一种利用内存取证技术进行高级恶意软件分析的有效方法

Chathuranga Rathnayaka, Aruna Jamdagni
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引用次数: 32

摘要

由于字符串搜索方法的存在,静态分析在恶意软件分析中变得非常复杂。物理内存的取证调查或内存取证提供了对恶意软件的全面分析,检查在操作系统中运行时创建的恶意软件转储中的恶意软件痕迹。在本研究中,我们通过集成静态分析技术和内存取证技术,提出了高效且稳健的框架来分析复杂的恶意软件。该框架对200个真实恶意软件样本进行了评估,检测率达到90%。这些结果与在线恶意软件分析工具www.virustotal.com的结果进行了对比和验证。此外,我们已经确定了许多恶意软件样本的来源。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An Efficient Approach for Advanced Malware Analysis Using Memory Forensic Technique
Static analysis in malware analysis has been complex due to string searching methods. Forensic investigation of the physical memory or memory forensics provides a comprehensive analysis of malware, checking traces of malware in malware dumps that have been created while running in an operating system. In this study, we propose efficient and robust framework to analyse complex malwares by integrating both static analysis techniques and memory forensic techniques. The proposed framework has evaluated two hundred real malware samples and achieved a 90% detection rate. These results have been compared and verified with the results obtained from www.virustotal.com, which is online malware analysis tool. Additionally, we have identified the sources of many malware samples.
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