Network Forensic Investigation in OpenContrail Environments

Alexander Heckel, Daniel Spiekermann
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Abstract

The requirements of today's data center networks include scalability, multi-tenancy and isolation from the underlying infrastructure, which are primarily achieved through the use of network virtualization. As a downside, the overall complexity increases with the number of technologies involved, which has a significant impact upon network forensic investigation. In this context we investigated OpenContrail, an open source framework for network virtualization that provides built-in methods for collecting network traffic. In our research, we concluded that these methods work in principle, but are not suitable to capture network traffic that can be used in court. The packet mirroring turned out to be incomplete and the capture process can be detected by the virtual machine under investigation. Based on these findings, we developed a more flexible agent that especially ensures the transparency of the capture process for the suspicious virtual machine.
开放轨迹环境下的网络取证调查
当今数据中心网络的需求包括可伸缩性、多租户和与底层基础设施的隔离,这些主要是通过使用网络虚拟化实现的。缺点是,随着所涉及的技术数量的增加,总体复杂性也会增加,这对网络取证调查产生了重大影响。在这种情况下,我们研究了OpenContrail,这是一个用于网络虚拟化的开源框架,它提供了收集网络流量的内置方法。在我们的研究中,我们得出结论,这些方法原则上是有效的,但不适合捕获可以在法庭上使用的网络流量。数据包镜像被证明是不完整的,捕获过程可以被正在调查的虚拟机检测到。基于这些发现,我们开发了一个更灵活的代理,特别确保了可疑虚拟机捕获过程的透明性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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