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The purpose of this paper is to examine the institutional context of the entrepreneurial discovery of blockchain applications.

This paper draws on institutional and entrepreneurial theory to introduce the economic problem entrepreneurship in the early stages of new technologies, examines the diversity of self-governed hybrid solutions to coordinating entrepreneurial information and draws policy implications.

To perceive a valuable and actionable market opportunity, entrepreneurs must coordinate distributed non-price information under uncertainty with others. One potential class of transaction cost economising solution to this problem is private self-governance of information coordination within hybrids. This paper explores a diverse range of entrepreneurial hybrids coalescing around blockchain technology, with implications for innovation policy.

This paper points to the problem of how the defining of the innovation problem as either choice-theoretic or contract-theoretic changes the remit of innovation policy. Innovation policy and blockchain policy should extend beyond correcting sub-optimal investments or removing barriers to action, to incorporate how polices impact entrepreneurial choices over governance structures to coordinate information.

The purpose of this paper is to facilitate blockchain innovation immersion in accountancy organizations by providing tools that allow organizations to manage the change. The paper approaches blockchain technology (BT) through the lens of organizational change management, with a specific focus at the organization level.

A hybrid systematic literature review of relevant literature is presented based on recent research papers published in highly ranked scientific journals that capture how accounting organizations might manage the changes induced by BT.

The findings of the review indicate that implementing BT requires some new modus operandi. From individual behavior to organizational structure, the advantages of blockchain must be emphasized in all accounting and auditing organizations. Managers should forge a plan that takes advantage of employees' skills, competencies and talent, implementing forward-looking company procedures and actively deciding how to navigate workplace dynamics, personalities and responsibilities.

The main limitations of the study refer to the infancy of the BT and require the development of knowledge through future studies to allow a more accurate outline of the overall picture and a detailed one of the BT phenomena with applicability to accounting and auditing. At this stage, it is not yet possible to fully envision the implications of BT on professional accounting and auditing organizations. However, there will be clients who adopt BTs, so firms should work with them to understand BT-based accounting and auditing applications. That is, accounting and auditing organizations should expand their skills and knowledge to anticipate and meet clients' needs.

In a constantly digitalizing world, the traditional accounting and educational environment is changing but not quickly enough to meet the requirements of a blockchain accounting system yet. For this reason, practical implications on the daily activities of the organizations and the restructuration of their internal architecture have been revealed in this paper.

The paper approaches blockchain using the lens of organizational change management with a specific focus on the accounting and audit organizations, and it proposes solutions to cope with the arising technological challenges. A challenge itself is the implementation of blockchain, especially when an entity is not ready for the process. Therefore, the SWOT analysis elaborated in this paper and focused on the accounting and auditing firms is an element of novelty and at the same time, a helpful tool highlighting the main strengths, weaknesses, opportunities and threats of this technology, supporting organizations in assessing how ready they are for its adoption. The research on blockchain in accountancy organizations is still necessary for at least seven key areas which have been proposed and detailed at the end of the paper, bringing in this way clarity in regards to the most endorsed avenues for future research directions.

Blockchain technology is an extension of distributed ledger technology and it is used in cryptocurrencies. Many studies describe blockchain technology and cryptocurrency is an application of it in a very broad sense. Blockchain technology has several applications. Some of these applications could have direct or indirect relevance to either or both pillars of sustainability advocated by Crowther, Seifi, and Wond (2019). Extending to cryptocurrencies like bitcoin, one possible connection to sustainability may be the reduction of the use of paper for printing currency notes, which can save forests. Furthermore, the growing cryptocurrency market attracted the investors to focus on the price fluctuations but making them forget about the terrifying carbon problem associated with cryptocurrencies. However, this possibility has not been demonstrated anywhere so far. The issue examined here is how blockchain technology can be used for solving sustainability problems. We initiate a qualitative study of the blockchain technology/cryptocurrency and sustainability using the twin pillars of sustainability: (1) responsibility, (2) governance. An exploratory review linking blockchain technology/cryptocurrency and sustainability and its two pillars revealed many actual and trial applications by corporates as CSR initiatives and other novel programs by various agencies in various countries. In governance, corporates use the CSR route to address sustainability issues. However, no definition is an available linking cryptocurrency, blockchain technology, and sustainability and we developed a definition to fill the gap. This paper stresses that the sustainability perspective has not been used to develop the cryptocurrency definition, but rather technological and legal perspectives have employed.

The purpose of this paper is to develop conceptual designs for blockchain implementations aimed at reducing corporate fraud. The proposed framework consists of different levels of implementation with specific examples for each level.

The paper uses a multi-level framework to highlight the properties of blockchain technology as suitable for reducing corporate fraud. The five levels of technological complexity designed for this research include information storage, information flow, information processing, information enhancement and information and financial integration. Specific cases of corporate fraud are discussed to complement the proposed methodology.

The potential ability to limit fraud and increase transparency could greatly improve faith in financial reporting. These benefits accrue to all capital market participants. The blockchain infrastructure can significantly improve the existing monitoring system and provide value added in detecting, deterring, and documenting possible fraud.

The paper contributes to the growing field on corporate fraud and blockchain technology. The paper is novel in the implementation of the nascent blockchain methods to detect and deter fraud at the organizational level. The proposed five conceptual levels provide practical use.

Introduction: Blockchain technology is the method of storing the data systematically, such that it is impossible to change, defraud or hack the data. Distributed Ledger Technology is another name for this technology. It is like a digital ledger of numerous transactions stored or distributed throughout the Blockchain extensive network by a computer system. Banks offer critical services like payments, clearance and settlement systems, trade finance, securities, etc. Hence, there are fraud and mistakes in these key services due to many manual procedures and human mediators.

Purpose: The main purpose of this chapter is to study the emerging role of Blockchain in banking services. This chapter will attempt to examine the significance and applications of Blockchain in banking operations. This chapter will also investigate the challenges encountered by banks in adopting Blockchain technology.

Research Methodology: In this research chapter, secondary data are collected by studying the various journal papers and scholarly articles, with exact keywords like: blockchain, banking sector, applications and blockchain role. Data are collected from the Emerald, Springer Open, Google Scholar, and Science Direct databases.

Findings: This technology will enhance transparency in banking transactions in the coming future. The adoption of Blockchain will transform the banking system in many ways, such as faster payment and settlement systems, security management and fundraising.

This study aims to offer a bibliometric and coding analysis of blockchain articles published in the accounting, auditing and accountability fields.

The data were collected using the Scopus database and a bibliometric and qualitative coding analysis with the keywords “blockchain” and “accounting” or “auditing” or “accountability.” Of the 514 initial sources, 93 peer-reviewed papers, book chapters and conference proceedings in the areas of business, management and accounting were finally selected. Nonscientific sources such as nonpeer-reviewed books and white papers were excluded.

This study reveals a promising and multidisciplinary field of research dominated by scholars and less by practitioners. Qualitative research, especially discourse analysis, is the most used method among authors. This study gives some useful insights about blockchain's definition and characteristics, business models, processes involved, connection with other technologies and relationships with accounting theories. Among the most interesting insights, the results confirm that technology as an external force can create an intersection among several research areas: accounting, auditing, accountability, business, management, computer science and engineering fields. Finally, in terms of research themes, although blockchain has a clear effect on auditing accounting, the links with the area of accountability are less clear and validated.

This study highlights the current state of the field, combining methodological approaches and providing valuable future research insights. Additionally, it is also a starting point for professionals to fully understand blockchain's characteristics and potential with a constructive and systemic approach.

Successful smart cities' implementation will require organisational leadership decision-making competences. The foundation of smart cities is digital technologies; many of these technologies are emerging technologies that require IT skills, which are scarce and will exacerbate the battle for talent between organisations. Filling the talent gap will necessitate global hiring, which has implications for organisational culture, cultural diversity and organisational leadership. Organisational cultural mix is an important contributor to leadership decision-making. However, decision-making is underpinned by trust. Blockchain is an emerging technology that has the potential to engender organisational trust in decision-making and, by extension, in the leadership with the ‘right’ organisational culture. Smart cities will be required to leverage emerging technologies to give business performance a competitive advantage and use emerging technologies’ applications to build a sustainable competitive advantage.

The advantages of blockchain technology are being widely discussed by academics, the business community and government, because blockchain can promote data sharing, optimise business processes, reduce operation costs, improve collaborative efficiency and build credible systems. The supply chain is becoming a key area for the application of blockchain technology. However, few studies have discussed the effect of such emerging technologies on the supply chain in depth. Therefore, this paper aims to analyse how blockchain empowers supply chain and promotes supply chain management.

Based on a review of relevant literature and blockchain applications in practice, this paper analyses the development and research status of blockchain technologies. In addition, considering the different operational processes within the supply chain, the authors discuss the opportunities and challenges of blockchain technologies, such as the transparency of supply, intelligent manufacturing, the security of logistics, the platformisation of sales and the ecology of governance.

The authors find that information sharing, information traceability and trust establishment are the key categories of research achievements and applications of supply chain management. The central issues for blockchain researchers are the authenticity of transaction data, the traceability of long supply chains and the establishment of trust for all participants.

From the practical and theoretical perspectives, this paper shows the development of blockchain technologies to clarify the challenges, opportunities and prospects. This paper elucidates and facilitates the development of emerging interdisciplinary research and the practice of supply chain.