Nov 22, 2017 - This project explores the intersection of Internet of Things and blockchain as a means of securing transactions among objects, realizing efficiencies, establishing appropriate boundaries between public and private, and developing strategies for business leaders across industry. It maps out the typical architecture of an IoT deployment in terms of connectivity, identity, sensing, and actuation. The author walks through the challenges of centralized and decentralized IoT designs, from scalability, latency, and transaction costs to privacy, durability, and interoperability of systems.

Apr 19, 2019 - This research explores how blockchain can improve global trade for all stakeholders—banks and financiers, corporations, logistics companies, regulatory bodies, insurance providers, and customs authorities—and lays out a road map for implementation on business and technical fronts. Deloitte’s technology consulting team provides provocative questions for enterprise leadership and practical analysis of blockchain opportunities and such challenges as governance, standards, scalability, interoperability, and integration.

Jan 29, 2018 - This research paper explains how distributed ledgers will serve as open platforms for the fourth industrial revolution, enabling the integration of additive manufacturing, augmented reality, artificial intelligence, the Internet of Things, and big data analytics across supply chains, from design and sourcing to delivery and usage. It illustrates the concepts of smart products, smart factories, digital end-to-end engineering, and mass customization through use cases.

Dec 04, 2017 - The definitive work on smart contracts for entrepreneurs, business executives, leaders of large global organizations, and the legal profession that serves them.

Jan 12, 2018 - The healthcare systems of many countries work for neither the medical professionals nor the patients they serve. It is the only industry where innovation drives costs up. The problem ultimately resides in industrial-age thinking about healthcare delivery, where intermediaries hoard data, assume patient ignorance, and exclude anyone without insurance. This project flips the model: patients co-create and own their data, have full access to it, and can monetize it on the blockchain.

Aug 31, 2019 - This project explores how blockchain technology will optimize the deployment of connected and autonomous vehicles (CAVs), including those with electric vertical takeoff and landing capabilities. It looks at the Mobile Open Blockchain Initiative, which involves 80 percent of world’s auto manufacturers and leading tech firms. It covers such implementation challenges as blockchain latency and scalability, communications network latency, device security, and regulation. Finally, it raises concerns about data privacy on immutable distributed ledgers as well as the legal liabilities of CAV ownership and usage.