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This chapter provides a discussion on some issues in blockchain finance that regulators are concerned about – an area which bitcoin promoters have remained silent about. Blockchain technology in finance has several benefits for financial intermediation in the financial system; notwithstanding, several issues persist which if addressed can make the adoption of blockchain technology in finance easier and accepted by regulators. The blockchain issues discussed in this chapter are relevant for recent debates in blockchain finance.

Purpose: Blockchain technology has the potential of revolutionising finance in general and entrepreneurial finance in particular. As this area is hitherto uncharted, this chapter delineates its scope to the use of blockchain technology for providing strategic business funding. Blockchain technology started off by floating initial coin offering as a way of providing long-term funds to the startups. Since then, it has evolved quickly and has already spawned several iterations. One of its most prominent offshoots, security token offering has evolved into a distinct financing resource, with its own unique characteristics.

Methodology: This chapter discusses the implications of this development for startups and new ventures. It focusses on the use of blockchain technology for innovations in the domain of entrepreneurial finance with the aim to document the emergence of cryptofinance as a viable source of funding for startups. For this purpose, a systematic literature review methodology has been undertaken. In order to provide a comprehensive view, various sources such as academic research papers, working papers and practice papers have been used for collating information.

Practical implications: This chapter provides a brief overview of entrepreneurial finance and blockchain technology, illustrating their unique aspects. It proceeds to discuss the use of blockchain technology in finance in general and in entrepreneurial finance in particular. This discussion is followed by an extensive analysis of the evolution of cryptofinance as a funding source, enumerating various iterations and their implications.

Conclusion: As the use of blockchain technology in entrepreneurial finance is still at the nascent stage, the regulatory paradigm is still evolving. The current work also looks at the development of legal framework for managing these innovations across different prominent markets. This chapter further delves into the likely future course of development for cryptofinance. It mainly focusses on the emergence of decentralised finance as a comprehensive ecosystem and smart contracts.

COVID-19 pandemic was a health crisis that plunged the world into economic turmoil due to its resultant national lockdowns across economies which brought business and market activities to a standstill. In order to adapt to ensuing restrictions owing to the pandemic, forge ahead in a new way of living, work and interactions with one another (new normal), digitizing business and market operations is considered a necessary option. Sukuk is an essential Islamic capital market product whose operations involve multiple parties/intermediaries alongside some technical financial, administrative and legal/shariah processes. On this note, this chapter aims to study and examine the need for digitizing and automating sukuk operations and related activities to pave way for innovation, development and better continuity of sukuk market. In conducting the study, a review of literature approach is employed where relevant works on sukuk and fintech were examined. Using content analysis, the chapter explored digitization of sukuk in the Islamic capital market via fintech and blockchain and associated benefits, including peculiar challenges therein. An interview was also conducted to better understand the Wethaq case study. The chapter reveals that digitizing sukuk issuance adds value to sukuk and remedies certain inadequacies associated with sukuk transactions; can increase transparency of underlying sukuk assets and cash flows and can reduce costs due to lesser number of intermediaries. Digitization is the future of sukuk issuance and will promote sukuk well through the COVID-19 crisis and beyond.

As trade policy disruption has become more commonplace, so have the calls for blockchain as a solution. But often the reasoning for this link has been unclear. Using the case study of Brexit as a baseline, the authors map four sources of trade-based uncertainty and explore the extent to which blockchain applications could – when implemented – attenuate supply chain disruption, which has lead to firms taking second best options like reducing investment and switching suppliers. Because the law has not kept pace with technology, the discussion also highlights prominent legal questions raised by blockchain in each instance.

Purpose: Cryptocurrency technology has improved fast in the social economy and growth. Because cryptocurrency has many good qualities, it is initially employed for Bitcoin transactions.

Methodology: With the advent of Bitcoin, the link between distributed ledger technology (DLT) and the banking market has become stronger and more integrated. As more banking institutions understood the relevance of DLT, they began experimenting with using it in financial activities, such as R3CEV, Hyperledger, and Qiwi.

Findings: Many commercial organisations are beginning to experiment with DLT to reduce transactional costs and boost operational effectiveness, particularly in financial notes, cross-border payments, and asset-backed financing.

Practical Implications: DLT has many potential applications in banking domains in the upcoming years.

Purpose: Blockchain technology has exploded in popularity in the social economy over the years. Because blockchain technology offers so many advantages, it was first employed for Bitcoin transactions. The interaction between blockchain technology and financial industries will grow more personal and interwoven with the introduction of Bitcoin. As the value of blockchain technology became evident, more financial companies began to test its use in monetary operations. Numerous financial companies have been experimenting with blockchain technology to reduce the transactional costs and to improve the efficiency of operations, specifically in the domain of financial notes, cross-border payments, and asset-backed securitisation. Blockchain will have a broad range of applications in the financial industry shortly.

Methodology: Through financial tools and methods, trust may result in successful businesses. In the long term, blockchain technology is generally a significant source of the finance industry revolution. It allows you to create immutable transaction histories available to everyone on the network. A blockchain system consists of a sequence of blocks connected by a connection to the block before each block. Each block comprises more than one transaction representing changes in the ownership of assets on the ledger. A consensus procedure is employed to add new blocks to the existing chain, in which members of the public blockchain confirm that transactions are accurate.

Findings: Blockchain technology is still in its infancy. The challenges of sustainability, privacy, secrecy, and latency, among others, have surfaced. Financial markets must get a deeper grasp of Blockchain to provide trustworthy alternatives.

Significance: The book chapter highlights the architecture, protocols, and applications of Blockchain Technology. The chapter will also enlighten the readers about the challenges and solutions of Blockchain Technology in the Financial Market. Moreover, the chapter also discusses the future research scope of Blockchain Technology in the Financial Market.

Tokenization is a relatively new activity in digital finance. Tokenization, a process that creates a blockchain representation of the underlying instrument, can enhance the standard features and characteristics of assets and securities. Asset and security tokenization produces many benefits. These benefits include reducing issuance and trading costs, lessening dependency on intermediaries, facilitating more liquidity in markets, and providing greater transparency around an asset’s lifecycle for all parties involved. This chapter synthesizes the key characteristics, benefits, processes, tools, and techniques of tokenizing real-world assets. It also provides several examples of current asset-backed token applications to help understand the rapidly growing industry and analyzes future expectations of this new technology.

Purpose: The global financial services business has been transformed by Blockchain technology, making it safer and more efficient. Keeping this fact in mind, the authors will study how Blockchain technology improves financial services, including the banking and insurance sectors. The risks and roadblocks in the path of Blockchain adoption in financial services will also be discussed.

Need of the Study: Blockchain operates without any central authority. Instead, it could be understood as a transaction-containing ledger shared among many users. The adoption of Blockchain is gaining traction in every field, but still, a sense of doubt about its reliability can be observed among ordinary people. Thus, an investigation of the operational intricacies and technicalities could assist in clarifying the confusion associated with this technology.

Methodology: To achieve the aims mentioned above, an exploratory research design involving a review of the secondary data linked with the implementation and impact of Blockchain technology in the domain of finance is conducted.

Findings: The mode of operation of Blockchain technology is thoroughly explained, along with the influence it has exercised in the financial domain in recent years.

Practical Implications: The findings of this study can mainly assist global investors and users worldwide by clarifying the concept and operations of Blockchain technology. Also, it could guide future studies assessing the role of Blockchain in the financial domain.

Objective: Recently, there has been an increase in the use of cryptocurrency, decentralised finance (DeFi) applications and DeFi services in several countries. These innovations facilitate the delivery of financial services using smart contracts. DeFi encompasses all financial services that are built on public blockchains, based on open protocols and removes intermediaries from the financial intermediation process. There is significant cryptocurrency activity in Africa while DeFi developments are relatively new and unpopular in the African continent. This chapter introduces DeFi in Africa. It presents some statistics and data on DeFi in Africa. Thereafter, the potential benefits, challenges and regulatory issues associated with DeFi in Africa are presented.

Method: This study used literature reviews and external data sources to show the benefits and advantages of DeFi .

Findings: The findings show that there is low interest in DeFi in Africa. Some benefits of DeFi to African countries include increased liquidity for many small- and medium-scale enterprises (SMEs), new opportunities to raise additional capital to fund capital-intensive activities, usher in an era of smart contracts that are negotiated bilaterally without needing an intermediary, encourage peer-to-peer trade between economic agents in several African countries, enhance the efficiency of the Pan-African Payment Settlement System and encourage more trade between individuals and corporations under the African Continental Free Trade Agreement, among others.

Originality: This is the first chapter to examine DeFi in Africa.