Detecting IEEE 802.11 Client Device Impersonation on a Wireless Access Point

Paul Zanna;Dinesh Kumar;Pj Radcliffe
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Abstract

The ability to effortlessly construct and broadcast false messages makes IEEE 802.11 wireless networks particularly vulnerable to attack. False frame generation allows rogue devices to impersonate an authorized user and issue commands that impact the user's network connection or possibly the entire network's security. Unfortunately, the current device impersonation detection methods are unsuitable for small devices or real-time applications. Our contribution is to demonstrate that a rule-based learning classifier using several random forest (RF) features from an IEEE 802.11 frame can determine the probability that an impersonating device has generated that frame in real time. Our main innovation is a processing pipeline, and the algorithm that implements concurrent one-class classifiers on a per device basis yet is lightweight enough to run directly on a wireless access point (WAP) and produce real-time outputs.
检测无线接入点上的IEEE 802.11客户端设备模拟
毫不费力地构建和传播虚假消息的能力使IEEE 802.11无线网络特别容易受到攻击。假帧生成允许恶意设备冒充授权用户并发出影响用户网络连接或可能影响整个网络安全的命令。不幸的是,目前的设备模拟检测方法不适合小型设备或实时应用。我们的贡献是证明使用来自IEEE 802.11帧的几个随机森林(RF)特征的基于规则的学习分类器可以确定模拟设备实时生成该帧的概率。我们的主要创新是一个处理管道,该算法在每个设备的基础上实现并发的单类分类器,但足够轻量,可以直接在无线接入点(WAP)上运行并产生实时输出。
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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