Secure_drone
Secure Drone Sync Bio-inspired, encrypted, and synchronized distributed drone communication system — inspired by dolphin hunting patterns and engineered for military-grade applications.
What is Secure Drone Sync?
Secure Drone Sync is a lightweight Python-based library and simulation framework for autonomous drones that:
- Synchronize flight phases via distributed phase-coupling models
- Secure all communication using AES-GCM encryption
- Dynamically hop frequencies to avoid interception
- Use bio-inspired timing logic (like dolphin fish-kicking and predator coordination) Originally inspired by dolphin pack hunting behavior observed in Tampa Bay, this project uses real-time synchronization mathematics and secure messaging to build swarm-ready drone intelligence.
Features
End-to-end encrypted UDP communications Frequency-hopping for jamming resistance Kuramoto-like phase synchronization model Modular encryption/authentication/signature layers Ready for tactical military deployment or distributed swarm robotics
Project Structure
secure_drone_sync/ ├── core/ │ ├── message.py # Heartbeat creation + serialization │ ├── sync_logic.py # Phase update algorithm │ ├── encryption.py # AES-GCM secure messaging │ ├── authentication.py # ECDSA signing & verification │ ├── frequency_hopping.py │ └── fail_safe.py ├── comms/ │ └── interface.py # UDP-based drone communication ├── test/ │ └── test_protocol.py # Dual-drone test sim ├── main.py # Entry point for real-world deployment └── config.py # (Optional) runtime configs