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Improving Auto-Detection of Phishing Websites using Fresh-Phish Framework

机译:使用Fresh-Phish框架改善网络钓鱼网站的自动检测

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摘要

Denizens of the Internet are under a barrage of phishing attacks of increasing frequency and sophistication. Emails accompanied by authentic looking websites are ensnaring users who, unwittingly, hand over their credentials compromising both their privacy and security. Methods such as the blacklisting of these phishing websites become untenable and cannot keep pace with the explosion of fake sites. Detection of nefarious websites must become automated and be able to adapt to this ever-evolving form of social engineering. There is an improved framework that was previously implemented called "Fresh-Phish", for creating current machine-learning data for phishing websites. The improved framework uses a total of 28 different website features that query using python, then a large labeled dataset is built and analyze over several machine learning classifiers against this dataset to determine which is the most accurate. This modified framework improves the accuracy of modeling those features by using integer rather than binary values where possible. This article analyzes not just the accuracy of the technique, but also how long it takes to train the model.
机译:互联网的居民正遭受越来越多的频率和复杂性的网络钓鱼攻击。带有真实外观的网站的电子邮件会诱使用户不知不觉地交出其凭据,从而危及其隐私和安全。将这些网络钓鱼网站列入黑名单之类的方法变得站不住脚,无法跟上假网站的爆炸式增长。对恶意网站的检测必须变得自动化,并且能够适应这种不断发展的社会工程形式。有一个以前称为“ Fresh-Phish”的改进框架,用于为网络钓鱼网站创建当前的机器学习数据。改进的框架总共使用28种不同的网站功能,这些功能使用python查询,然后建立了一个带有标签的大型数据集,并针对该数据集对几个机器学习分类器进行了分析,以确定哪个最准确。此修改后的框架通过在可能的情况下使用整数而不是二进制值来提高对这些特征建模的准确性。本文不仅分析了该技术的准确性,还分析了训练模型所需的时间。

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