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Meeting the Challenges of Critical and Extreme Dependability and Security

机译:应对关键和极端的可靠性与安全性的挑战

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The world is becoming an immense critical information infrastructure, with the fast and increasing entanglement of utilities, telecommunications, Internet, cloud, and the emerging IoT tissue. This may create enormous opportunities, but also brings about similarly extreme security and dependability risks. We predict an increase in very sophisticated targeted attacks, or advanced persistent threats (APT), and claim that this calls for expanding the frontier of security and dependability methods and techniques used in our current CII. Extreme threats require extreme defenses: we propose resilience as a unifying paradigm to endow systems with the capability of dynamically and automatically handling extreme adversary power, and sustaining perpetual and unattended operation. In this position paper, we present this vision and describe our methodology, as well as the assurance arguments we make for the ultra-resilient components and protocols they enable, illustrated with case studies in progress.
机译:随着公用事业,电信,互联网,云和新兴的物联网组织的快速和日益纠缠,世界正在成为一个巨大的关键信息基础架构。这可能会创造巨大的机会,但同样会带来极端的安全性和可靠性风险。我们预测非常复杂的有针对性的攻击或高级持续性威胁(APT)将会增加,并声称这要求扩展当前CII中使用的安全性和可靠性方法及技术的前沿。极端威胁需要极端防御:我们将复原力作为统一的范式,赋予系统动态和自动处理极端对手能力并维持永久和无人值守运行的能力。在本立场文件中,我们提出了这一愿景并描述了我们的方法,以及我们对它们所能实现的超弹性组件和协议所做出的保证论据,并通过正在进行的案例研究进行了说明。

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