Implementing Blockchain in Fanet to Restrict UAV Access to Restricted Zones (based on gps spoofing)
I'm exploring the implementation of blockchain technology within a Fanet (Flying Ad-Hoc Network) to control UAV (Unmanned Aerial Vehicle) access to restricted zones. The goal is to register authorized UAVs on the blockchain and prevent unauthorized UAVs from entering these zones by detecting and blocking attempts to spoof credentials.
Specifically, I'm looking for guidance on the following aspects:
Blockchain Integration: Are there any specific blockchain platforms or protocols that are well-suited for securely registering and managing authorized UAVs within the Fanet?
Credential Spoofing Detection: What techniques or algorithms can be employed to detect attempts by unauthorized UAVs to spoof their credentials within the Fanet environment?
Tools and Simulation: Given that this is for educational purposes and hardware is not available, what software tools or simulators would be suitable for testing and simulating the implementation of blockchain-based UAV access control in a Fanet environment?
