面向云计算的数字取证过程模型

Sanghamitra De, M. S. Barik, I. Banerjee
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引用次数: 0

摘要

现有的数字取证框架不能解决与云环境相关的问题,在云环境中,多个用户可能生成事件,这些事件可能合并或独立并发地导致安全事件。本文提出了一种考虑多个并行事件序列可能性的取证过程模型,在数字取证调查中,为了保证事件重构的正确性,必须考虑多个并行事件序列的可能性。为此,作者提出了使用事件序列图(ESG)作为概述事件及其遵循的序列的有向图。本文使用了两个来自多个来源的攻击案例研究作为示例,以解释使用ESG可以轻松理解的场景类型。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Digital Forensic Process Model for Cloud Computing
Existing digital forensic frameworks do not address issues relevant to cloud environment where multiple users could be generating events that may coalesce to or independently and in parallel result in a security incident. In this paper a forensic process model is proposed which considers possibility of multiple parallel event sequences that must be considered to achieve correctness in event reconstruction in digital forensic investigation. Towards this end, use of Event Sequence Graph (ESG) as a directed graph for outlining events and the sequences which they follow has been proposed by the authors. Two case studies of attack from multiple sources have been used as examples to explain the type of scenarios which could be easily understood using an ESG.
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