Stablecoin as a service: what the model covers

August 31, 2026

Stablecoin as a service: what the model covers

Stablecoin as a service is a model where one company runs the technical work of creating and redeeming a fiat-pegged token. Another company then puts its own name and use case on top of it. The provider mints the token, manages the fiat reserve behind it, and maintains the contracts on each chain the token runs on. The customer decides what the token is for, who receives it, and how it fits their business.

Most businesses looking at the term do not need that model. If the goal is to take payment in stablecoins and send money out in stablecoins, EukaPay does that without you creating a token at all. This guide covers what the full model includes, which providers sit at which layer, and how to tell which part of the stack you actually need.

In this guide, you'll learn:

  • What a stablecoin as a service provider runs, from minting through redemption

  • Which companies handle stablecoin issuance and which run the payments layer

  • How to tell whether your business needs a branded stablecoin or only a stablecoin rail

  • What EukaPay covers for a business that wants to accept and send stablecoins

What stablecoin as a service covers, step by step

The model bundles four pieces of work that a business would otherwise build and staff itself. A provider sells them as one managed service, and the customer keeps the branding and the commercial decisions.

Issuance and redemption - creating a token and taking it back

The provider mints new units when a customer deposits fiat, and burns them when a holder redeems. That mint-and-burn cycle is the core of the service. The rest of the model exists to support that cycle.

Reserve management - the fiat held against the token

A fiat-pegged token is only as good as the money held against it. In this model the issuer holds that reserve, reports on it, and answers for it. The business whose name is on the token does not touch those accounts.

Chain deployment - where the token can move

The provider deploys the token contract on each network it needs to run on, and maintains it there. Adding a chain later is the provider's work, not the customer's. Chain maintenance is a standing engineering cost a business avoids by buying the model instead of building it.

Distribution - getting the token to the people who use it

A newly minted token has no route to a user until someone builds one. Distribution covers the wallets, exchanges, and payment tools that let holders receive, send, and cash out. Many issuance providers stop short of this layer. A branded token still needs a payments partner for that reason.

Who runs each layer of stablecoin as a service

Layer

What it does

Who runs it

When you need it

Issuance and redemption

Mints and burns a fiat-pegged token

Circle, Paxos, BitGo, Brale

You are launching a branded token

Wallet and key infrastructure

Stores keys and moves funds on-chain

Fireblocks, BitGo, Zerohash

You hold balances on-chain yourself

Acceptance and payouts

Collects stablecoin payments and sends money out

EukaPay, Bridge, BVNK

You are getting paid and paying others

EukaPay runs the third layer, and only the third layer. EukaPay does not issue, mint, or redeem a stablecoin, and does not hold a reserve behind one. Circle, Paxos, BitGo, and Brale run the issuance layer. Fireblocks and Zerohash run wallet and key infrastructure. A business that wants to accept USDC or USDT from customers, and send USDC or USDT to recipients, is buying at the acceptance and payouts layer. That is the layer EukaPay covers. For a fuller account of how the layers fit together, see our guide to

stablecoin infrastructure

.

Do you need to issue a stablecoin to accept one?

No. Accepting a stablecoin and issuing one are separate businesses. Most companies looking at stablecoin issuance only need the first.

Issuing makes sense in a narrow set of cases. A closed-loop product may want the token as its own unit of account. A marketplace may want a settlement asset all its participants share. Each of those is a strategy question before it is a payments question, and each carries the engineering load described above.

Everything else is a rail question. You may have customers who want to pay in stablecoins, or recipients in markets your bank serves poorly. In both cases you need a stablecoin rail and not a stablecoin of your own. That is a much shorter project. Our guide to

stablecoin cross-border payments

walks through what the money movement looks like from collection through settlement.

What EukaPay does: stablecoin acceptance, payouts, and fiat settlement

EukaPay gives a business one account for both directions of a stablecoin rail. On the way in, you can collect through invoices, payment links, a hosted checkout, or subscriptions that send invoices on a recurring schedule. On the way out, you can send crypto payouts in USDC, USDT, ETH, and BTC across the Ethereum, Tron, and Bitcoin networks, with the asset and network set per payout. Mass payouts are a CSV upload in the merchant dashboard. The

crypto payment API

covers invoices, subscriptions, payouts, balance transfer, and customers for teams driving the account from their own systems.

Both directions run on one platform for deposits, payouts, and fiat settlement: instant crypto-to-fiat conversion at a locked exchange rate to remove your exposure to crypto price swings, support for most major cryptocurrencies, and settlement in USD, EUR, GBP, and CAD to your bank account. EukaPay locks the exchange rate on every conversion by default, on pay-ins and on payouts. A crypto payment confirms on-chain, so protection against chargebacks is a property of the payment method. Payouts are not tied to banking hours or the banking calendar.

If you have been reading about stablecoin as a service because you want stablecoins moving through your business, start at the acceptance and payouts layer. It is the layer that changes how you get paid, and it does not require you to run a token.

Get started with EukaPay

Create an account at

app.eukapay.com/signup

, complete verification, provide your legal business information, and generate an API key. A developer (or coding agent) can work against the staging environment, and the full endpoint reference is at

docs.eukapay.com

.

Frequently asked questions

What is stablecoin as a service?

It is a managed model where a provider runs the minting, redemption, reserve management, and chain deployment for a fiat-pegged token. The business puts its own brand and use case on top of that.

Do I need to issue my own stablecoin to accept stablecoin payments?

No. Accepting stablecoins only needs a payments provider at the acceptance layer. Issuing a token is a separate project with its own engineering and operating load.

Does EukaPay issue stablecoins?

No. EukaPay does not issue, mint, or redeem any stablecoin, and does not hold a reserve behind one. EukaPay handles merchant acceptance, payouts, and fiat settlement on top of tokens other companies issue.

Which stablecoins can a business accept with EukaPay?

Pay-ins support most major cryptocurrencies, including USDC and USDT alongside BTC and ETH.

Which stablecoins can a business send with EukaPay?

Payouts are sent in USDC, USDT, ETH, and BTC, across the Ethereum, Tron, and Bitcoin networks. Asset and network are set per payout.

Can I settle stablecoin payments into my bank account?

Yes. You can choose fiat settlement, which converts at a locked exchange rate and settles in USD, EUR, GBP, or CAD to your own business bank account.

What is the difference between stablecoin as a service and a payments provider?

Stablecoin as a service creates and maintains a token. A payments provider moves existing tokens between you and your customers or recipients, and converts them to fiat.

Do I need a developer to integrate a stablecoin rail?

Not for invoices, payment links, checkout, or a CSV mass payout, which all run from the merchant dashboard. A developer (or coding agent) is only needed if you want to drive the account from your own systems through the API.

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