Podcast Episode

Why Banks Are Building Tokenized Deposit Networks

Web3 Tech Brief By HackerNoon

Sep 22, 20265 min

1Transcript1 turns · 5 min

AI
Artificial Intelligence0:00

This audio is presented by Hacker Noon, where anyone can learn anything about any technology. Why banks are building tokenized deposit networks, by Sriram Ramakrishnan. Everyone's been watching the stablecoin story. Circle went public in June 2025 and its shares briefly surged well above the IPO price on debut, 1, 2. Tether closed out 2025 with north of $10 billion in net profit, most of it earned on the back of a treasury bill pile that now tops $122 billion. 3. USDC flows through more DeFi protocols than any other asset. It looks like a route, crypto-native dollars quietly replacing bank deposits, one wallet at a time. But the banks didn't sit still. And the counter move they're making is bigger, slower, and far less flashy than anything happening in DeFi. It's called a tokenized deposit, and if it works, it could be the thing that keeps trillions of dollars from ever leaving the banking system in the first place. Same money, new rails. A tokenized deposit isn't a new asset. It's your existing bank balance, wrapped in a token that can move on a blockchain. When JP Morgan or Citi issues one, it is not creating a claim on some segregated reserve account the way Circled does with USDC. It's just letting a regular deposit liability travel faster. The money stays on the bank's balance sheet, stays covered by deposit insurance, and stays inside the regulatory perimeter banks have spent a century building. That distinction is the whole pitch. Stablecoins are fast but foreign. They live outside the banking system, which is exactly what gives them flexibility and exactly what makes big institutions nervous about using them for serious money. tokenized deposits are trying to be fast and familiar same compliance same safety net just running on modern infrastructure instead of a batch processed ledger that closes on weekends the numbers banks are actually worried about. This isn't a defensive move dreamed up by risk committees with nothing better toto. Research indicates yield-bearing stablecoins can draw deposits away from banks and impact lending capacity, for deposits are the raw material of the entire business model. Every dollar that migrates into a stablecoin wallet is a dollar a bank can no longer use to fund a mortgage or a business loan. So the largest banks in the U.S., J.P. Morgan, Bank of America, Citi, Wells Fargo among them, are building a shared tokenized deposit network through the clearinghouse, targeting a first-half 2027 launch, 5. That's not a hackathon experiment. That's the incumbents of American banking agreeing to cooperate on shared rails, which tells you how seriously they're taking the threat. JP Morganis also already running its own tokenized deposit product, and other GSIBs including HSBC, BNP Paribas, and Citi have followed with offerings of their own, 6. Where stablecoins still win, none of this means tokenized deposits are about to eat stablecoins lunch. Stablecoins have three advantages that a bank consortium can't easily replicate. They're composable across any protocol without a banking relationship, they don't require kiked, pre-whitelisted wallets, and they're already live, liquid, and integrated into the entire

2Episode notes

This story was originally published on HackerNoon at: https://hackernoon.com/why-banks-are-building-tokenized-deposit-networks.
Banks are racing to launch tokenized deposits by 2027 to fight stablecoin deposit flight. Here's why neither wins outright — they're splitting the market.
Check more stories related to web3 at: https://hackernoon.com/c/web3. You can also check exclusive content about #stablecoins, #tokenized-bank-deposits, #decentralized-stablecoins, #programmable-stablecoins, #onchain-treasury-management, #stablecoin-reserves, #banking-interoperability, #defi-composability, and more.

This story was written by: @sriram-ramakrishnan. Learn more about this writer by checking @sriram-ramakrishnan's about page, and for more

Showing a preview — retrieve the full transcript via the Exa API.

Powered by the Exa API

See something wrong or missing on this page?