Abstract

Blockchain is now utilized by a diverse spectrum of applications and is proclaimed as a technological innovation that transforms the way that data are stored. This technology has the potential to transform the healthcare sector, especially the prevalent issues of patient’s data-privacy and fragmented healthcare data. However, there is no evidence-based effort to develop a readiness assessment framework for blockchain that combines all the different social and economic factors and involves all stakeholders. Based on a systematic literature review, the proposed framework is applied to Portugal’s healthcare sector and its applicability is outlined. The findings in this paper show the unique importance of regulators and the government in achieving a globally acceptable regulatory framework for the adoption of blockchain technology in healthcare and other sectors. The business entities and solution providers are ready to leverage the opportunities of blockchain, but the absence of a widely acceptable regulatory framework that protect stakeholders’ interests is slowing down the adoption of blockchain. There are several misconceptions regarding blockchain laws and regulations, which has slowed stakeholder readiness. This paper will be useful as a guideline and knowledge base to reinforce blockchain adoption.

Highlights

  • Blockchain has been around for over a decade but has faced regulatory barriers that have slowed its adoption in key sectors

  • Most research done on blockchain, and regulation focuses more on the legal and judicial side of the spectrum; we propose a regulatory readiness assessment framework to test stakeholder readiness for blockchain adoption from a regulatory standpoint

  • We proposed a conceptual regulatory readiness assessment framework for blockchain

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Summary

Introduction

Blockchain has been around for over a decade but has faced regulatory barriers that have slowed its adoption in key sectors. Permissionless or public blockchain permits all participants to create a consensus; that is, there is no need for permission to be added as a node on the network [11,16,18]. In this blockchain layout, all participants can read and carry out transactions over the network. The hash value is encrypted using the private key, and this transaction can be confirmed between two participants on a blockchain network using the public key [16]

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