Fault Attacks at the System Level - The Challenge of Securing Application Software

S. Mangard
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Abstract

Summary form only given. During the last two decades, fault attacks on cryptographic algorithms have received significantly more attention in the academic community than fault attacks on application software. However, fault attacks on application software pose a serious threat in practice. Faults can for example be induced to bypass cryptographic functions or to obtain root access to a device. Such faults can be induced by physical means or as the recent publication of the Rowhammer attack has shown, faults can even be induced remotely. This talk provides an overview of attack techniques as well as of countermeasures to secure not only cryptography, but entire systems, against fault attacks.
系统级故障攻击——应用软件安全的挑战
只提供摘要形式。在过去的二十年里,对加密算法的故障攻击比对应用软件的故障攻击更受到学术界的关注。然而,在实际应用中,对应用软件的故障攻击构成了严重的威胁。例如,可以诱导故障绕过加密功能或获得对设备的root访问权限。这种故障可以通过物理手段引起,或者正如最近发表的Rowhammer攻击所表明的那样,故障甚至可以远程引起。本演讲提供了攻击技术的概述,以及保护加密和整个系统免受故障攻击的对策。
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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