Skip to content
Create account
or
Sign in
The Stripe Docs logo
/
Ask AI
Create account
Sign in
Get started
Payments
Revenue
Platforms and marketplaces
Money management
Developer tools
Overview
About Stripe payments
Upgrade your integration
Payments analytics
Online payments
OverviewFind your use caseManaged Payments
Use Payment Links
Build a checkout page
Build an advanced integration
Build an in-app integration
Payment methods
Add payment methods
Manage payment methods
Faster checkout with Link
Payment interfaces
Payment Links
Checkout
Web Elements
In-app Elements
Payment scenarios
Custom payment flows
Flexible acquiring
Orchestration
In-person payments
Terminal
Other Stripe products
Financial Connections
Crypto
    Overview
    Stablecoin payments
      Accept a payment
    Fiat-to-crypto onramp
    Stablecoin payouts
    Stablecoin Financial Accounts
Climate
HomePaymentsCryptoStablecoin payments

Accept a stablecoin paymentPublic preview

Start accepting stablecoins by integrating the Crypto payment method.

Copy page

You can accept stablecoin payments with Checkout, Elements, or can be directly integrated through the Payment Intents API. If you’re a Connect platform, see Connect support.

When integrated, the option to pay with crypto appears in your checkout page, redirecting customers to a page hosted by crypto.link.com for payment completion. There, your customers can connect their wallet, and save and reuse their account using Link. You’re immediately notified if the payment succeeds or fails. Before you get started, see our demo.

Let your users pay with crypto

Let your users pay with crypto

Integrate Pay with Crypto directly through the Payment Intents API. Before you create a PaymentIntent, turn on Crypto in your payment methods settings.

Set up Stripe
Server-side

First, create a Stripe account or sign in.

Use our official libraries to access the Stripe API from your application:

Command Line
Ruby
# Available as a gem sudo gem install stripe
Gemfile
Ruby
# If you use bundler, you can add this line to your Gemfile gem 'stripe'

Create a PaymentIntent and retrieve the client secret
Server-side

The PaymentIntent object represents your intent to collect payment from your customer and tracks the lifecycle of the payment process. Create a PaymentIntent on your server and specify the amount to collect and a supported currency. If you have an existing Payment Intents integration, add crypto to the list of payment_method_types.

Command Line
curl https://api.stripe.com/v1/payment_intents \ -u
sk_test_BQokikJOvBiI2HlWgH4olfQ2
: \ -d "payment_method_types[]"=crypto \ -d amount=1099 \ -d currency=usd

Retrieve the client secret

The PaymentIntent includes a client secret that the client side uses to securely complete the payment process. You can use different approaches to pass the client secret to the client side.

Retrieve the client secret from an endpoint on your server, using the browser’s fetch function. This approach is best if your client side is a single-page application, particularly one built with a modern frontend framework like React. Create the server endpoint that serves the client secret:

main.rb
Ruby
get '/secret' do intent = # ... Create or retrieve the PaymentIntent {client_secret: intent.client_secret}.to_json end

And then fetch the client secret with JavaScript on the client side:

(async () => { const response = await fetch('/secret'); const {client_secret: clientSecret} = await response.json(); // Render the form using the clientSecret })();

Redirect to the stablecoin payments page

Use Stripe.js to submit the payment to Stripe when a customer chooses Crypto as a payment method. Stripe.js is the foundational JavaScript library for building payment flows. It automatically handles complexities like the redirect described below, and lets you extend your integration to other payment methods. Include the Stripe.js script on your checkout page by adding it to the <head> of your HTML file.

<head> <title>Checkout</title> <script src="https://js.stripe.com/v3/"></script> </head>

Create an instance of Stripe.js with the following JavaScript on your checkout page:

// Set your publishable key. Remember to change this to your live publishable key in production! // See your keys here: https://dashboard.stripe.com/apikeys const stripe = Stripe(
'pk_test_TYooMQauvdEDq54NiTphI7jx'
);

Use the PaymentIntent client secret and call stripe.confirmPayment to handle the Pay with Crypto redirect. Add a return_url to determine where Stripe redirects the customer after they complete the payment:

const form = document.getElementById('payment-form'); form.addEventListener('submit', async function(event) { event.preventDefault(); // Set the clientSecret of the PaymentIntent const { error } = await stripe.confirmPayment({ clientSecret: clientSecret, confirmParams: { payment_method_data: { type: 'crypto', }, // Return URL where the customer should be redirected after the authorization return_url: `${window.location.href}`, }, }); if (error) { // Inform the customer that there was an error. const errorElement = document.getElementById('error-message'); errorElement.textContent = result.error.message; } });

The return_url corresponds to a page on your website that displays the result of the payment. You can determine what to display by verifying the status of the PaymentIntent. To verify the status, the Stripe redirect to the return_url includes the following URL query parameters. You can also append your own query parameters to the return_url. They persist throughout the redirect process.

payment_intentThe unique identifier for the PaymentIntent.
payment_intent_client_secretThe client secret of the PaymentIntent object.

OptionalHandle post-payment events

Test your integration

Test your Pay with Crypto integration with your test API keys by viewing the redirect page. You can test the successful payment case by authenticating the payment on the redirect page. The PaymentIntent transitions from requires_action to succeeded.

  1. In sandbox, pay with testnet crypto assets on the payment page you’re redirected to.

  2. Configure your wallet to the test network you intend to pay over. For example, if you want to pay with USDC on Ethereum, make sure your wallet is set to Ethereum’s Sepolia test network.

Fund your wallet with test assets

You can use testnet “faucets” to top up your wallet. Here are a few:

  • Circle USDC
  • Paxos USDP
  • Devnet SOL
  • Sepolia ETH
  • Amoy POL
Was this page helpful?
YesNo
Need help? Contact Support.
Join our early access program.
Check out our changelog.
Questions? Contact Sales.
LLM? Read llms.txt.
Powered by Markdoc