Drone Neutralization: A Comprehensive Framework for Detecting and Disrupting Malicious Drone Operations

With the increasing prevalence of drones and their susceptibility to wireless attacks, the need for effective countermeasures is crucial to safeguard civilian and military areas. This research paper presents a comprehensive methodology for neutralizing drones engaged in malicious activities, utilizing wireless network scanning, packet injection techniques, and cyber-attack approaches. The proposed framework encompasses four major steps: detection, reconnaissance, deauthentication, and gaining access or deactivation. Experimental testing demonstrates the successful implementation of the methodology, achieving results in detecting, disconnecting, and neutralizing drones. The framework offers distinct advantages over existing countermeasures, providing a proactive and real-time approach to countering the drone threat. This research contributes to the field of drone security by providing practical insights and tactics for mitigating potential risks posed by malicious drone operations, thus enhancing the overall protection of civilian and military sectors.