Project Citadel - Nineveh Shadow Ops Facility

🛡️ Overview

Project Citadel is an advanced security system designed to protect high-value, sensitive areas. This system integrates cutting-edge technologies like radar, sensors, and automation to detect, deter, and respond to potential security breaches effectively.

The project demonstrates a blend of cybersecurity principles, IoT innovation, and Python development skills, making it a robust prototype for real-world applications.

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🚀 Features

1. Room 1: Motion Detection

   • Equipped with a PIR sensor for motion detection.
   • Activates an LED strobe light and an audible alarm upon detecting movement.
   • Toggle system arming/disarming via a button interface.

2. Room 2: Intruder Trap

   • Utilizes a force-sensitive resistor (FSR) to detect unauthorized access.
   • Triggers a water pump to flood the room as a countermeasure.
   • Protected by an authorization PIN to arm and disarm the system.

3. Room 3: Gas Release Simulation

   • Incorporates an LDR-based laser tripwire for breach detection.
   • Activates an ultrasonic humidifier and displays a breach message on an LCD.
   • Disarmed using a passphrase (PhantomMist).

4. Radar System: Proximity Monitoring

   • Implements a servo-controlled ultrasonic radar to scan for objects.
   • Sends real-time data to a Processing-based GUI for visualization.
   • Detects objects within 40 cm and logs the distance and angle.

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📂 Folder Structure

Project-Citadel/ │ ├── Room1/ │ ├── room1_pir_sensor.py # Code for motion detection and alarm system │ ├── Room2/ │ ├── room2-test.py # Code for the intruder trap with FSR │ ├── Room3/ │ ├── room3-test.py # Code for gas release simulation │ ├── RadarSystem/ │ ├── radar.py # Python code for the radar system │ ├── Radar.pde # Processing code for radar GUI visualization │ └── README.md # Project documentation

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🔧 Hardware Components

• Raspberry Pi (Any model with GPIO support)
• PIR Sensor
• Force-Sensitive Resistor (FSR)
• Ultrasonic Sensor (HC-SR04)
• Servo Motor
• Ultrasonic Humidifier
• Laser Module + LDR
• LCD1602 I2C Display
• 4-Channel Relay Module
• Water Pump
• LEDs, Wires, and Breadboard

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📜 Software Requirements

• Python 3.x
• Libraries:
  • gpiozero
  • RPLCD
  • RPi.GPIO
• Processing IDE (for radar visualization)

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🖥️ How to Run

1. Clone this repository:

   git clone https://github.com/mr-robot1552/Project-Citadel.git
   

Install required Python libraries:

bash Copy code pip install gpiozero RPLCD RPi.GPIO Run the scripts for each room and radar system:

Room 1: python3 room1/room1_pir_sensor.py Room 2: python3 room2/room2-test.py Room 3: python3 room3/room3-test.py Radar: python3 RadarSystem/radar.py Open the Processing IDE and load RadarSystem/Radar.pde for GUI visualization.

🌟 Highlights Cybersecurity Integration: Each room features unique countermeasures against intrusion. Real-time Monitoring: The radar system provides live proximity updates via a GUI. Scalable Design: Modular architecture makes it easy to add or modify components.

🔧 Visuals Radar GUI

Hardware Schematics

🛠️ Challenges Faced Calibrating sensor sensitivity to reduce false alarms. Synchronizing multiple systems for seamless operation. Debugging TCP communication for the radar's Processing GUI.

💡 Future Enhancements Add camera modules for real-time video surveillance. Integrate with a mobile app for remote monitoring. Improve breach countermeasures with additional sensors and actuators. 📧 Contact Feel free to reach out if you have questions or suggestions about this project