WAVE_LAB_DL0V1

🌀 DemonLion Wave Lab – DL0V1

Real-Time Mic • Camera Motion • RF (WiFi) Wave Visualiser

The DemonLion Wave Lab is a multi-sensor, real-time wave visualisation system that merges audio, optical, and radio signals into a unified oscilloscope-style interface.

It allows you to see how the world of waves behaves — sound waves, camera motion, and WiFi RF fields — forming the foundation of:

• WiFi radar
• Through-wall sensing
• RF motion detection
• Signal intelligence (SIGINT)
• AI-based sensor fusion
• Cyber-physical hacking tools

This is DL0V1 — the first experimental build.

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🚀 Features

🎤 Wave 1 — Microphone (Audio Energy)

• Captures audio input
• Converts amplitude into a smooth waveform

📸 Wave 2 — Camera Motion

• Detects motion by comparing brightness changes across video frames

🔮 Wave 3 — Synthetic Sine Wave

• Adjustable amplitude, frequency, and phase

📡 Wave 4 — WiFi RSSI (Radio Signal Strength)

• Python backend reads RSSI, Noise, SNR using macOS airport -I
• Frontend displays real-time RF fluctuations

🧬 Merged Wave

Combine waves using:

• Sum (1+2+3+4)
• Average
• Difference modes (1–2, 1–3, 1–4)

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📁 Project Structure

WAVE_LAB_DL0V1/
│
├── demonlion_wave_lab_full.html     # Main frontend interface
├── wifi_wave_server.py              # Python backend for WiFi RSSI
├── camera_wave.html                 # Minimal camera motion test
├── README.md                        # Project documentation
└── .gitignore (optional)

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🧠 How Each Wave Works

Mic Wave

• Uses Web Audio API
• Computes RMS (energy)
• Normalized into visible waveform

Camera Motion Wave

• Captures video frames
• Computes brightness differences
• Outputs motion intensity signal

Synthetic Wave

• Pure sine generator
• Adjustable frequency, amplitude, phase

WiFi RSSI Wave

• Python script parses macOS WiFi diagnostics
• Sends RSSI/Noise/SNR as JSON
• Delta-based algorithm visualizes subtle RF changes

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🛠 How to Run Locally

1️⃣ Start WiFi Server (Terminal 1)

python3 wifi_wave_server.py

You should see:

[wifi_wave_server] Starting on http://localhost:5000/wifi

2️⃣ Start Local Web Server (Terminal 2)

python3 -m http.server 8000

3️⃣ Open the Wave Lab

Navigate to:

http://localhost:8000/demonlion_wave_lab_full.html

Allow Camera + Microphone permissions.

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⚠ Notes & Limitations

• WiFi RSSI changes are small by nature
• Movement between router and laptop affects RF wave strongly
• Chrome recommended for full permissions
• GitHub Pages hosting works but with limited sensors

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🔮 Future Versions (DL0V2 → DL0V3)

• Bluetooth RSSI Wave
• Ultrasound motion/sonar
• Magnetic-field readings
• WiFi CSI (advanced RF multipath data)
• AI interpretation of waves
• Through-wall motion classification
• RF environment mapping

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👤 Author

0xDL01 (DemonLion) AI • Cybersecurity • RF Sensing • Offensive Engineering MSc Artificial Intelligence & Its Applications — University of Essex

GitHub: https://github.com/0xDL01 Project Page: https://0xdl01.github.io/WAVE_LAB_DL0V1/