Blockchain-Based Decentralized Architecture for Software Version Control

Version control is an important component of configuration management, and most enterprise-level software uses different tools technologies to manage the version such as CVS, Subversion, or Perforce. Following success bitcoin, first practical application blockchain, it being implemented in other fields healthcare, supply chains, financial real estate, electoral systems, so on. Blockchain’s core features include decentralization, immutability, interminability. Most repositories are centralized can be modified by external sources, implying that they danger corrupted controlled. In this study, we present BDA-SCV architecture for implementing a system blockchain technology. Our proposed approach would replace necessity system, with decentralized using distributed file storage, which will use InterPlanetary File System (IPFS), system. The proof authority (PoA) consensus algorithm used approve developer communicating modifications private network; only provide permission not able add, edit, delete code files. For each change, ledger block created reference stored repository. A cannot manipulated once has been created. Smart contracts register developers, create blocks, suggested model Hyperledger Fabric network, authorizer ends built into dotnet web application.