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Challenging Anti-virus Through Evolutionary Malware Obfuscation

机译:通过进化的恶意软件混淆挑战防病毒

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The use of anti-virus software has become something of an act of faith. A recent study showed that more than 80% of all personal computers have anti-virus software installed. However, the protection mechanisms in place are far less effective than users would expect. Malware analysis is a classical example of cat-and-mouse game: as new anti-virus techniques are developed, malware authors respond with new ones to thwart analysis. Every day, anti-virus companies analyze thousands of malware that has been collected through honeypots, hence they restrict the research to only already existing viruses. This article describes a novel method for malware obfuscation based an evolutionary opcode generator and a special ad-hoc packer. The results can be used by the security industry to test the ability of their system to react to malware mutations.
机译:使用反病毒软件已成为信仰行为的东西。最近的一项研究表明,超过80%的个人计算机安装了防病毒软件。然而,到位的保护机制远低于用户期望的效果。恶意软件分析是Cat-and-Mouse游戏的经典示例:由于开发了新的防病毒技术,恶意软件作者用新的作者回应了挫败分析。每天,防病毒公司分析已通过蜜罐收集的数千家恶意软件,因此他们将研究限制为已存在的病毒。本文介绍了一种基于生理软件混淆的新颖方法,其基于进化操作代码发生器和特殊的Ad-hoc包装机。安全行业可以使用结果来测试其系统对恶意软件突变作出反应的能力。

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