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Over the past decade, significant technological advancements have taken place, with a strong focus on systems designed to enhance the security and reliability of distributed data across various sectors, both public and private. Among these technological innovations, blockchain technology has emerged as a standout paradigm, offering unique characteristics that guarantee data security and reliability in different applications. The model presented represents a culmination of efforts that trace their origins to the Ethereum platform, restructured to align with Hyperledger Fabric. This transformation elaborated according to the comprehensive analysis of various Hyperledger frameworks involving segmentation, comparison, and selection of components that augment the model's conceptual foundation. The overarching objective of this article is twofold: firstly, to delve into the exploration of Hyperledger technology, substantiating the rationale behind the chosen implementation model, and secondly, to showcase the model's restructuring within the framework presented. A central facet of this article is a compelling case study that illustrates the transformative potential of blockchain technology in reshaping existing systems and processes. Specifically, integrating Hyperledger Fabric as an enterprise-grade technology underscores its role in facilitating the practical implementation of blockchain solutions. Ultimately, the primary contribution of this article lies in its endeavour to formalise knowledge surrounding blockchain technology applicability and to underscore its potential societal and organisational benefits. By presenting a well-structured model and a practical case study, this work aims to advance the comprehension of blockchain's relevance and capacity to drive positive change across various domains.
Dias et al. (Mon,) studied this question.