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What's The Best Blockchain To Invest In

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By Seyednima Khezr Seyednima Khezr Scilit Preprints.org Google Scholar View Publications 1, * , Md Moniruzzaman Md Moniruzzaman Scilit Preprints.org Google Scholar View Publications 1, Abdulsalam Yassine Abdulsalam Yassine Scilit Google Preprints and Abdulsalam Yassine S.salam Printing. org Google Scholar View 2 publications

Submission received: April 1, 2019 / Revised: April 21, 2019 / Received: April 22, 2019 / Published: April 26, 2019

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Blockchain technology is one of the most important creative inventions and developments that play an important role in today’s professional world. Blockchain technology is moving in the direction of revolution and eternal change. It is a blockchain that hides information and maintains trust between people, no matter how far apart they are. The rise of blockchain technology over the past few years has forced academics and practitioners to explore new ways to apply blockchain technology in various domains. The dramatic growth of blockchain technology has opened up many new applications, including healthcare applications. This survey provides a comprehensive overview of blockchain-based healthcare technologies and related applications. In this issue, we focus on open research questions in a rapidly developing field and explain them in detail. We also present the potential of blockchain technology to revolutionize the healthcare industry.

The rapid expansion of digitization in health care has led to the creation of large electronic patient records. This growth presents an unprecedented demand for the protection of health data during use and exchange. The improvement of blockchain technology as a responsible and transparent mechanism for data storage and distribution opens up new opportunities to solve the problems of protection, security and integrity of critical data in the health sector. Blockchain technology has received significant attention in industry and academia over the past few years. In fact, new blockchain applications and research studies appear every day [1, 2, 3, 4]. Blockchain technology is identified as a distributed ledger technology for peer-to-peer (P2P) network digital data transactions that can be distributed publicly or privately to all users and allows all types of data to be stored in a reliable and verifiable way [1, 5]. Another key concept in blockchain is smart contracts, legal policies that include customizable rules by which various parties agree to interact with each other in the form of decentralized automation [6, 7]. Blockchain technology has generated many smart contract applications in many fields ranging from energy resources [8], financial services [9, 10], voting [11, 12, 13] and health [6]. Blockchain technology provides transparency and eliminates the need for external administrators or intermediaries [1]. It uses consensus and cryptographic mechanisms to verify the legitimacy of transactions in an untrusted and untrusted environment [1, 14]. In a blockchain distributed P2P transaction network, the receiving node authenticates the message; If the message is valid, the message is stored in the block. A consensus algorithm is then used to verify each block of data; This is called ‘Proof of Work (PoW)’. After executing the consensus algorithm, the block is added to the chain, all nodes in the network receive the block and distribute the chain continuously [15, 16]. One of the most important applications of blockchain technology is healthcare. The potential of Blockchain lies in solving challenges related to data security, data protection, sharing and storage in healthcare [17, 18]. One of the requirements of the healthcare industry is interoperability. It is the ability of humans and machines to exchange data or information accurately, efficiently and consistently [19, 20, 21, 22]. In healthcare, interoperability aims to facilitate the exchange of health-related information such as electronic health records (EHRs) between healthcare providers and patients, so that data can be shared across environments and distributed across different hospital systems [ 23 , 24 , 25 , 26]. In addition, interoperability allows providers to share patient health records securely (if the patient has consented) regardless of the provider’s location and the trust relationship between them [27]. This is especially important because of the multiple sources of health data. This aspect of interoperability is addressed using blockchain technology, which has demonstrated the ability to securely store, manage, and share EHRs among healthcare communities [ 28 ]. In addition, the rising cost of healthcare infrastructure and software in these industries is putting great pressure on the global economy [29]. In the health sector, blockchain technology has a positive impact on health care outcomes for companies and stakeholders to optimize business processes, improve patient outcomes, manage patient data, improve compliance, reduce costs and better use health data.[30] Equally important, blockchain technology can affect the flow of drugs and medical devices in long and complex healthcare supply chains. Blockchain in the healthcare supply chain promises to eliminate the risk of counterfeit drugs endangering patients worldwide. Blockchain technology is currently being explored in various healthcare applications such as data management, storage, device connectivity, and Internet of Medical Things (IoMT) security. The many benefits provided by blockchain technology in the application areas mentioned above have a positive impact on the quality of experience (QoE) for many stakeholders and end users, including patients, caregivers, researchers, pharmaceutical companies, and insurance companies. The ability to share health data without compromising user data privacy and security is one of the fundamental steps to make health systems smarter and improve the quality of health services and user experience. The purpose of this article is to provide a timely overview of the health applications of blockchain technology and its impact on health economics, quality assurance, and new business opportunities.

Currently, many review articles in open literature deal with blockchain technology applications in fields such as finance [31, 32, 33, 34], Internet of Things (IoT) [35, 36, 37, 38, 39], etc. energy sector [8, 40, 41], government [42, 43, 44], and privacy and security [15, 45, 46, 47]. While several review papers address health applications of blockchain technology, there is no comprehensive and comprehensive critical review of recent research on blockchain-based health applications. For example, the work presented by Mettler [48] provides a brief overview of healthcare applications using blockchain technology. The study only considered three areas: public health management, user-oriented medical care and pharmaceutical counterfeiting. Although the paper is the first to provide a high-level overview of emerging blockchain-based healthcare applications, it mainly focuses on the functional aspects and benefits of the technology. In 2017, Kuo et al. [49] published another review paper on health and biomedical applications based on blockchain technology. Kuo et al. [49] mainly discusses traditional blockchain technology (features of bitcoin) and its architecture. The author then describes aspects of blockchain technology for medical record management, insurance claims processing, biomedical research, and health data ledgers. Furthermore, the author does not elaborate on the technical aspects of central knowledge dissemination. In the same study, Stagnaro et al. [50] describes several use cases for applying blockchain technology in healthcare. In particular, use cases focus on improving interoperability requirements and patient care records, as well as supply chain management (SCM). The main disadvantage of the study is that the use cases are limited and new blockchain-based health applications are not closely followed. Hölbl et al. [51] provided a systematic analysis of healthcare applications using blockchain technology. The authors discuss several articles published in this field between 2008 and 2019 and provide a systematic literature review. However, it is not critical to evaluate the experiments carried out in the application area under investigation. In another related work, Radanović and Likić [52] examined blockchain technology in medicine, including health insurance, EHR, drug supply, biomedical research, and procurement processes.

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