Flow based observations from NETI@home and honeynet data

J. Grizzard, C. R. Simpson, S. Krasser, Henry L Owen, G. Riley
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引用次数: 11

Abstract

We conduct a flow based comparison of honeynet traffic, representing malicious traffic, and NETI@home traffic, representing typical end user traffic. We present a cumulative distribution function of the number of packets for a TCP flow and learn that a large portion of these flows in both datasets are failed and potentially malicious connection attempts. Next, we look at a histogram of TCP port activity over large time scales to gain insight into port scanning and worm activity. One key observation is that new worms can linger on for more than a year after the initial release date. Finally, we look at activity relative to the IP address space and observe that the sources of malicious traffic are spread across the allocated range.
基于流量的观察从NETI@home和蜜网数据
我们对代表恶意流量的蜜网流量和代表典型终端用户流量的NETI@home流量进行了基于流量的比较。我们给出了TCP流的数据包数量的累积分布函数,并了解到两个数据集中这些流的很大一部分是失败的和潜在的恶意连接尝试。接下来,我们查看大时间尺度上TCP端口活动的直方图,以深入了解端口扫描和蠕虫活动。一个关键的观察是,新的蠕虫可以在最初发布日期之后逗留一年多。最后,我们查看与IP地址空间相关的活动,并观察到恶意流量的来源分布在分配的范围内。
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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