Phishout: Effective phishing detection using selected features
Source of Publication
Proceedings of the 2020 27th International Conference on Telecommunications, ICT 2020
Phishing emails are the first step for many of today’s attacks. They come with a simple hyperlink, request for action or a full replica of an existing service or website. The goal is generally to trick the user to voluntarily give away his sensitive information such as login credentials. Many approaches and applications have been proposed and developed to catch and filter phishing emails. However, the problem still lacks a complete and comprehensive solution. In this paper, we apply knowledge discovery principles from data cleansing, integration, selection, aggregation, data mining to knowledge extraction. We study the feature effectiveness based on Information Gain and contribute two new features to the literature. We compare six machine-learning approaches to detect phishing based on a small number of carefully chosen features. We calculate false positives, false negatives, mean absolute error, recall, precision and F-measure and achieve very low false positive and negative rates. Naive Bayes has the least true positives rate and overall Neural Networks holds the most promise for accurate phishing detection with accuracy of 99.4%.
Institute of Electrical and Electronics Engineers Inc.
Computer crime; Electronic mail; Feature extraction; Filtration; Hypertext systems; False negatives; Information gain; Knowledge extraction; Machine learning approaches; Mean absolute error; Negative rates; Phishing detections; Sensitive informations; Data mining
Paliath, Suhail; Qbeitah, Mohammad Abu; and Aldwairi, Monther, "Phishout: Effective phishing detection using selected features" (2020). All Works. 2684.
Indexed in Scopus
Open Access Type
Green: A manuscript of this publication is openly available in a repository