A System-of-Systems Approach to Cyber Security and Resilience

George Sharkov
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Abstract

: To address the cybersecurity, safety, and reliability aspects of the entire dig-italized ecosystems, we need first to understand and possibly model how the respective computer systems of different participating entities interoperate and collaborate. Modern computer systems and emerging applications are not just large-scale and complex in the digitally connected world. We categorize them also as decentralized, distributed, networked, interoperable compositions of heterogeneous and (semi)autonomous systems and/or elements. These new types of composite systems with emergent behavior have been defined as “Systems of Systems” (SoS). This paper explores different types of SoS and analyzes the interdependencies to manage cybersecurity threats and risks and achieve cyber resilience. We review various definitions and types of SoS and the application of SoS approach to situational awareness, threat intelligence, and composite risk assessment. An SoS view on managing the supply/value chain cyber risks is also outlined.
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网络安全和弹性的系统的系统方法
为了解决整个数字化生态系统的网络安全、安全和可靠性问题,我们首先需要了解不同参与实体的各自计算机系统如何互操作和协作,并可能对其进行建模。现代计算机系统和新兴应用不仅在数字连接的世界中规模庞大、复杂。我们还将它们分类为异构和(半)自治系统和/或元素的分散、分布式、网络化、可互操作的组合。这些具有涌现行为的新型复合系统被定义为“系统的系统”(SoS)。本文探讨了不同类型的SoS,并分析了相互依赖关系,以管理网络安全威胁和风险,实现网络弹性。我们回顾了SoS的各种定义和类型,以及SoS方法在态势感知、威胁情报和综合风险评估中的应用。还概述了SoS对管理供应链/价值链网络风险的看法。
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