control centers, 4) Advanced visualization and cyber-analytics, including machine learning. ISAAC will enable the development, testing, evaluation, and validation of holistic cyber-physical security approaches for cyber physical systems and the Smart Grid. We hope that our endeavor, ISAAC, will help further the boundaries of CPS research and education.
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