基于机器学习的URL检测

Rashmi Jha, Gaurav Kunwar
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引用次数: 0

摘要

网络攻击最常见的形式是网络钓鱼诈骗。攻击者试图在未经任何此类用户同意的情况下,通过电子邮件、url和任何其他链接收集用户数据,这些链接将查看者发送到一个可疑的页面,在这个页面上,消费者被说服开始采取可以成功完成攻击的特定操作。在这些攻击中,攻击者有机会收集有关受害者的重要信息,他们可以利用这些信息来假定受害者的身份并执行只有受害者才能执行的任务,例如购物,向其他人发送消息,或者只是试图访问受害者的信息。许多研究都在讨论针对这些攻击的潜在防御措施。本研究采用三种机器学习算法来确定这样的网页是否为网络钓鱼。在实验中,分析网页url以区分合法和钓鱼网站的软件被用来尝试使用这些模型来防止攻击,这些模型已经被训练成利用基于url的特征。随机森林分类器的准确率、召回率和F1得分分别为97.5%、99.1%和97.3%。所提出的模型快速有效,因为与早期的研究不同,它只依赖于URL,而不使用任何其他来源进行分析。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Machine Learning based URL Analysis for Phishing Detection
Attacks that take place online most frequently take the form of phishing scams. Attackers attempt to gather user data without the consent of any such user through emails, URLs, and any other link that sends a viewer to the a dubious page where a consumer is persuaded to start taking specific actions that can successfully complete an attack. An attacker has the opportunity to gather vital information about the victim during these attacks, which they can use to presume the victim’s identity & carry out tasks that only the victim should have been able to carry out, such as making purchases, sending messages to the other people, and simply attempting to access the victim’s info. Many studies have been done to discuss potential defenses against these assaults. This study employs three algorithms for machine learning to ascertain whether such a web page is phishing. In the experiment, software that analyzes web page URLs to distinguish between legitimate & phishing websites is used to try to prevent attacks using these models which have been trained to utilize URL-based features. The accuracy, recall, and F1 Score of the random forest classifier’s performance from the observations were 97.5%, 99.1%, and 97.3%, respectively. The proposed model is quick and effective because, unlike earlier studies, it only relies on the URL and doesn’t conduct analysis using any other sources.
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