Sep 22, 2018 - This case study looks at MOOG VeriPart, a shared database providing provenance and authenticity per part. Combined with blockchain, additive manufacturing could provide on-demand manufacturing networks for high quality rapid prototyping, start-ups with limited capital access, customized “quantity of one” production runs, and spare parts printed on demand at the point of use.

Nov 28, 2017 - With case studies on Moog, Merck, and Sweetbridge, this project uncovers how to optimize supply chains for greater responsiveness and transparency with confidentiality, achieve network scale and efficiency, and approach autonomous supply chain functions with the industrial Internet of Things.

Oct 26, 2017 - This work helps CEOs to develop strategy around implementing and commercializing this new disruptive technology. CEOs must pick the right change agents to identify the problems to be solved with the technology so that the company picks the right pilot project. CEOs also need a strategy for communicating about that pilot with multiple stakeholders, learning from it whether it succeeds or not, and socializing lessons so that the company continues to experiment with the new technology.

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.

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.

Oct 18, 2018 - Energy expert and innovator Lawrence Orsini shares his research and work on blockchain applications that will transform global energy grids at local, national, and international levels. He provides a snapshot of today’s energy markets, consumers’ willingness to generate their own energy through green technology, and blockchain’s ability to create peer-to-peer markets for excess energy. Pointing to experiments in Australia and German, Orsini shows how blockchain will support the next generation of energy infrastructure. He discusses the roles of stakeholders -- policymakers, energy producers, and corporate intermediaries -- and he sugges...