Leveraging Distributed Storage Systems in Conjunction with Blockchain Solutions to Enhance Data Redundancy and Privacy in Organizations

Abstract

Abstract In the current digital world, ensuring efficient storage capabilities and increased data privacy, as well as high data availability and redundancy, are critical key performance indicators for organizations striving for customer excellence. To achieve these, a modern two-layer technical architecture is proposed in this study. The core layer of the solution is an InterPlanetary File System (IPFS) Cluster that leverages the distributed storage concept, and the second is an Ethereum-based blockchain that leverages privacy and immutability mechanisms. Next, the two-layer architecture is implemented and deployed to enhance data protection, as well as optimize data storage and access for a mid-size organization. The results reveal the enhancement of IPFS to overcome its privacy concerns via role-based access and cryptographic techniques. Moreover, the benefits of utilizing IPFS for data redundancy, efficient storage, and transfer through its distributed nature were reported. Finally, the integration of the IPFS Cluster with the Ethereum-based blockchain, as well as the overall benefits, we described.