基于缓存的安全云侧信道攻击自适应检测技术

Munish Chouhan, H. Hasbullah
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引用次数: 17

摘要

安全性是云计算领域的主要关注点之一。不同的用户经常共享相同的物理机器甚至软件,这使得云容易受到许多安全威胁。由于物理资源共享,侧信道攻击是云环境中最常见的攻击。在云中,多个虚拟机(VM)共享同一物理机,这为执行基于缓存的侧通道攻击(CSCA)创造了绝佳的机会。本文设计了一种基于布隆滤波器的CSCA检测方法。该技术将缓存缺失序列视为CSCA的签名,并使用差均值计算器生成这些签名。这种技术是自适应的,这使得可以用尚未观察到的新模式检测CSCA。在此技术中使用布隆过滤器将性能开销降低到最低水平。该解决方案使用缓存模拟器实现,并且证明非常有效,因为与CSCA的执行时间相比,它的执行时间非常少。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Adaptive detection technique for Cache-based Side Channel Attack using Bloom Filter for secure cloud
Security is the one of the main concern in the field of cloud computing. Different users sharing the same physical machines or even software on frequent basis make cloud vulnerable to many security threats. Side channel attacks are the most probable attacks in cloud because of physical resource sharing. In cloud, where multiple Virtual Machines (VM) share same physical machine creates a great opportunity to carry out Cache-based Side Channel Attack (CSCA). In this paper, a novel detection technique using Bloom Filter (BF) for CSCA is designed. This technique treats cache miss sequence as a signature of CSCA and uses a difference mean calculator to generate these signatures. This technique is adaptive, which makes it possible to detect the CSCA with new patterns, which are not observed yet. Bloom filter is used in this technique to reduce the performance overhead to minimum level. The solution is implemented with a cache simulator and proved very effective as it has very less execution time in comparison to the execution time of CSCA.
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