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Arp Attack Detection Software Poisoning and Sniffers in WLAN Networks Implementing Supervised Machine Learning

机译:实施监督机器学习的WLAN网络中的Arp攻击检测软件中毒和嗅探器

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Nowadays, the growing number of mobile device users such as tablets and smart phones, has shown an increase of wireless network usage (Wi-Fi). At the same time, the number of attacks against this network has been growing too, taking advantage of vulnerabilities typical of protocols such as ARP and 802.11 as shown in a study done by Verizon on social network attacks. The proposal is to create a tool capable of detecting man in the middle attacks such as ARP poisoning/spoofing and network sniffers that use NICs in monitor mode. A machine learning algorithm is then generated which is trained with data from networks being attacked or neutral to later be able to classify incoming network data and catalog them as an attack alert or not.
机译:如今,平板电脑和智能手机等移动设备用户的数量不断增长,显示出无线网络使用率(Wi-Fi)的增长。同时,利用Verizon对社交网络攻击进行的一项研究表明,利用ARP和802.11等协议的典型漏洞,针对该网络的攻击数量也在不断增加。提议是创建一个能够检测中间人攻击的工具,例如ARP中毒/欺骗和在监视模式下使用NIC的网络嗅探器。然后生成一种机器学习算法,该算法将使用来自被攻击或中立网络的数据进行训练,以便以后能够对传入的网络数据进行分类并将其分类为是否为攻击警报。

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