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This book investigates the recent applications of blockchain technology in financial services, energy sector, and summarizes regulatory responses, to set the scene for future work on corporate governance.
This edited book highlights the current governance framework for the blockchain and its development as a self-governing framework. It discusses blockchain technology's effectiveness in developing solutions for supply chains, trade finance, and banking. Moreover, it shows how banking and financial institutions are the major beneficiaries of this decentralized technology. Furthermore, the book outlines the link between company governance theories, regulatory, ethical, and social controls, and blockchain adoption. It also investigates the recent applications of blockchain technology in financial services, the health sector, and the energy sector.
Audience
The book is specially designed for researchers, industrialists, engineers, graduate students, and policymakers, who aspire to learn, discuss, and carry out further research into the opportunities offered by blockchain and the possible ways of regulating it.
Kiran Sood, PhD, is an associate professor in the Business School, Chitkara University, Punjab, India. She earned her doctorate in Commerce with a concentration on Product Portfolio Performance of general insurance companies in India in 2017 from Panjabi University, Patiala. Before joining Chitkara University in 2019, she worked in four organizations with a total experience of 16 years. She serves as an Editor of the International Journal of BioSciences and Technology and the International Journal of Research Culture Society.
Rajesh Kumar Dhanaraj, PhD, is an associate professor in the School of Computing Science and Engineering at Galgotias University, Greater Noida, U. P, India. He has published 35+ articles in various journals and conference proceedings and contributed chapters to various books. His research and publication interests include cyber-physical systems, wireless sensor networks, and cloud computing. He is an Expert Advisory Panel Member of Texas Instruments Inc USA.
Balamurugan Balusamy, PhD, is an associate professor at VIT University, Vellore, India. He has authored/edited about 30 books on various technologies. He has published more than 150 publications in quality journals, conferences, and book chapters. He serves on the advisory committees for several startups and forums and does consultancy work for the industry on Industrial IoT.
Seifedine Kadry, PhD, is a professor in the Department of Applied Data Science, Noroff University College, Kristinasnad, Norway, and the Department of Electrical and Computer Engineering, Lebanese American University, Byblos, Lebanon. He is also an ABET Program Evaluator of computing and an ABET Program Evaluator of engineering technology. His current research interests include data science, education using technology, system prognostics, stochastic systems, and probability and reliability analysis.
Kuldeep Singh Kaswan1, Jagjit Singh Dhatterwal2, Kiran Sood3* and Balamurugan Balusamy1
1School of Computing Science and Engineering, Galgotias University, Greater Noida, India
2School of Computing Science and Engineering-AI&DS, Koneru Lakshmaiah University, Vaddeswaram, Guntur, Vijayawada, Andhra Pradesh, India
3Chitkara Business School, Chitkara University, Rajpura, Punjab, India
Initially, cryptographic algorithms were used as a public transaction ledger for cryptocurrencies. Beyond cryptocurrency, cryptographic protocols have lately been investigated for various additional applications due to their unique qualities such as scalability, security, accountability, and anti-tampering. Such characteristics are beneficial for a range of important difficulties encountered in the financial industry. Because the energy industry is quickly diminishing, there has been a greater emphasis on investigating the use of sustainable power (e.g., solar energy and wind energy) in replacement fossil fuel. Blockchain-based technologies are intended for use in the (decentralized) energy market. With the help of the energy sector, use in the Healthcare Industry is adopting technologies that allow the digitization of health records and automation of various plausible clinical procedures. To change the environmental issues related to the use of this currency and the hidden in the wings, blockchain technology has been recognized as the driver of innovation in various fields, contributing to creating a more sustainable world. This chapter discusses how blockchain technology is effective in healthcare, the energy sector, financial industry, and sustainable issue.
Keywords: Blockchain, sustainability, healthcare, electronic health records, bitcoin
The advanced digital cash tooled by using a hidden developer, whose name was Satoshi Nakamoto, blooming the doorway after a modern digital revolution, introducing now not solely a cryptocurrency, so that used to be last called, but current according to the people a current democratically-sustained daybook on entire transactions as would hold had excellent realistic services additionally between ignoble fields [1]. The innovation brought via Nakamoto (but that looks so should stay a group hidden below this pseudonym) represents a currency so much bypasses the legitimate way in imitation of produce yet trade money, primarily based of a medium financial institution yet a clearing authority. Yet, using a peer-to-peer charge system realized an originate supply software. This digital money leads thanksgiving to create a disbursed populace register containing entire Bitcoin transactions according to blockchain technology. As a result, whole peer-to-peer cash transactions are registered then stored without some altering within an impervious way together with no necessity regarding a medium bank, together with a mechanism over consistency amongst whole the network nodes who piece a portfolio of Bitcoins [2].
The use of blockchain applied sciences permits pecuniary corporations to push aside countless long-lasting prominent issues. One of the top-notch issues related to the imitation of bank credit is the scarcity of statistics regarding credit score scoring, inflicting individuals or SMEs to hold difficulties in acquiring loans via financial establishments. According to lead consistent purchaser evaluation, financial institutions are also struggling due to a lack of appropriate and precise information. It effectively handles government product schism and customization. "Along the same lines, investment vehicles provided by financial institutions include a comprehensive individual policy claims procedure, necessitating the engagement of several parties before the discharge or payment of a claim." Finally, current essential structures encouraging the priority over transactions concerning monetary corporations are primary targets as a result of cyber-attacks. World power systems are current via a non-stop change [3].
The focus has been shifted beside great warm or hydel government technology by tiny disbursed generation, generally based on renewable power systems. Incomplete governments additionally back this transit. There have also been sizeable improvements in grid technology. The current clever grid can supply actual era bi-directional flow over facts, i.e., real-time strength deficit and surplus, and real-time expenditures by each producer yet consumers. Intelligent grids do additionally accommodate intermittent baby suppliers of electricity. This variation of strength-era policy or improvement within grid technology has awakened ways because small-scale power producers yet customers after piece power. Additionally, it has borne ways according to purchase and promotes strength to strange peers upon an intelligent grid. Need has been felt by the shop this transaction among friends of a secure, non-alterable but rapidly on-hand way. Blockchain technological know-how offers by furnishing this secure, unalterable, yet quickly available ledger. Blockchain 1.0, the first age of blockchain, underpins Bitcoin, the first deployment of blockchain-based monetary technologies. The following generation, known as Blockchain 2.0, has emerged with the notion of intelligent construction. It is considered a segment of articles defined, performed, and recorded in the allocated ledger. Blockchain 3.0, the 0.33 technology in distributed ledger technology, specializes in truth, encompassing non-financial elements such as administration, environment, health, etc. [4].
Various firms adopted this technology and then utilized it because of a few uses cases in healthcare. The almost excellent purposes within the blockchain that are beneficial in imitating healthcare functions are decentralization, privacy, and safety, considering that blockchain technological know-how may also ensure secure access to scientific statistics for sufferers yet a range of stakeholders (insurance companies, hospitals, doctors, etc.).
The troubles confronted between implementing blockchain are issues faced by using the entire healthcare sector related to the privacy or security on healthcare-related intelligence. The statistics saved about EHR systems are troublesome, and modern designs that use them are now not Immune opposition to disallowed ingress yet return over the data [5]. At present, the just popular EHR storage approach is architecture, as it is centralized and client-server based, giving those authoring the dictation perfect get right of entry according to the entirety of the system. Such EHR tankage creates a deficiency regarding privacy that leads to protection flaws, whereby the secured facts may also remain stolen, tampered with, yet leaked. To fight these issues, security requirements (e.g., HIPAA, DISHA, or COBIT) have been developed and implemented in discipline according to guard patient health information. Implementing blockchain-based EHR structures desires to permit the impenetrable storage regarding healthcare statistics and the traits that blockchain generally comprises, certain as P2P networking consensus protocol, and then reap cryptography [6]. EHRs that are accrued and then stored within contemporary structures are saved. Hence, they are non-portable, appropriate by the number of courtesies recorded by the statistics and data, making them non-interoperable. An industrial motive is so much the institutions which gather information (EHR) work now not commonly feel devoted in imitation of construction fitness archives or records transportable then approachable, thinking about the worry as working the knowledge interoperable may want to propulsion according to a break over clients/patients, between the lawsuit that she figures out according to conclude their capabilities besides an extraordinary institution. Healthcare institutions deal with EHR information, so their assets, growing inconveniences, yet high prices for sufferers then those want by switch records in imitation of some other healthcare provider or provider [7].
Several institutions have now not successfully adopted more excellent superior records administration picks worldwide, as they must offer the Health Insurance Portability yet Accountability Act (HIPAA) criteria. Blockchain science gives a practicable direction regarding these aspects because of the embrace or interoperability concerning scientific information. EHR dividing, including blockchain technology, has presented incomplete approaches. A mold for using the Ethereum blockchain has been proposed, called the Gem Health Network. In Estonia, Guardtime, a company offering blockchain-based healthcare platforms, has established a provision via Estonian citizen's healthcare providers, yet health insurance firms execute reap scientific treatments. There have also been proposals where, among rules in imitation of minimizing the exchange over tremendous amounts of information through the system, a more accurate looking method would remain by only army metadata associated after events, which do lie health- yet medical-related on the blockchain. In that case, the genuine information yet files are saved in an international health cloud. There is no entirely agreed-upon list of necessities, so much a blockchain-based scientific information administration provision is required according to possess, ensuing among unique methodologies base been proposed or used. Seven standards are quintessential because blockchain-based scientific data administration systems bear...
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