Research Article
Hybrid Rule-Based Solution for Phishing URL Detection Using Convolutional Neural Network
Table 9
Comparative analysis between solutions proposed in the present study and other studies.
| Solution | Based perspective | Accuracy | Error rate | Advantage | Disadvantage |
| Cantina [60] | Content and identity (static analysis) | 95% | 5% | Fast Can be integrated with phishing toolbars | Information gathered is still reduced Knowledge about URL is limited | Daeef et al. [61] | Lexical and machine learning (hybrid analysis) | 92.24% | 5.40% | Wide scope and fast phishing detection system | High false positive rate | Yang, Zhao, Zen. [62] | Blacklist, lexical, and deep learning CNN (static analysis) | 98.99% | 0.59% | Fast Based on deep learning | Needs improvement and more features | Jain and Gupta [63] | Visual similarity and machine learning (static analysis) | 99.72% | 1.89% | Fast to recognize targeted victims | Limited to e-banking websites Knowledge about URL is limited | Solution provided in the existing study | Blacklist Lexical Content Identity Visual similarity Behavioral Machine or deep learning (hybrid analysis) | 97.94% | 2.1% | Fast Based on rules Trusted Complete knowledge about a URL | Time and resource consuming when the whole process should be performed |
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