Design, Risk, and Governance of Stablecoins as Monetary Instruments

Stablecoins have emerged as a significant innovation in the digital finance landscape, bridging the stability of traditional currencies and the efficiency of blockchain-based transactions. Designed to maintain a stable value through asset backing, algorithmic mechanisms, or hybrid models, stablecoins may improve payment systems, cross-border transfers, and financial inclusion. However, their growing adoption also raises concerns on liquidity, reserve management, operational resilience, market integrity, and systemic financial risk. Effective governance frameworks, including regulatory oversight, risk management practices, and accountability mechanisms, maintain user confidence and monetary stability. As stablecoins increase in usage, understanding their design principles, associated risks, and governance structures may ensure their safe integration into the global financial system. Design, Risk, and Governance of Stablecoins as Monetary Instruments provides a systematic and accessible analysis of how stablecoins are designed, how they operate in practice, the risks they pose, and the governance and regulatory frameworks that shape their use. This book explores how stablecoins interact with existing financial systems, payment infrastructures, and monetary policy frameworks. Covering topics such as auditing, cryptocurrency, and financial systems, this book is a valuable resource for engineers, investors, entrepreneurs, policymakers, researchers, and scientists.

Guneet Kaur is an independent researcher specializing in fintech, blockchain, digital assets, and emerging financial technologies. She holds a Professional Doctorate in Data Science and has more than a decade of experience spanning academic research, digital finance, technology, and specialist media. Her work focuses on the intersection of blockchain technology, cryptocurrencies, decentralized finance (DeFi), stablecoins, Central Bank Digital Currencies (CBDCs), monetary innovation, and data-driven financial systems. She has contributed to prominent digital asset publications, including CCN and Cointelegraph, and previously led educational content and research initiatives covering cryptocurrency, blockchain, and Web3. Alongside her industry work, Dr. Kaur has contributed to fintech and executive education, particularly in blockchain, digital payments, and the transformation of global financial systems. She is also active in academic research and peer review and has reviewed scholarly work for journals including Springer's Financial Innovation, IGI Global's International Journal of E-Business Research, and the International Journal of Big Data Intelligence and Applications. Dr. Kaur has authored research papers and book chapters across fintech, blockchain, cryptocurrencies, decentralized technologies, and data science. She has also presented at international conferences and industry events. Her current research interests include stablecoin design and governance, digital monetary systems, blockchain-based financial infrastructure, CBDCs, cryptocurrency markets, monetary policy, and the evolving relationship between decentralized and traditional financial systems.

Lorena Nessi, Ph.D., specializes in digital technology, cryptocurrency and blockchain. With a background in international relations and digital communication, she examines how emerging technologies reshape financial systems, regulation and geopolitical dynamics. She covers crypto markets, stablecoin policy, decentralized finance, artificial intelligence, and regulatory developments. She serves as Researcher and Op-Ed Editor at CCN.com, where she leads opinion strategy, commissions expert commentary, and produces in-depth analysis on digital finance, blockchain innovation, and global policy. Her work emphasizes evidence-based reporting and regulatory clarity. Dr. Nessi is also a lecturer at Fairleigh Dickinson University, teaching social media and digital culture. Her research focuses on platform governance, digital ecosystems, technological disruption, and the societal impact of decentralized systems.

Aleksandra Shilina is a researcher working at the intersection of decentralized science, artificial intelligence, and blockchain governance. She serves as Managing Partner and Chief Research Officer at Paradigm Research Institute and is a co-founding member of Humanode crypto-biometric network. Her work examines how cryptoeconomic incentives, identity primitives, and autonomous agents can reshape scientific coordination--moving from institutional trust toward protocol-level verifiability. She is currently developing Episteme, a decentralized AI-powered prediction market platform for scientific hypotheses, and writes on epistemic infrastructure, verification systems, and the cultural philosophy of emerging technologies. Sasha holds a Ph.D. from Moscow State University.