---
title: "Bank-issued stablecoins: Creating a cross-network digital asset"
description: "Bank-issued stablecoins are fiat-backed tokens that a bank issues and redeems. Learn how they differ from tokenized deposits and what interoperability requires."
path: "/learn/bank-issued-stablecoins/"
label: "Payments"
image: "/cards/learn-bank-issued-stablecoins.webp"
---

_Bank-issued stablecoins are fiat-backed tokens that a regulated bank issues, backs with reserves and redeems on its own terms. This guide covers how they differ from tokenized deposits and central bank money, why banks issue them, how they fragment liquidity when issuers do not connect and what interoperability requires. [See how Tempo supports tokenized deposits for banks](/solutions/tokenized-deposits/)._

A corporate client wants to pay a supplier in Mexico on a Saturday. If its bank offers a stablecoin, the onchain leg can settle that day. If the supplier's bank only accepts its own token, or none, the payment stops at a conversion desk that opens on Monday. Whether a bank's token is useful depends less on the token than on how many counterparties and systems it connects to.

Issuing a stablecoin is one of several options open to banks. Others include issuing [tokenized deposits](/learn/tokenized-deposits/), partnering with third-party stablecoin issuers and providing reserve or custody services. Each option carries different legal claims, redemption rules and integration work.

## What are bank-issued stablecoins?

Bank-issued stablecoins are fiat-backed tokens that a bank or its subsidiary issues, backs with reserve assets and redeems at a fixed value, typically one token per unit of currency.

Like other [fiat-backed stablecoins](/learn/what-are-stablecoins/), a bank-issued stablecoin aims to hold a stable value, but that value is not guaranteed. Its reserve model, redemption rights and market price depend on the issuer and the product terms. What sets it apart is the issuer: a regulated financial institution whose legal structure and reserve arrangements decide who can redeem and how. In the US, the GENIUS Act provides a federal framework for stablecoin issuers, and the EU's MiCA framework sets reserve, disclosure and licensing requirements.

### Bank-issued stablecoins vs. tokenized deposits

A tokenized deposit is a commercial bank deposit recorded on a digital ledger. It remains a direct liability of the bank, with the same claim a client holds on a traditional deposit. A bank-issued stablecoin is backed by a separate reserve pool, and holders rely on the issuer's redemption terms instead. The guide to [stablecoins and tokenized deposits](/learn/stablecoins-and-tokenized-deposits/) compares the two in more detail.

| Feature           | Bank-issued stablecoin         | Tokenized deposit              |
| ----------------- | ------------------------------ | ------------------------------ |
| Legal claim       | Redemption claim on the issuer | Deposit claim on the bank      |
| Backing           | Segregated reserve assets      | Bank balance sheet             |
| Who can hold it   | Set by issuer terms            | Usually the bank's own clients |
| Deposit insurance | Not automatic                  | Depends on deposit rules       |

### Central bank money

[Central bank money](https://www.bis.org/speeches/20210806-cbdc-solution-search-problem) is a separate category: a liability of the central bank, including currency and reserve balances. Commercial banks do not issue it. Central banks are also testing ledgers for wholesale settlement.

## Why banks issue stablecoins

Corporate treasurers are asking their banks for onchain settlement to handle cross-border payments, programmatic payouts and weekend liquidity. Banks issue their own stablecoins for three main reasons:

- **Direct onchain access.** The bank can serve clients who want to hold and move dollars onchain without sending that activity to a third-party issuer.
- **Reach beyond the bank's network.** A token that other banks, payment providers and wallets accept lets the bank serve corridors where it has no branch or correspondent relationship.
- **Programmable payouts.** Payment logic can run automatically when predefined conditions are met, such as releasing a supplier payment once goods are received, without manual approval each time.

## What interoperability means for bank-issued stablecoins

Stablecoin interoperability is how easily value and payment data move between blockchains, issuers, tokenized deposits and bank systems. For a bank-issued stablecoin, it decides whether a client can pay a counterparty that holds a different token or banks elsewhere.

Counterparties must be able to accept the token under their existing compliance policies, and the infrastructure has to avoid splitting liquidity into separate pools. Stablecoin settlement also has to connect to traditional rails through banks and payment providers. ACH and wire systems handle fiat transfers, and SWIFT carries financial messages, so preserving compliance context and payment references needs integrations between these systems. Moving between tokens and bank accounts also depends on [on- and off-ramps](/learn/stablecoin-on-off-ramps/) that follow local banking hours.

## How bank-issued stablecoins can fragment liquidity

If every bank issues its own token and none of them connect, clients face a separate liquidity pool, set of counterparties and redemption process for each issuer. Moving value between two unconnected tokens takes a conversion and settlement arrangement, which adds cost and forces businesses to prefund balances in each one.

Data is the second source of friction. Banks need to keep sender and receiver details and payment purpose attached to each transfer to satisfy compliance checks and confidentiality requirements. When that context does not travel with the value, operations teams spend time on manual verification and reconciliation.

## When bank-issued stablecoins are not the right fit

A stablecoin does not improve every payment flow. Before committing engineering and compliance resources, treasury teams should check for cases where existing rails already do the job:

- **Domestic payments that already work.** If ACH or wire already meets speed, cost and operational needs, a stablecoin layer adds little.
- **Transfers inside one bank.** When both accounts sit on the same internal ledger, a separate settlement asset brings no benefit.
- **Limited counterparty acceptance.** A token becomes hard to use when key partners will not support the asset, its wallets or its redemption process.
- **Unclear custody or regulatory treatment.** Banks cannot adopt at scale while safeguarding, accounting treatment or cross-border compliance remain open questions.

## What bank-issued stablecoins need to interoperate

Making a bank-issued stablecoin useful beyond one network depends on shared standards and on controls banks already rely on.

### Shared standards and payment data

Shared token and messaging standards let banks connect to new issuers and networks without writing custom rules for each one. Banks and payment providers can then link stablecoin settlement to bank accounts or tokenized deposits through their funding, redemption and payout arrangements. Structured references, such as transfer memos, let each payment carry an identifier that maps to the bank's internal records.

### Compliance, custody and confidentiality

Institutional fit depends on four controls:

- **Transaction monitoring.** Each transfer carries enough data to support monitoring for unusual activity and financial crime.
- **Sanctions screening.** Transfers are screened against applicable sanctions lists and held, rejected or escalated when required.
- **Institutional custody.** The custody provider supports existing access controls, recovery processes and multiparty approval.
- **Auditability.** Records reconcile across networks and support regulatory reporting and audits.

## Where Tempo fits

Tempo is a payments-first Layer 1 network that banks can use as a stablecoin settlement layer alongside their existing systems.

- **Issuer controls.** [TIP-403 transfer policies](https://docs.tempo.xyz/protocol/tip403/spec) let token issuers set allowlists and blocklists that each transfer checks.
- **Payment references.** [Transfer memos](https://docs.tempo.xyz/guide/payments/transfer-memos) carry a fixed 32-byte reference that applications map to internal records for ISO 20022-compatible reconciliation. Memos are public, so sensitive details stay in controlled systems.
- **Privacy.** [Tempo Zones](/zones/) keep balances and activity private from the public while authorized teams retain access to records.
- **Bank-led corridors.** [Coastal](/customer-stories/coastal/) is building a cross-border corridor on Tempo in which the sending bank screens the payment, stablecoins move to Coastal's wallet on Tempo, and Coastal redeems them and credits the recipient in USD.

Custody, screening, reconciliation, fiat funding and delivery, and the legal treatment of the token remain the bank's responsibility. [Contact the Tempo team](/contact/) to discuss your issuance or settlement plans.

## FAQ

### Are bank-issued stablecoins regulated or insured like bank deposits?

Not necessarily. Their treatment depends on the legal structure, the issuing entity and the jurisdictions where they are issued and used. A bank-issued stablecoin does not automatically carry deposit insurance or the legal standing of a commercial bank deposit.

### Who can redeem a bank-issued stablecoin?

Redemption rights depend on the issuer's model and the token's terms. Some models restrict direct redemption to eligible institutional or wholesale counterparties, while others offer broader access.

### What is the difference between a bank-issued stablecoin and a tokenized deposit?

A tokenized deposit is a commercial bank deposit recorded on a digital ledger and remains a direct liability of the bank. A bank-issued stablecoin is a token backed by a separate pool of reserves, and its holders rely on the issuer's redemption terms rather than a deposit claim.

### Why do banks issue stablecoins?

Banks issue stablecoins to give clients direct onchain access, reach counterparties outside their own network and support programmable payouts. Some do it to keep stablecoin activity in-house instead of leaving it to third-party issuers.

### Can bank-issued stablecoins move between networks and issuers?

Only if the issuer and its partners build the connections. Moving value between two bank tokens, or from a token to a bank account, needs conversion, redemption and settlement arrangements, and payment references must travel with the value.

### When is a bank-issued stablecoin not the right fit?

A stablecoin adds little when domestic rails already meet speed and cost needs, when both parties bank at the same institution, or when key counterparties will not accept the token. Unclear custody, accounting or regulatory treatment also blocks adoption at scale.