Tokenized deposits, stablecoins, and central bank digital currencies can all move on programmable infrastructure and track a national currency. They are not the same claim. The issuer, legal framework, reserve model, settlement asset, redemption right, and failure risk differ.
Quick answer: a tokenized deposit is generally a commercial bank deposit represented on distributed-ledger technology. A fiat-referenced stablecoin is a privately issued or protocol-based token that uses reserves, collateral, algorithms, or a hybrid stabilization mechanism. A CBDC is a direct digital liability of a central bank. Similar user interfaces do not erase those balance-sheet differences.
What is a tokenized deposit?
A tokenized deposit represents a claim on a commercial bank, recorded or transferred using distributed-ledger technology or another programmable ledger. The European Banking Authority has said that recording a deposit claim on DLT does not by itself change its fundamental nature as a deposit.
In a simplified model, a customer moves part of an ordinary bank-account balance into a tokenized form issued by the same bank. The bank still owes the customer. Transfers may use a shared ledger, smart-contract logic, or an interoperability network.
Whether deposit-guarantee protection applies depends on product design and law. Do not infer protection from the word “deposit”; read the issuing bank’s terms and the competent authority’s classification.
What is a stablecoin?
A stablecoin is a token designed to maintain a value relative to a reference asset, commonly a currency such as the US dollar or euro. Stability can be pursued through different models:
- fiat-reserve backed: an issuer holds cash, short-term government securities, deposits, or other reserve assets;
- crypto-collateralized: smart contracts hold other digital assets, often with overcollateralization and liquidation rules; or
- algorithmic or hybrid: supply and incentive mechanisms attempt to maintain the reference price, sometimes with partial collateral.
The token holder’s legal claim and direct redemption access vary. Retail users often trade through an exchange rather than redeem directly with the issuer. Reserve quality, custody, liquidity, attestations, redemption terms, and the token’s native network all matter.
What is a CBDC?
A central bank digital currency is a digital liability of a central bank. It can be designed for the public (retail CBDC) or for financial institutions and market infrastructure (wholesale CBDC).
A CBDC does not need a separate portfolio of reserve assets in the same sense as a private stablecoin because it is central bank money. Its policy design can include access rules, privacy architecture, holding limits, offline capability, and the role of commercial intermediaries.
Many CBDC and wholesale tokenization projects remain pilots, experiments, or phased programs. A research project is not proof that a public currency has launched.
Comparison table
| Feature | Tokenized deposit | Stablecoin | CBDC |
|---|---|---|---|
| Issuer | Commercial bank | Private issuer or protocol | Central bank |
| Holder’s core claim | Claim on issuing bank | Depends on terms, reserves, and law | Claim on central bank |
| Backing model | Part of bank balance sheet and prudential framework | Reserve, collateral, algorithmic, or hybrid | Central bank liability |
| Par redemption | Subject to bank terms and payment rails | Varies by issuer eligibility and terms | Defined by central bank design |
| Main risk | Bank credit, operational, and interoperability risk | Reserve, redemption, issuer, smart-contract, and market risk | Operational, privacy, policy, and access-design risk |
| Typical use | Bank payments and tokenized settlement | Crypto trading, payments, DeFi, cross-border transfer | Public or wholesale central bank money |
Why the issuer’s balance sheet matters
Money is a liability to its issuer. When you hold a commercial bank deposit, the bank owes you. When you hold physical cash or a direct CBDC, the central bank is the issuer. When you hold a stablecoin, the legal relationship depends on the issuing structure and terms.
This affects what happens in stress. A bank is subject to capital, liquidity, supervision, and resolution rules. A stablecoin issuer may have a segregated reserve and redemption framework, but the details vary by jurisdiction. A protocol-backed token may rely on collateral liquidation and oracle systems rather than a traditional corporate redemption promise.
Settlement and singleness of money
Bank deposits normally exchange at par because banking, payment, and central bank frameworks connect them. If Bank A owes one unit and Bank B owes one unit, payment systems and central bank settlement help users treat both as the same currency.
Tokenized systems must preserve that singleness. Separate bank tokens can fragment liquidity unless they are interoperable and redeemable at par. Stablecoins can trade away from the reference price when market makers, reserves, or redemption channels are stressed.
Programmability: similar technology, different governance
All three models can support conditional payments, delivery-versus-payment, automated treasury rules, or machine-readable compliance. The policy boundary differs:
- Who can write and upgrade the code?
- Can a transaction be frozen or reversed?
- Who can access identity and transaction data?
- Which ledger provides final settlement?
- What happens when a smart contract conflicts with a legal order?
“On-chain” does not mean permissionless. A tokenized deposit or CBDC can run on a controlled ledger, while a stablecoin can circulate on public chains with issuer-controlled freeze functions.
Current institutional work
The BIS Innovation Hub’s Project Agorá is exploring a multi-currency unified-ledger concept that brings tokenized commercial bank deposits and wholesale central bank money into cross-border payment workflows. In July 2026, the project completed controlled real-value testing with 28 participating financial institutions and central banks, approximately CHF 800,000 in value, and 17 cross-border scenarios. That test is evidence from an experimental phase, not a universal production payment network.
The European Central Bank is also developing work around wholesale DLT settlement and tokenization. These programs illustrate the direction of experimentation while leaving design, access, and rollout questions open.
How to evaluate a digital-money product
- Name the issuer. Identify the exact legal entity or protocol.
- Identify your claim. Determine who owes redemption and under what law.
- Read eligibility rules. Direct redemption may be limited to verified institutions or certain regions.
- Inspect backing and safeguards. For stablecoins, review reserve composition, custody, assurance, and segregation. For deposits, review bank and deposit-protection status.
- Verify the network. Native and bridged versions of a token may have different issuers and risks.
- Review controls. Check freeze, upgrade, mint, burn, and recovery powers.
- Consider exit liquidity. A par promise is useful only if you can access the redemption route or a functioning secondary market.
For the foundation of token ledgers, read what blockchain is and how it works. Stablecoins are also widely used inside decentralized finance, where smart-contract and liquidity risks are added to issuer risk.
Frequently asked questions
Is a tokenized deposit a stablecoin?
Not necessarily. A tokenized deposit is a commercial bank liability in tokenized form. A stablecoin has a separate issuer or protocol structure and may not be a bank deposit.
Is a CBDC a cryptocurrency?
It is a digital currency, but it is issued by a central bank and does not need to use a public permissionless blockchain. Its governance differs from decentralized crypto-assets.
Which is safest?
There is no universal answer. Risk depends on issuer credit, legal claim, safeguards, technology, access, privacy, and purpose. Even central bank money can face operational and privacy trade-offs.
This article is educational and not legal or financial advice. Product classifications and protections vary by jurisdiction.