WiFi Security Research Tool - Channel Analysis Simulator

A professional-grade simulation tool for wireless network analysis education and research.

⚠️ Important Disclaimer:
This is a simulation-only tool. It does not transmit any radio signals or interact with real networks.
For educational use in controlled environments only.

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📑 Table of Contents

• Features
• Installation
• Usage
• Technical Architecture
• Core Algorithms
• Contributing
• Contact

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🌟 Features

🛰️ Network Simulation

• Realistic channel hopping simulation
• Virtual signal propagation modeling
• Dynamic network environment generation

📊 Analysis Capabilities

• Multi-channel spectrum analysis
• Signal strength visualization (RSSI)
• Channel utilization metrics
• Interference pattern simulation

🎓 Educational Tools

• Step-by-step operation commentary
• Regulatory compliance guidance
• Security best practices documentation

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💻 Installation

Prerequisites

• GCC (≥ 9.0) or Clang (≥ 10.0)
• GNU Make
• Git

WSL Example

wsl --install
wsl
git clone https://github.com/dawoodkhatri1/Wifi-Jammer-using-arduino-uno.git
cd Wifi-Jammer-using-arduino-uno
./configure
make

Linux/macOS (CMake)

git clone https://github.com/dawoodkhatri1/Wifi-Jammer-using-arduino-uno.git
cd Wifi-Jammer-using-arduino-uno
mkdir build && cd build
cmake ..
make
sudo make install

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🚀 Usage

./wifi-simulator [OPTIONS]

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🧠 Technical Architecture

graph LR
    A[CLI Interface] --> B[Simulation Engine]
    B --> C[Channel Hopper]
    B --> D[Network Generator]
    C --> E[Timing Controller]
    D --> F[Randomization Service]
    B --> G[Analysis Module]
    G --> H[Report Generator]

Loading

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🧬 Core Algorithms

Channel Scanning

• Adaptive dwell time algorithm
• Signal detection probability model
• Channel state tracking

Network Simulation

• SSID pattern generation
• Realistic signal strength distribution
• Network behavior modeling

Analysis

• Channel congestion calculation
• Interference pattern analysis
• Network density estimation

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🤝 Contributing

We welcome contributions from:

• Wireless security professionals
• Academic researchers
• RF engineering specialists

Code Standards

• Follow existing style conventions
• Include comprehensive comments
• Provide test cases for new features
• Update documentation accordingly

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📬 Contact

Have suggestions or questions?
Open an issue or reach out via GitHub Discussions.