How to Integrate Stripe with Sticklight

Stripe is the payment layer that turns a prototype into a real product. You can build a beautiful app, but without a working checkout, it does not earn money. This tutorial walks through the full flow of adding Stripe payments to a Sticklight app, from your first prompt to a tested payment surface ready for real customers. Built by the Elementor team. Powered by Claude.

The approach here stays practical. We use Sticklight concepts that exist today. Plan Mode handles the scoping of what to build. The visual canvas and code editor handle the implementation. A security scan runs before you publish, and Connectors or environment variables store your sensitive keys. Each step is described as a general flow rather than a rigid click path, because the specific UI Sticklight shows you may depend on your project type and the version you are using.

• Sticklight’s Plan Mode lets you scope a payment feature before writing a single line of code, reducing the chance of a half-built checkout.
• Stripe keys should never be hard-coded in your frontend source. Store them through a connector or an environment variable, or keep them inside a server-side function within your Sticklight project.
• The built-in security scan catches common exposure risks before you publish, which is worth running every time you add third-party credentials.
• Testing in Stripe’s test mode inside Sticklight’s preview environment lets you complete real card flows without moving actual money.
• After going live, your published Sticklight app is hosted automatically, so you do not manage a separate server to receive Stripe webhooks, but you do need to register your published URL in the Stripe dashboard.

What you are building.

The end result is a Sticklight app with at least one payment surface. That might be a product listing or a pricing page. It could just as easily be a donation button or a checkout form. When a user clicks “Pay,” the app calls Stripe, then reads the response and confirms the transaction. The exact shape of that surface depends on your product. A subscription SaaS needs different UI than a one-time digital download, yet the integration steps stay the same.

Sticklight gives you two complementary ways to build: a visual canvas where you assemble and style components, and direct code access when you need to wire up a JavaScript library or a server-side call. Both are in the same workspace. You can prompt your way through most of the scaffolding and then drop into the code editor to handle the Stripe-specific logic that requires precision.

The platform is built around what the team calls Prompt, Build, and Publish. You describe what you want. Sticklight generates the structure. You refine it visually and in code, then publish to a live hosted URL. Adding Stripe fits neatly into the Build phase, with a short stop in Plan Mode first to make sure the payment logic is scoped correctly before generation runs.

Step 1: Plan the payment flow before you build.

Open your Sticklight project and activate Plan Mode. This is where you describe the payment feature to the AI before any code is written. Be specific about what you need. Maybe it is a one-time charge. Maybe it is a recurring subscription or a pay-what-you-want field instead. The more concrete your description, the cleaner the generated output.

A useful prompt at this stage might be: “Add a checkout button to the pricing page that creates a Stripe payment session for a $29 one-time charge and redirects the user to a success page after payment.” That single sentence tells Sticklight the trigger and the amount. It also names the payment type and spells out the expected post-payment behavior. Vague prompts like “add payments” produce vague scaffolding.

Plan Mode will show you the proposed structure before it executes. Review it. Check that it matches the flow you described. If the plan shows a client-side-only implementation and you know Stripe requires a server-side session for certain flows, flag that in your next prompt and ask for a server function or an API route. Catching the architectural issue here is much faster than unwinding it after generation.

One thing worth knowing: some Stripe flows, particularly Checkout sessions and subscription billing, require a server-side call to create the session before redirecting the user. Sticklight supports server-side code, so this is achievable, but you need to plan for it. Client-side-only Stripe flows are narrower and mostly limited to Stripe.js for card element rendering or Payment Intents confirmed on the client. Know which one you need before you start.

Step 2: Generate the app structure and locate the code editor.

Once Plan Mode shows a structure you are satisfied with, confirm and let generation run. Sticklight will produce the UI components and the initial code. Do not expect the Stripe logic to be complete at this point. What you get is the skeleton. That means the pricing page layout and the checkout button, plus placeholder functions where the payment calls will go and a success or confirmation view to land on.

Find the code editor in your workspace. In Sticklight, you have access to the underlying source of your project, not just a visual layer on top. Locate the file or component that handles the checkout button’s action. This is where you will add the Stripe integration.

If your plan called for a server-side session, look for where server functions or API routes live in your project structure. Sticklight generates these as callable endpoints. The button click on the frontend calls one of these endpoints. That endpoint talks to Stripe, and the response comes back with a redirect URL or a client secret for the payment element.

Step 3: Add your Stripe keys securely.

Stripe gives you two keys: a publishable key and a secret key. The publishable key is safe to include in frontend code. The secret key is not. It must stay on the server side and must never appear in your built JavaScript output where a user could read it.

In Sticklight, the right place for the secret key is a connector or an environment variable rather than a literal string in your code. If Sticklight’s connector system supports a custom integration, you can define your Stripe credentials there and reference them by name. If you are working directly in the code editor, use an environment variable pattern, something like process.env.STRIPE_SECRET_KEY, and set the actual value in your project’s settings rather than in the source file.

The publishable key can go into your frontend code directly, either as a constant in the component file that renders the payment element or as a project-level variable accessible across components. Keep the two keys clearly labeled so you do not accidentally swap them.

Using Stripe’s test keys during development is essential. Your test publishable key starts with pk_test_ and your test secret key starts with sk_test_. Swap them for live keys only when you are ready to accept real payments, and never commit live keys to version control.

Step 4: Wire up the Stripe logic in code.

With the structure generated and your keys stored, open the code editor and add the Stripe calls. The exact implementation depends on which Stripe product you chose in Plan Mode. Below are the two most common paths.

Stripe Checkout (hosted payment page). Your server function creates a Checkout Session through the Stripe API. It specifies the line items along with the success URL and the cancel URL. The response from Stripe includes a session URL. Your frontend redirects the user to that URL. Stripe handles the card input, and after payment, Stripe redirects the user back to your success page.

Stripe Payment Element (embedded form). Your server function creates a Payment Intent and returns the client secret. Your frontend loads Stripe.js and mounts the Payment Element to a container in your component. From there it uses the client secret to confirm the payment. This keeps the user on your page throughout the checkout.

For the hosted Checkout approach, the server function in Sticklight needs the Stripe Node.js library or a direct HTTP call to the Stripe API. Reference your secret key from the environment variable you set in the previous step. The call looks roughly like this in a server function:

const stripe = require('stripe')(process.env.STRIPE_SECRET_KEY);
const session = await stripe.checkout.sessions.create({
  payment_method_types: ['card'],
  line_items: [{ price: 'price_yourPriceId', quantity: 1 }],
  mode: 'payment',
  success_url: 'https://your-published-url.com/success',
  cancel_url: 'https://your-published-url.com/cancel',
});
return { url: session.url };

Your frontend calls this server function and receives the URL, then redirects the browser to it. The pattern is the same whether you are on Sticklight or any other platform. The server creates a session. The frontend redirects. Stripe handles the card input and then sends the user back.

Step 5: Configure success and cancel pages.

After Stripe processes a payment, it redirects the user to the URL you specified in the session. You need those pages to exist in your Sticklight project before you test. Build a simple success view that confirms the payment, and a cancel view that lets the user try again or go back to pricing.

The success page can read a session ID from the URL query parameter that Stripe appends on redirect. You can use that ID to retrieve the session from Stripe on the server side and display the amount charged or the order details. This step is optional for a first test but expected in a production app.

Keep these pages in the same Sticklight project so they share your site’s header and footer along with its branding. They are just additional routes in your canvas, nothing special technically.

Step 6: Run the security scan before testing.

Before you preview your payment flow, run Sticklight’s built-in security scan. This tool checks your project for common exposure risks. It flags API keys that appear in client-side bundles, and it looks for insecure data handling patterns and misconfigured endpoints. If your Stripe secret key ended up in the wrong place, the scan has a reasonable chance of catching it.

Address any findings the scan raises. A warning about a key in a frontend file is not a warning you skip. Fix the storage pattern by moving the key to an environment variable, then run the scan again until it is clean. This is not a slow step; resolving a credential exposure issue now takes minutes. Resolving it after a leak is a different kind of problem.

The most common mistake I see when developers integrate Stripe into a new platform is treating the secret key like a publishable key. The publishable key exists precisely so you do not have to expose the secret one. Keep them separated at the architecture level, not just in comments, and your integration will be safe from the start.

Itamar Haim, Web Development Specialist

Step 7: Test the full payment flow in preview.

Sticklight’s preview environment lets you run the app before publishing. With your test Stripe keys in place, open the preview and walk through the checkout yourself. Use Stripe’s test card numbers, the most commonly used being 4242 4242 4242 4242 with any future expiry date and any CVC, to simulate a successful payment.

Watch what happens at each step. The button click should trigger your server function. The Stripe redirect or embedded form should appear. After entering test card details, you should land on your success page. If any step fails, check the browser console and your server function logs inside Sticklight for error messages.

Also test the cancel path. Click “back” or cancel in the Stripe Checkout page and confirm you land on your cancel view rather than a blank screen or an error. Test what happens when you use a card that is set to decline, such as 4000 0000 0000 0002 in Stripe’s test suite, and make sure your app surfaces a useful message rather than a silent failure.

Step 8: Use Sticklight Skills to polish the checkout experience.

Before you publish, visit Sticklight’s Skills system. Skills are one-click enhancements that the platform applies to your project. They cover accessibility improvements and design refinements. They also add SEO metadata and performance optimizations. Run the accessibility Skill on your payment pages so that form labels and focus states behave correctly and error messages meet basic standards. A checkout that breaks for keyboard users or screen reader users is a checkout that loses customers.

The design Skill can tighten spacing and color contrast on your checkout button and pricing components. Small visual improvements at the payment surface increase conversion. This is not cosmetic; it affects whether people complete the purchase.

Step 9: Publish and register your webhook endpoint.

When the payment flow tests cleanly, publish your app. Sticklight hosts the published version automatically. Note the published URL. You need it for two things: updating the success and cancel URLs in your Stripe Checkout Session code to point at the live domain, and registering a webhook endpoint in the Stripe dashboard if your app needs to handle post-payment events.

Webhooks are how Stripe tells your app what happened after the fact, whether a payment succeeded or failed or later got refunded. If you are building a subscription product or need to update a database on payment confirmation, you need a webhook listener. In Sticklight, a server function can serve as a webhook endpoint. Register its URL in the Stripe dashboard under Webhooks, pick the events you care about, and Sticklight will receive those events when they fire.

Verify your webhook with Stripe’s CLI or the dashboard’s test event sender before considering the integration complete. A webhook that silently fails is worse than no webhook at all, because you think your system is updating when it is not.

How Sticklight compares for payment integrations.

Different app-building platforms handle payment integrations differently. The table below summarizes where each platform stands on the dimensions that matter most for a Stripe integration.

The comparison above is informational. Each platform has real strengths. V0 is a solid choice if you are already a Next.js developer and want full control. Bubble fits apps with complex relational data. Sticklight pairs visual editing with direct code access, then adds a built-in security scan on top. That combination makes it a capable option for teams that want to move from prompt to published product without switching between multiple tools.

Let it glow.