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A conceptual framework for securing industrial control systems: smart grid environment

机译：保护工业控制系统的概念框架：智能电网环境

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摘要

Cyber physical systems (CPSs) utilised in many of the critical infrastructures including the smart grid. The operational activities of smart grid's CPS use different industrial solution such as industrial control systems (ICS) for monitoring and controlling the physical architecture of smart grid. Therefore, it is quite essential to keep these industrial control systems secure and safe from potential hazards and cyber world as it may be harmful for human safety, strategic infrastructure of a country and also for the economy. The study gathered the scattered guidelines, best practices and policies available from various organisations such as National Institute of Standards and Technology (NIST), ISO, and North American Electric Reliability Corporation (NERC) for the purpose of developing safe and secure ICS security systems and also the knowledge about the issues involved in ICS security and protection. A conceptual framework is proposed and developed to address the shortcomings in-order to protect the ICS systems in a smart grid environment. The proposed framework was developed by reviewing related studies, standards and utilising IT security working experience. This framework will not only expand the horizon of knowledge but also provides pathway for the development of existing activities of CPS applications such as smart grid.
机译：在许多关键基础设施（包括智能电网）中使用的网络物理系统（CPS）。智能电网CPS的运营活动使用不同的工业解决方案，例如工业控制系统（ICS）来监视和控制智能电网的物理体系结构。因此，保持这些工业控制系统的安全和免受潜在危害和网络世界的侵害非常重要，因为它可能对人类安全，一个国家的战略基础设施以及经济造成危害。该研究收集了分散的准则，最佳实践和政策，这些准则可从各个机构（例如美国国家标准技术研究院（NIST），ISO和北美电力可靠性公司（NERC））获得，以开发安全的ICS安全系统和以及有关ICS安全和保护所涉及问题的知识。提出并开发了一个概念框架来解决这些缺陷，以便在智能电网环境中保护ICS系统。通过审查相关研究，标准并利用IT安全工作经验来开发提出的框架。该框架不仅将拓宽知识的视野，而且还将为开发CPS应用程序（例如智能电网）的现有活动提供途径。

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