Abstract:
DriversBlock is a decentralized application designed to modernize driver license issuance and
traffic violation data management using blockchain technology. Traditional systems, which
rely on paper-based processes or centralized databases, are prone to inefficiencies, data
manipulation, and fraud. DriversBlock addresses these issues by leveraging a tamper‑proof
ledger and employing soulbound tokens to ensure that driver licenses remain permanently
bound to their rightful owners.
The system incorporates role-based access control, enabling distinct functionalities for drivers,
police officers, and licensing authorities, thereby enhancing transparency and trust. Integration
with ThirdWeb for wallet management streamlines user authentication, making the platform
accessible to both technical and non‑technical users. Although testing was conducted on a local
Ganache environment due to challenges in obtaining Arbitrum test tokens, the architecture is
fully EVM-compatible, allowing for a seamless transition to live deployment on Arbitrum in
the future.
Through a combination of qualitative and quantitative evaluations, DriversBlock has
demonstrated its potential to significantly improve public recordkeeping and digital service
delivery in the transportation domain. This project sets a new standard for secure, efficient, and
scalable driver license and traffic violation data management.
