恶意软件下载的地理可视化异常检测

Naoki Hiroguchi, Khamphao Sisaat, Hiroaki Kikuchi, S. Kittitornkun
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引用次数: 3

摘要

我们研究网络空间攻击与现实世界事件之间的联系。例如,在埃及,互联网曾被关闭,以防止针对胡斯尼·穆巴拉克总统的抗议活动。与此同时,两个多星期以来,我们观察到没有从埃及发送到日本的端口扫描数据包。这促使我们在本研究中寻找僵尸网络攻击涉及许多脆弱服务器与世界上发生的真实事件之间的任何事件。为此,我们在Google Earth服务上开发了虚拟化系统,用于绘制僵尸网络通信的源IP地址。我们调查了日本骨干网中70多个分布式蜜罐观察到的实际恶意软件下载事件。为了实现检测过程的自动化,研究了基于蜜罐活动熵的异常检测方案。我们的分析显示了一些证据,表明僵尸网络攻击涉及我们的现实世界。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Geographical Visualization of Malware Download for Anomaly Detection
We study a linkage between attacks in cyberspace and incidents in our real world. For example, the Internet had been closed down in Egypt for preventing protests against President Hosni Mubarak. Meanwhile, for more than two weeks we have observed that no port-scan packet were sent from Egypt to Japan. This motivates us for this study to find any incident between botnet attacks which were involved many vulnerable servers and the real events occurred in the world. For this purpose, we developed the virtualization system on Google Earth service for plotting source IP addresses of botnet communications. We investigated the actual malware downloading events observed by more than 70 distributed honey pots in the Japanese backbone network. In order to automate the detection process, we study some anomaly detection schemes base on the entropy of honey pot activities. Our analysis shows some evidences that botnet attacks are involved in our real world.
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