‘Unified Side-Channel Attack - Model’ (USCA-M): An Extension with Biometrics Side-Channel Type

Andrew Johnson, Richard O. Ward
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引用次数: 2

Abstract

This paper presents the ‘Unified Side-Channel Attack Model’ (USCA-M) with an additional side-channel type of ‘Biometrics.’ The original published paper ‘Introducing the Unified Side-Channel Attack–Model (USCA-M)’ [1] was presented and published through the International Symposium on Digital Forensics and Security (ISDFS) conference in 2020 [1]. The USCA-M model was initially compiled by research on side-channel attacks (SCAs) from published journal articles and conference papers between 2015 and 2020. The study found that SCAs can be categorized into three main areas: SCA types, SCA methods, and SCA techniques. The USCA-M provides a unified model to categorize present and future SCA vulnerabilities and exploit techniques found. Its future use would provide a reference point for organizations to identify and place a found SCA within a standard or unified categorization. It can also be used to granulate SCA techniques into identifiable components to assist in defending SCAs, such as code pattern recognition and intrusion detection systems (IDS).
“统一侧信道攻击模型”(USCA-M):生物识别侧信道类型的扩展
本文提出了“统一侧信道攻击模型”(USCA-M),并提供了额外的侧信道类型的“生物识别技术”。最初发表的论文“介绍统一侧信道攻击模型(USCA-M)”[1]是在2020年国际数字取证与安全研讨会(ISDFS)会议上发表的[1]。USCA-M模型最初是根据2015年至2020年间发表的期刊文章和会议论文对侧信道攻击(sca)的研究编制的。研究发现,SCA可以分为三个主要领域:SCA类型、SCA方法和SCA技术。USCA-M提供了一个统一的模型,用于对当前和未来的SCA漏洞进行分类,并利用发现的技术。它的未来用途将为组织提供一个参考点,以便在标准或统一的分类中识别和放置找到的SCA。它还可以用于将SCA技术颗粒化为可识别的组件,以帮助防御SCA,例如代码模式识别和入侵检测系统(IDS)。
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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