利用网络异常检测识别基于dga的僵尸网络

Dragos Gavrilut, George Popoiu, Razvan Benchea
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引用次数: 3

摘要

如今,攻击不再是从一台计算机上进行的,而是来自全球各地的数千台,有时甚至数百万台系统,这些系统被分组在一个称为僵尸网络的网络中。控制僵尸网络最常用的技术是尝试连接到许多域名,这些域名是根据一种称为域生成算法(DGA)的算法生成的。在本文中,我们提出了不同的算法,可以通过查看其网络流量来确定计算机是否是僵尸网络的一部分。由于在某些情况下,由于隐私原因,网络流量是不可能共享的,我们还分析了只能提供有限信息的情况(如netflow日志)。本文介绍的算法是在逆向工程和分析18个不同僵尸网络的DGA后获得的,其中包括一些被关闭的僵尸网络(如Cryptolocker)和那些仍然存在并蓬勃发展的僵尸网络(如PushDo, Tinba, nivort, DirtyLocker, Dobot, Patriot, Ramdo, Virut, Ramnit等等)。
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Identifying DGA-Based Botnets Using Network Anomaly Detection
Nowadays, the attacks are no longer performed from a single computer but from thousands, sometimes millions of systems that are located all over the globe and are grouped in a network called botnet. The most widely used technique to control a botnet is to try to connect to many domain names, generated according to an algorithm called domain generating algorithm (DGA). In this paper we present different algorithms that can determine if a computer is part of a botnet by looking at its network traffic. Since in some cases the network traffic is impossible to be shared due to privacy reasons we also analyze the case where just limited information can be provided (such as a netflow log). The algorithms presented here were obtained after reverse engineering and analyzing the DGA of 18 different botnets including some that were taken down (such as Cryptolocker) and ones that are still alive and thriving (such as PushDo, Tinba, Nivdort, DirtyLocker, Dobot, Patriot, Ramdo, Virut, Ramnit and many more).
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