Combined side-channel attacks on COMP128

A. Levina, Mikhail Korovkin, D. Sleptsova
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Abstract

Authentication in GSM networks uses COMP128, which is vulnerable to side-channel attack called partitioning attack. On the device constrained in resources, such as SIM-card, table lookups are quite unreliable, so the attack can be carried out using up to 1000 queries. Proposed method - combined side-channel attack - can speed up key retrieving. Partitioning attack measures only power consumption, while it can be combined with timing attack, fault injection or probing attack. Study of combination with timing attack shows that it will be the least effective variant, because used in COMP128 operations are not vulnerable to timing attack. Probing attack gives way more opportunities as it is invasive attack. Increased number of rounds that can be monitored give 8-time speed gain. However, best combination of non-invasive execution and efficiency is fault injection attack. This combination gives the opportunity of power measurement on each round and reduces quantity of needed queries by 8 times as well. Despite the increased speed of the attack, defence against combined attacks comes down to defence against the weakest component.
对COMP128的联合侧信道攻击
GSM网络中的身份验证使用的是COMP128,容易受到侧信道攻击,即分区攻击。在资源受限的设备(如sim卡)上,表查找非常不可靠,因此可以使用多达1000个查询来执行攻击。提出的联合侧信道攻击方法可以提高密钥检索速度。分区攻击仅衡量功耗,可与定时攻击、故障注入或探测攻击相结合。结合时序攻击的研究表明,它将是最无效的变体,因为在COMP128中使用的操作不容易受到时序攻击。探测攻击提供了更多的机会,因为它是侵入性攻击。增加了可以监控的回合数,速度增加了8倍。然而,非侵入性执行和效率的最佳结合是故障注入攻击。这种组合为每个回合提供了功率测量的机会,并将所需查询的数量减少了8倍。尽管提高了攻击速度,但防御组合攻击归结为防御最弱的部分。
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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