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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.

Bitcoin’s introduction as the first cryptoasset in 2009 ushered in a new era, representing a seismic shift in the financial markets. Since then, this evolving asset class has generated much interest, excitement, and growth. This chapter begins by providing a brief background of cryptoassets. It then discusses their main types (cryptocurrencies, security tokens, and utility tokens), users (individual investors, major financial institutions, endowments, and hedge funds), and benefits and drawbacks. Next, it sets forth the book’s purpose, distinguishing features, intended audience, and structure. The chapter provides a synopsis of each of the remaining 21 chapters. Although no single book can encompass all changes and iterations of these technologies as they emerge in the marketplace, this book brings together a broad collection of industry expertise and academic analysis to create a book helpful to researchers, academics, and practitioners.

Utility tokens are digital currencies that serve as the only accepted means of payment for services and products provided through a blockchain-based platform. They finance the development of their product or service, reward and incentivize early adopters and network promoters, align economic incentives between supply, demand, and the marketplace, and enhance network effects among all participants. Their tokenomic design consists of the rules and regulations governing a token’s issuance, distribution, allocation, and potential destruction. The chapter describes utility tokens, compares them with other types of cryptoassets, and discusses their value creation process and role in network economics. It also reviews common tokenomic designs, discusses different regulatory approaches, and provides examples of current utility token applications in decentralized applications such as decentralized finance and virtual reality platforms (metaverses).

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.

The current security trade settlement life cycle presents several inefficiencies derived from intermediaries involved in the transaction between buyers and sellers. This chapter examines distributed ledger technology (DLT), the underlying technology of all blockchain applications, including trade settlements. It also reviews the implications of using blockchain in trade settlements for cryptoassets. Emerging blockchain technology provides investors, exchanges, regulators, and countless potential intermediaries with the most up-to-date technology with the highest efficiency, transparency, credibility, and automation enabled by smart contracts. Smart contracts allow an ecosystem to manage the process of trade settlements starting from execution to clearing and then settlement. These contracts reduce reconciliation and recordkeeping costs and streamline repetitive processes present in today’s trade settlement system. The chapter highlights the benefits of implementing DLT in financial markets globally in all trading aspects, including cryptoassets.

Decentralized finance is a technological infrastructure built on a blockchain networking environment that supplies transparent, uncensorable, and decentralized financial services and products. This infrastructure offers the opportunity to replicate traditional financial instruments on a decentralized platform and incorporate added features provided by blockchain technology. It also allows the creation of new instruments native to blockchain technology unavailable through traditional financial institutions. This chapter presents an in-depth analysis of the inner workings of stablecoins, decentralized exchanges, automated market makers, liquidity pools, decentralized lending, synthetic instruments, and asset management. It also provides specific examples for each application and presents some current challenges the sector faces.

This chapter synthesizes the economics, law, and technology of security tokens and security token offerings (STOs). Security tokens are an increasingly important instrument in decentralized finance (DeFi) markets. They are blockchain-based investment contracts that are subject to securities law. Interoperability, fractional ownership, market liquidity, and rapid settlement are the main reasons security tokens are a primary catalyst for digitizing finance. The chapter empirically compares STOs with initial exchange offerings (IEOs) and initial coin offerings (ICOs). STOs take longer and raise more funding. However, controlling for other factors, the amount raised in STOs and IEOs is lower than in utility-token ICOs. These findings suggest an avenue for future research. Moreover, both the law and the technology of security tokens need to address critical challenges related to the competent jurisdiction in multinational activities and blockchain interoperability, scalability, and natural resource degradation.