On Using Blockchains for Beyond Visual Line of Sight (BVLOS) Drones Operation: An Architectural Study
This addresses security and traceability issues for drone operators and manufacturers, but is incremental as it builds on existing blockchain concepts for drones.
The paper tackles the security vulnerabilities in Beyond Visual Line of Sight (BVLOS) drone operations by proposing a blockchain-based service architecture for on-chip compute platforms, with a concrete example realization.
Beyond Visual Line of Sight operation enables drones to surpass the limits imposed by the reach and constraints of their operator's eyes. It extends their range and, as such, productivity, and profitability. Drones operating BVLOS include a variety of highly sensitive assets and information that could be subject to unintentional or intentional security vulnerabilities. As a solution, blockchain-based services could enable secure and trustworthy exchange and storage of related data. They also allow for traceability of exchanges and perform synchronization with other nodes in the network. However, most of the blockchain-based approaches focus on the network and the protocol aspects of drone systems. Few studies focus on the architectural level of on-chip compute platforms of drones. Based on this observation, the contribution of this paper is twofold: (1) a generic blockchain-based service architecture for on-chip compute platforms of drones, and (2) a concrete example realization of the proposed generic architecture.