Problem Statement

Modern cybersecurity environments require effective mechanisms for monitoring, analyzing, and understanding malicious activities targeting web applications.

Although many security solutions exist, most traditional defensive systems focus primarily on attack prevention and detection rather than analyzing attacker behavior and exploitation techniques in controlled environments.

In addition, many existing honeypot solutions are either limited in flexibility, difficult to customize, or heavily dependent on commercial security platforms and proprietary monitoring systems.

This creates challenges for cybersecurity researchers and defenders who require a structured and extensible framework for collecting attack data, monitoring intrusion attempts, and analyzing web-based threats.

Furthermore, the lack of modular honeypot frameworks focused on web application vulnerabilities reduces the ability to simulate modern attack scenarios and study attacker interaction patterns effectively.

Therefore, there is a need for a scalable and research-oriented honeypot framework capable of simulating vulnerable web environments, capturing malicious activities, and providing organized threat analysis features within a centralized management system.