Mission-Oriented Security Framework: An Approach to Embrace Cyber Resilience in Design and Action

Xinli Xiong, Qian Yao, Qiankun Ren
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Abstract

The rapid development in IT and OT system makes interactions among themselves and with humans immerse in the information flows from the physical to cyberspace. The traditional view of cyber-security faces challenges of deliberate cyber-attacks and unpredictable failures. Hence, cyber resilience is a fundamental property that protects critical missions. In this paper, we presented a mission-oriented security framework to establish and enhance cyber-resilience in design and action. The definition of mission-oriented security is given to extend CIA metrics of cyber-security, and the process of mission executions is analyzed to distinguish the critical factors of cyber-resilience. The cascading failures in inter-domain networks and false data injection in the cyber-physical system are analyzed in the case study to demonstrate how the mission-oriented security framework can enhance cyber resilience.
面向任务的安全框架:在设计和行动中拥抱网络弹性的方法
信息技术和OT系统的飞速发展,使人与人之间以及与人之间的互动都沉浸在从现实到网络空间的信息流中。传统的网络安全观面临着蓄意网络攻击和不可预测故障的挑战。因此,网络弹性是保护关键任务的基本属性。在本文中,我们提出了一个以任务为导向的安全框架,以建立和增强设计和行动中的网络弹性。给出了面向任务的安全定义,扩展了网络安全的CIA指标,分析了任务执行过程,区分了网络弹性的关键因素。在案例研究中,分析了域间网络中的级联故障和网络物理系统中的虚假数据注入,以展示面向任务的安全框架如何增强网络弹性。
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