IT security for functional resilience in energy systems: effect-centric IT security

Lars Fischer, S. Lehnhoff
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引用次数: 1

Abstract

From the point of view of energy system operators, cyberattacks, that is, information technology (IT)-security incidents, comprise an additional source for reduced functionality or system failure. In this capability cyberattacks ‘compete’ with unintentional disturbances like weather, natural disasters and accidental disruptions. Information technology-security experts, developing countermeasures to cyberattacks, primarily are concerned with intelligent, complex, malicious attacks that must be defended against using dedicated countermeasures and security processes. In order to prevent degraded function of energy systems through intentional attacks, for example, effecting a blackout or instabilities, functional resilience of the energy system is mandatory.
能源系统功能弹性的IT安全:以效果为中心的IT安全
从能源系统运营商的角度来看,网络攻击,即信息技术(IT)安全事件,构成了降低功能或系统故障的额外来源。在这种能力中,网络攻击与天气、自然灾害和意外中断等无意干扰“竞争”。开发网络攻击对策的信息技术安全专家主要关注必须使用专用对策和安全流程来防御的智能、复杂和恶意攻击。为了防止能源系统的功能退化通过故意攻击,例如,影响停电或不稳定,能源系统的功能弹性是强制性的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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