Command and Control Traffic Detection and Mitigation in Botnet Driven Networks

In the evolving landscape of cybersecurity, the threat of hackers exploiting system vulnerabilities remains a persistent challenge. The cyber kill chain outlines the series of steps attackers follow to infiltrate and compromise systems. A critical phase in this chain involves the establishment of a Command and Control (C2) server, through which malicious actors maintain control over the compromised systems and transfer beacons to exfiltrate information. This project introduces a novel technique aimed at disrupting the cyber kill chain by detecting and mitigating the establishment of C2 paths by using scanning tools. By integrating a proactive detection mechanism, the system identifies attempts to establish C2 communication channels in real-time. Upon detection, a dialogue box is immediately triggered, alerting the user to the suspicious activity. The user is then prompted to provide authentication via biometric verification or password entry, adding an additional layer of security. This approach not only enhances the detection capabilities of the system but also empowers users to take timely action, thereby preventing unauthorized data transfer to attackers. The project’s implementation focuses on developing a code module that seamlessly integrates with existing security frameworks, providing a robust defense against advanced persistent threats (APTs) and significantly reducing the risk of successful cyber intrusions.