Enhancing Interoperability in Healthcare Management Systems Through the Integration of Blockchain Technology and Big Data

Abstract

Blockchain technology has become a changing agent in many different sectors when open, permanent decentralized ledgers are presented. But the spread of several blockchain systems has upset ecosystems, so networks find it more difficult to exchange data and operate coherently. Currently mostly applied is the answer for interoperability issues in homogeneous blockchain systems, so creating a major hole in communication between many platforms. This work intends to develop an algorithm and conceptual framework to enable communication between two independent blockchain systems, Ethereum and Hyperledger Fabric. Using an Interoperability between Hyperledger Fabric and Ethereum Using Hyperledger Cactus (IHFEUC) approach, it evaluates numerous blockchain interoperability for organ donation system. Then criteria are created to choose Hyperledger Fabric and Ethereum as models of interoperability testing. Hyperledger Cactus conceptual framework employing IHFEUC makes possible the elements and connections between the two networks. By way of simple interoperable communication between Ethereum and Hyperledger Fabric, experimentally achieved results guarantee efficiency and interoperability in organ donation transactions.