Phish Me如果你可以-词典分析和机器学习的网络钓鱼网站检测与PHISHWEB

Lucas Torrealba Aravena, P. Casas, Javier Bustos-Jiménez, Germán Capdehourat, M. Findrik
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引用次数: 1

摘要

我们介绍了PHISHWEB,一种新的网站网络钓鱼检测方法,它通过渐进的多层分析来检测和分类恶意网站。PHISHWEB的检测包括伪造域,如同音异义和打字,以及通过DGA技术自动生成的域。PHISHWEB的重点是对域名本身进行基于词典编纂的分析,提高该方法的适用性和可扩展性。将PHISHWEB应用于多个开放域名数据集的初步结果表明,准确率和查全率均在90%以上。我们还通过机器学习(ML)扩展了PHISHWEB对DGA域的检测,使用了一小组高度专业化的词典学域特征。DGA域的检测结果表明,在虚警率低于1%的情况下,PHISHWEB的ml扩展将非ml PHISHWEB DGA检测器和最先进的DGA检测器提高了至少60%,准确率和召回率分别达到93.1%和84.8%。最后,我们还介绍了PHISHWEB在实际应用中的初步结果,在大型移动和固定线路运营网络中收集的野生DNS请求中,讨论了一些发现。
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Phish Me If You Can – Lexicographic Analysis and Machine Learning for Phishing Websites Detection with PHISHWEB
We introduce PHISHWEB, a novel approach to website phishing detection, which detects and categorizes malicious websites through a progressive, multi-layered analysis. PHISHWEB’s detection includes forged domains such as homoglyph and typosquatting, as well as automatically generated domains through DGA technology. The focus of PHISHWEB is on lexicographic-based analysis of the domain name itself, improving applicability and scalability of the approach. Preliminary results on the application of PHISHWEB to multiple open domain-name datasets show precision and recall results above 90%. We additionally extend PHISHWEB’s detection of DGA domains through Machine Learning (ML), using a small set of highly specialized lexicographic domain features. Results on the detection of DGA domains show that, for a false alarm rate below 1%, the ML-extension of PHISHWEB improves non-ML PHISHWEB DGA detector as well as state-of-the-art by at least 60%, realizing precision and recall values of 93.1% and 84.8%, respectively. Finally, we also present preliminary results on the application of PHISHWEB to real, in the wild DNS requests collected at large mobile and fixed-line operational networks, discussing some of the findings.
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