Sep 16, 2021 - With decentralization as a key design tenet, distributed ledger technologies are difficult to govern with centralized models of organizational oversight. While cryptoassets, smart contracts, and blockchains create efficiencies and mitigate certain known business risks, they introduce a unique set of risks. This project outlines strategies for managing, measuring, and mitigating these risks. For enhancing controls, its authors map out an integrated control framework with standards, roles, and responsibilities. They also look at audit and assurance of Dapps, proof of solvency, and regulatory compliance. Finally, they present a new playbook with...

Nov 28, 2019 - Written in a conversational style, this guide is aimed at people new to blockchain technology and interested in boosting their careers or identifying business opportunities for themselves or their organizations. It unpacks confusing blockchain jargon with lots of examples, and it covers what every professional needs to know about this area of innovation. Its appendix provides a range of activities for learning more and developing hands-on experience with the technology. The author’s goal is to help readers understand the role of blockchain as a disruptive force in their industries, their organizations, and their careers.

Apr 30, 2018 - This research surveys the global landscape of regulatory frameworks, statements, and decisions, on blockchain-based token sales in the jurisdictions of the United States, Canada, Singapore, China, France, Germany, Italy, Estonia, Switzerland, and Gibraltar, with commentary on Malaysia, South Korea, Israel, Russia, Australia, New Zealand, and the United Arab Emirates. Its expert authors look at initial coin offerings and compare how different regulators are categorizing token sales in their attempts to balance the protection of investors with the stimulus of innovat...

Nov 10, 2017 - In this research, Park explains that transparency is a design choice. Whether the blockchain is public and permissionless, such as the Bitcoin or Ethereum blockchains, or private and permissioned, such as Ripple or Hyperledger implementations, transactions are traceable with attribution of actions to identifiers. Therefore, the technology has a native high level of transparency. Users can still protect their privacy in both private and public blockchains: some methods are procedural and involve the smart usage of the protocol, whereas others are technological and use mathematics. Park argues for public disclosure even on permissioned blockcha...