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Abstract
This paper reviews the proof of reserve methodologies employed by crypto exchanges that attempt to demonstrate cryptographically that assets exceed liabilities so that there is no reason for participants to run on the exchange. The paper suggests a number of enhancements to these methodologies using a cryptographic statistical proof, proof of knowledge methods and other techniques. Although this paper reviews the proof of reserve methodologies of crypto-native institutions, its goal is not to address the risk management challenges of crypto exchanges alone, but, rather, to illustrate how enhanced versions of these methods might be used to mitigate run risk of digital assets on the nascent regulated crypto platforms being developed by banks and other financial institutions. A simplified version of the techniques that could be used to reduce the run risk of stablecoins is presented as an example.
The full article is available to subscribers to the journal.
Author's Biography
Greg Hopper is a senior fellow at the Bank Policy Institute and a Principal at Enterprise Risk Economics. He is also on the advisory committee of the Office of Financial Research. Previously, he was a managing director at Goldman Sachs, where he was Head of the Office of New and Emerging Risks and Global Head of Enterprise Risk Management. In those roles, he oversaw the Sovereign and Economic Risk Group, Firmwide Risk Identification, Firmwide Limits and Risk Appetite, ESG Quantitative Analysis, Firmwide Stress Testing and the Risk Economics Group.
Citation
Hopper, Greg (2023, September 1). How can run risk in digital asset markets be reduced?. In the Journal of Risk Management in Financial Institutions, Volume 16, Issue 4. https://doi.org/10.69554/GOOR1959.Publications LLP