Simple WIFI Simulator Toolkit

Under Development

This Code Support Plugins 😊😊😊

📡 Wi-Fi Security Simulator Toolkit

An educational simulator for understanding Wi-Fi security vulnerabilities - For legal and educational purposes only

⚠️ Critical Security Notice

This is purely an educational simulation tool with NO real-world hacking capabilities.
Unauthorized use of security tools on networks you don't own is illegal. You are responsible for ethical use of this software.

🌟 Introduction

The Wi-Fi Security Simulator is an interactive educational package that:

• Demonstrates common Wi-Fi attack mechanisms in simulated environments
• Teaches security vulnerabilities in WEP/WPA/WPA2 protocols
• Designed for cybersecurity students, beginner pentesters, and enthusiasts
• Makes NO actual connections to real networks

🛠️ Key Features

• 🎭 Common attack simulations:
  • Deauth Attack (Service disruption)
  • Evil Twin (Rogue access point)
  • WEP/WPA2 Cracking (Simulated environment)
• 📊 Interactive reporting system
• 📶 Wi-Fi network simulator with various security profiles
• 🧪 Isolated lab environment with zero real-world impact
• 🖥️ CLI interface with step-by-step guidance

⚡ Quick Start

Prerequisites

• Python 3.8+
• pip package manager

Installation

git clone https://github.com/ysnrfd/wifi-hack-simulator-toolkit.git
cd wifi-hack-simulator-toolkit
pip install -r requirements.txt

Running Simulations bash

View help menu

python simulator.py --help

Run deauthentication attack simulation

python simulator.py --attack deauth --target TEST_NETWORK

Simulate Evil Twin attack

python simulator.py --attack evil_twin --ssid "Free_WiFi" 📚 Simulation Environment The tool automatically creates a sandboxed environment with:

text 📶 Simulated Networks:

• HOME_WIFI (WPA2)
• CAFE_NET (Open)
• OFFICE_SECURE (WPA3)

🔒 Test Credentials (Simulation Only): SSID: HOME_WIFI Password: "SimulatedPass123!" � Educational Framework This simulator teaches core security concepts:

WEP Protocol Weaknesses

IV (Initialization Vector) vulnerabilities

Key recovery attacks

WPA/WPA2 Vulnerabilities

Dictionary attacks

Brute-force techniques

Protection Mechanisms

WPA3 advantages

PMF (Protected Management Frames)

Enterprise authentication principles

📖 Operational Guide Creating Attack Scenarios python from simulator import AttackScenario

Configure attack scenario

scenario = AttackScenario( ssid="Corporate_Network", encryption="WPA2", password="WeakPass123" )

Execute simulation

scenario.run_simulation(attack_type="deauth") Sample Output text [+] Starting Deauth Attack Simulation... [!] Detected 3 simulated clients [+] Sending deauth packets to: Client-1 (00:1A:2B:3C:4D:5E) [✔] Simulation completed in 12.8s [!] 98% of clients disconnected in simulation ❓ FAQ ❓ Does this tool work on real networks? No. All operations occur in an isolated simulation environment.

❓ What technical knowledge is required? Basic command-line familiarity and networking concepts are sufficient.

❓ Will antivirus flag this tool? Some antivirus may alert due to attack simulations - this is normal and expected.

❓ Can I contribute new attack simulations? Yes! See our contribution guidelines below.

🤝 Contribution We welcome constructive contributions:

Open an issue to discuss changes

Fork the repository

Create your feature branch (git checkout -b feature/your-feature)

Commit your changes (git commit -am 'Add some feature')

Push to the branch (git push origin feature/your-feature)

Open a pull request

📜 License Distributed under the MIT License. See LICENSE for details.

Educational Use = ✅ Encouraged Malicious Use = ❌ Prohibited Created to promote security awareness and ethical hacking principles.

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Key Features of This README

1. Clear Ethical Positioning

   • Prominent security warnings at top
   • "Simulation Only" emphasis throughout
   • Legal use disclaimer

2. Professional Structure

   • Visual icons for quick scanning
   • Organized sections with logical flow
   • Code blocks with syntax highlighting

3. Educational Focus

   • Security concepts framework
   • Practical code examples
   • Sample output visualization

4. Quick Start Support

   • Simple installation instructions
   • Ready-to-use command examples
   • Simulated environment details

5. Community Engagement

   • Clear contribution guidelines
   • FAQ addressing common concerns
   • License visibility

6. Visual Design

   • Placeholder banner image
   • Color-coded note boxes
   • Consistent emoji usage

This README balances technical information with accessibility, clearly communicates the educational purpose, and provides all necessary information for users to get started while maintaining strong ethical guidelines.