The Stripe API is the server-side REST API that creates charges, customers, and payment intents; Stripe.js and Elements are the client-side pieces that collect card details in your browser without that sensitive data ever touching your own server. Together they're what you reach for when Stripe's prebuilt Checkout page doesn't give you enough control over the payment flow. We don't build your first integration from a blank page. We're brought in once it's live and the parts Stripe's docs don't fully cover, webhook reliability, syncing payment data into everything else you run, start costing someone real time.
1. Create a Stripe account and grab your API keys. You get a publishable key (safe to expose in frontend code) and a secret key (server-side only), each with a separate test and live version. Everything gets built and tested against the test keys first.
2. Decide how much of the checkout flow you're building yourself. Stripe Checkout is the hosted, prebuilt page; it's the fastest path and covers most businesses. Stripe.js and Elements are what you use instead when you need the payment form embedded directly in your own page rather than redirecting to Stripe's.
3. Install Stripe's SDK for your stack (Node, Python, Ruby, PHP, Java, and others are all officially supported) on the server side, and load Stripe.js on the client side if you're building a custom form.
4. Create a PaymentIntent on your server for each payment attempt, then confirm it on the client using Stripe.js, which is what actually prompts and processes the card details without them passing through your own backend.
5. Set up webhooks. Stripe sends events like a succeeded or failed payment to an endpoint you control, which is how your system finds out what happened asynchronously, including cases where the customer never comes back to your confirmation page at all. Verify every webhook's signature; skipping that step is how fake webhook calls get taken seriously.
6. Test with Stripe's test card numbers before switching to live keys. You can simulate a successful charge, a decline, and most of the specific error cases Stripe defines, all without moving real money.
Getting a payment to go through once, in test mode, is the easy part. Running it in production is where the real questions show up: what happens if your webhook endpoint goes down for ten minutes and Stripe's retries land out of order, how you keep a PaymentIntent, a customer record, and an order in your own database pointing at each other correctly, and what you do with metadata that matters to your business but has nowhere obvious to live in Stripe's object model.
None of that is a flaw in Stripe's API. It's just the part the documentation can't write for you, because it depends entirely on your own systems. That's usually where we get pulled in: not to build the first charge, but to make sure every charge's data ends up where the rest of your business actually needs it, in the CRM, the accounting system, the fulfillment queue, automatically and correctly, every time.
Every relevant Stripe event, a successful charge, a failed payment, a disputed one, routed to the right internal system the moment it fires, with retries and signature checks handled so a missed webhook never becomes a payment nobody noticed.
Customer, payment, and metadata fields pulled out of Stripe's objects and kept in step with your CRM or accounting records automatically, instead of someone exporting a report to patch the gap between what Stripe knows and what your other tools know.
Tell us where a Stripe event still has to be checked, copied, or re-entered by hand somewhere else in your business, and we'll look at whether it needs to stay that way.
Tell us what your integration does today and where a person still steps in to make the data line up, and we'll tell you what's worth automating first. Stripe's API is just this page's example; the same gap shows up with any API-based integration once it's actually running in production.
Let's talk →In your Stripe Dashboard, under Developers > API keys. You'll see a publishable key and a secret key for test mode, and a separate pair for live mode once you're ready to process real payments. Never put a secret key anywhere it could end up in client-side code.
The Stripe API is the server-side REST API your backend calls to create and manage charges, customers, and other objects. Stripe.js is the client-side JavaScript library that runs in the browser, and it's what lets you collect card details directly on your own page without that data passing through your server, which keeps you out of a lot of compliance scope.
Stripe versions its API by date and pins each account to a specific version so your integration doesn't break when Stripe ships changes elsewhere. You can see and change your account's pinned version in the dashboard; most integrations never need to touch it unless they're specifically adopting a newer feature.
At stripe.com/docs, covering the API reference itself alongside guided integration docs for each major use case. It's one of the more thorough sets of API docs in the payments space, which is part of why most Stripe setup issues come down to implementation details on your own end, not missing documentation.
Elements is built on top of Stripe.js, not a separate thing. It gives you prebuilt, stylable UI components, a card field, a payment element, for the form itself, so you're not hand-building input fields and validation on top of raw Stripe.js calls.