Blockchain-Based Software Version Control System

Abstract

This paper proposes a novel approach to software version control leveraging the inherent properties of blockchain technology. Traditional version control systems suffer from centralized vulnerabilities and single points of failure, leading to potential data loss and compromised integrity. This system addresses these limitations by utilizing blockchain's immutable ledger and distributed storage capabilities. Each software code version is recorded as a transaction on the blockchain, secured by a consensus mechanism. This ensures a complete and verifiable history of code changes, dramatically enhancing security, reliability, and transparency compared to conventional methods. The core claim of this work is that the combination of blockchain's features provides a significantly more robust and trustworthy software version control solution. The system's design incorporates key mechanisms such as transaction hashing, smart contracts for version management, and a distributed consensus protocol to guarantee data integrity and consistency. The resulting architecture offers a compelling alternative for organizations seeking a secure and resilient software development environment.