Paper-Conference

Finding methods to bypass Web Application Firewalls (WAFs) by mutating HTTP requests using fuzzing approaches.

This study analyzes the evolution of vulnerabilities in open-source ecosystems, revealing trends in growth, distribution, and critical factors influencing security risks.

This research investigates how cybercriminals exploit digital code-signing certificates to disguise malicious software as legitimate, trusted programs. By analyzing how modern web browsers and operating systems handle these “signed” threats, the study reveals significant inconsistencies in security responses that leave users vulnerable to deception. To address these gaps, the study demonstrates that a specialized browser extension can effectively narrow the attack surface and provide a more robust defense against certificate-based exploits.

Measuring and Evaluating the Performance of Generative AI Models for Scam Detection

The evolution of increasingly more complicated web applications relies on browsers constantly adding and removing features. At the same time, some of these web services use browser fingerprinting to track and profile their users with clear disregard for their web privacy. In this paper, we perform an empirical analysis of browser features evolution and aim to evaluate browser fingerprintability.