Created on 28th February 2024
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In shared environments, the proliferation of connected devices often results in network congestion, leading to slower internet speeds and the potential for unwanted connections due to password leaks. To combat this issue, we introduce the Wifi Jammer, a versatile solution capable of not only disrupting internet access in specific areas but also remotely accessing and managing any device functioning as a router, including mobiles, laptops, and routers.
This device offers a unique approach to selectively disconnecting devices from a router, thereby improving network efficiency. This study details the development and deployment of the Wifi Jammer, highlighting its advanced cloning capabilities and user-friendly interface. Through surveys and real-world testing, we showcase the effectiveness of this device in prioritizing user activities, regulating network traffic, and providing smoother internet access in various environments.
The Wifi Jammer presents an affordable and effective solution for enhancing network control, ensuring a seamless online experience for users in dynamic and high-demand settings.
Challenges encountered during project development:
Gathering resources
Extensive research requirements
Ensuring proper device attachment and compatibility
Component sourcing and selection
Algorithm analysis and optimization
Ensuring proper functionality and connection between software and hardware used in this project for a user-friendly interface"
Technologies used
NodeMCU ESP8266: A versatile NodeMCU-based WiFi jammer for prototyping and experimentation.
USRP2-Based Jamming Prototype: A sophisticated WiFi signal disruptor for blocking wireless signals effectively.
DIY Deauther with NodeMCU ESP12: Customizable WiFi jammer featuring advanced functionalities.
Python for server-side backend
facilitating seamless communication and control.
Bootstrap for frontend development
enhancing the user interface and experience.
Integrated C-MOS battery technology for efficient ON/OFF operations
optimizing performance.