Unlocking trapped liquidity via digital assets
Liquidity buffers are sized for operational friction as much as for real economic risk. In a stylized global bank, governed digital rails release USD 5.2bn of a USD 17.0bn buffer without touching the underlying risk.
By Dr Ksenia Shnyra · Chris Watts · Steven Czarnota · Lewis Tuff
In partnership with Tonic
Abstract
How a targeted digital asset treasury strategy can responsibly reduce your firm's liquidity buffers. Decomposes the required liquidity buffer into gross modeled outflows plus four operational premiums (timing mismatch, residual stress overlay, fragmentation/trapped liquidity, netting inefficiency) and credits reductions only to operational friction, holding economic risk, client behavior and HQLA constant. In the stylized Atlas Bank case, governed digital rails reduce the buffer from USD 17.0bn to USD 11.8bn, a reduction of roughly 31 percent, with a USD 2.00mm indicative cost benefit over a three-day stress window. Modeled use cases: tokenized Treasury and money market fund collateral, tokenized commercial bank deposits, a capped stablecoin settlement corridor and a wholesale settlement token, each inside an approved legal, counterparty and control perimeter.
In this paper
- 01Executive summary
- 02Market landscape
- 03The proposed framework
- 04Stylized case study — Atlas Bank
- 05Implementation considerations
- 06Methodology appendix
- 07References and source frameworks