PhishFry - A Proactive Approach to Classify Phishing Sites Using SCIKIT Learn

D. Brites, Mingkui Wei
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引用次数: 1

Abstract

Phishing is a type of malicious attack that involves the fooling of unsuspecting victims into providing or sharing personal information such as names, addresses, and banking information, which may lead to damages to the individual such as identity theft and financial losses. To combat phishing attacks, there have been many strides toward the use of newer technologies instead of conventional approaches such as personnel training and physical security. These technologies involve a proactive approach towards identifying Phishing websites that utilize machine learning and have become more and more efficient. In this paper, a more proactive and online machine learning approach is proposed that utilize features that have been well-accepted among industries and academia. Within the algorithm, prioritizing of features will be broken up into layers, and the output of the tool will be a digital tag that could be included in web browsers for quick identification and classification. If a site is tagged, the website owner will have the opportunity to legitimize the website through a detailed informational session and will allow them to fix any features that may be classified as malevolent in nature.
PhishFry -一个主动的方法来分类使用SCIKIT学习的网络钓鱼网站
网络钓鱼是一种恶意攻击,它涉及欺骗毫无防备的受害者提供或共享个人信息,如姓名、地址和银行信息,这可能导致个人损失,如身份盗窃和经济损失。为了打击网络钓鱼攻击,在使用新技术取代人员培训和物理安全等传统方法方面取得了许多进展。这些技术涉及一种主动识别利用机器学习的网络钓鱼网站的方法,并且变得越来越高效。在本文中,提出了一种更积极主动的在线机器学习方法,该方法利用了工业界和学术界已经广泛接受的特征。在该算法中,特征的优先级将被分解为多个层,该工具的输出将是一个数字标签,可以包含在web浏览器中,以便快速识别和分类。如果网站被标记,网站所有者将有机会通过详细的信息会话使网站合法化,并允许他们修复任何可能被归类为恶意性质的功能。
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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