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Hardware Security Challenges Beyond CMOS: Attacks and Remedies

机译:CMOS以外的硬件安全挑战:攻击和补救措施

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The globalization of Integrated Circuits (ICs) supply chain has raised security concerns on how to ensure the integrity and the trustworthiness of fabricated circuits. While existing attack and protection methods are developed for CMOS based circuits, the introduction of emerging transistors acts as a double-sided sword. The usage of emerging devices introduces new security issues which the attackers can leverage to launch hardware attacks. On the other hand, the unique properties of emerging devices also provides a great opportunity for defenders to develop innovative hardware security primitives and to construct resilient hardware platforms for cybersecurity. In this paper, we will summarize the previous work in both directions, attacks and remedies with a focus on the authors' previous work in this domain. We will also discuss the research trends so that the emerging devices can better help secure our computing systems, besides their roles in extending the Moore's Law.
机译:集成电路(IC)供应链的全球化引起了人们对如何确保装配电路的完整性和可信赖性的安全性的关注。虽然针对基于CMOS的电路开发了现有的攻击和保护方法,但新兴晶体管的引入却是一把双刃剑。新兴设备的使用引入了新的安全问题,攻击者可以利用这些问题来发起硬件攻击。另一方面,新兴设备的独特特性也为防御者提供了开发创新硬件安全原语和构建用于网络安全的弹性硬件平台的绝好机会。在本文中,我们将在方向,攻击和补救措施两个方面总结先前的工作,重点是作者在该领域的先前工作。我们还将讨论研究趋势,以便新兴设备除了在扩展摩尔定律方面的作用外,还能更好地帮助保护我们的计算系统。

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