Reproducing Spectre Attack with gem5: How To Do It Right?

Pierre Ayoub, Clémentine Maurice
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引用次数: 3

Abstract

As processors become more and more complex due to performance optimizations and energy savings, new attack surfaces raise. We know that the micro-architecture of a processor leaks some information into the architectural domain. Moreover, some mechanisms like speculative execution can be exploited to execute malicious instructions. As a consequence, it allows a process to spy another process or to steal data. These attacks are consequences of fundamental design issues, thus they are complicated to fix and reproduce. Simulation would be of a great help for scientific research for microarchitectural security, but it also leads to new challenges. We try to address the first challenges to demonstrate that simulation could be useful in research and an interesting technique to develop in the future.
用gem5复制幽灵攻击:如何做到正确?
由于性能优化和节能,处理器变得越来越复杂,新的攻击面也随之增加。我们知道处理器的微体系结构会向体系结构领域泄露一些信息。此外,一些机制(如推测执行)可以被利用来执行恶意指令。因此,它允许一个进程监视另一个进程或窃取数据。这些攻击是基本设计问题的结果,因此它们很难修复和重现。仿真将为微体系结构安全的科学研究提供很大的帮助,但也带来了新的挑战。我们试图解决第一个挑战,以证明模拟在研究中是有用的,并且是未来发展的一种有趣的技术。
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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