使用机器学习模型的恶意URL检测和分类分析

Upendra Shetty D R, Anusha Patil, Mohana Mohana
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引用次数: 3

摘要

最常见的网络安全漏洞之一是恶意网站或恶意统一资源位置(URL)。每年,人们都因托管无端内容(垃圾邮件、恶意软件、不合适的广告、欺骗等)和引诱naïve访问者上当受骗而损失数十亿卢比。电子邮件、广告、网络搜索或来自其他网站的连接都可以鼓励人们访问这些网站。用户在每个实例中单击恶意URL,由于网络钓鱼、垃圾邮件和恶意软件事件的增加,需要一个可以对危险URL进行分类和识别的可靠系统。由于数据量巨大,不断变化的模式和技术,以及特征之间的复杂关系,训练数据的不可用性,非线性和异常值的存在使得分类具有挑战性。在建议的工作中,检测各种应用程序的恶意url。数据集被分为四种类型,即网络钓鱼,良性,污损和恶意软件。总共有651,191个url被用于拟议的实施。采用随机森林、LightGBM和XGBoost三种机器学习算法对恶意url进行检测和分类。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Malicious URL Detection and Classification Analysis using Machine Learning Models
One of most frequent cybersecurity vulnerabilities is malicious websites or malicious uniform resource location (URL). Each year, people are losing billions of rupees by hosting gratuitous material (spam, malware, unsuitable adverts, spoofing etc.) and tempting naïve visitors to fall for scams. Email, adverts, web searches, or connections from other websites can all encourage people to visit these websites. Users click on the malicious URL in each instance, a trustworthy system that can categorize and identify dangerous URLs is needed due to rise in phishing, spamming, and malware occurrences. Due to the enormous amount of data, changing patterns and technologies, as well as the complex relationships between characteristics, non-availability of training data, non-linearity and the presence of outliers made classification challenging. In the proposed work, malicious URLs are detected for various applications. Dataset has been categorized into four types i.e., Phishing, Benign, Defacement and Malware. Totally 6,51,191 URLs have been used for proposed implementation. Three machine learning algorithms such as random forest, LightGBM and XGBoost were implemented to detect and classify malicious URLs.
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