WI-FI Jammer Simulator & Mitigation System

Abstract

Wi-Fi networks are widely used in homes, enterprises, and IoT systems due to their convenience and low deployment cost. However, they are vulnerable to attacks such as deauthentication and jamming, which disrupt availability and disconnect legitimate users. This project presents a Wi-Fi Jammer Simulator & Mitigation System designed purely for academic and educational purposes. Instead of performing illegal jamming, the system simulates attack conditions in a controlled environment to demonstrate how disruptions occur and how recovery mechanisms work. The system detects abnormal Wi-Fi behavior such as sudden disconnections, signal drops, and packet loss, and applies mitigation techniques including automatic reconnection and channel switching. A web-based dashboard visualizes attack detection, system status, and mitigation results in real time. The project emphasizes ethical experimentation and aims to educate students on wireless network vulnerabilities and resilience strategies.