Online stores that load fast and check out faster.

It depends on your catalogue size and which payment, shipping and inventory integrations you need, but you get a fixed price in writing after a short discovery call, so budgeting is never a guessing game. A store with a straightforward catalogue, standard payment processing and basic inventory sync costs meaningfully less than one juggling multiple warehouses, custom shipping rules or a loyalty program, and we will walk through which of those actually apply to you before quoting anything. For a rough ballpark first, try our free cost calculator: pick e-commerce as your project type, choose the features you expect to need, and it returns an instant price range and timeline. As a general shape, a focused headless storefront with standard checkout and a handful of integrations typically lands in the low-to-mid five figures and takes eight to twelve weeks; larger catalogues or complex fulfilment logic take longer and cost more.

We build fast, headless storefronts, often on Next.js paired with Shopify, Medusa or a custom backend, so your shop is not boxed into a rigid theme system or someone else's roadmap for what features you are allowed to have. Headless means the storefront your customers see is decoupled from the commerce backend that manages products, orders and inventory, which gives us far more control over speed and design than a typical off-the-shelf template allows. We recommend the specific stack that fits your catalogue, your team's technical comfort and your growth plans, not whichever platform is trendiest this year or easiest for us personally. If you already run Shopify and it is working, we can build a fast headless front end on top of it rather than forcing a full migration; if you need something more custom, Medusa or a bespoke backend usually fits better, and we explain the tradeoffs plainly before recommending either.

Yes, and for most stores this is where the highest-leverage improvement lives, since a slow or clunky checkout is where sales quietly leak away before anyone notices. We streamline the cart and checkout flow down to a couple of taps wherever the payment provider allows, remove unnecessary form fields and account-creation friction, and integrate payments so they feel instant rather than making customers wait on a spinner. Beyond the checkout itself, we set up analytics that actually show you where people drop off, cart abandonment at the shipping step versus the payment step tells very different stories, and we run structured A/B tests on button copy, layout and payment options to lift average order value over time rather than guessing. This is ongoing work more than a one-time fix: conversion tends to improve in small, compounding increments once real traffic data starts informing the next change, and we treat it that way rather than declaring it finished after launch.

Yes, and getting these three systems to actually agree with each other is most of what makes an online store reliable rather than a source of constant support tickets. We wire in payment processing with proper handling of failed and disputed transactions, connect real-time shipping rate calculation so customers see accurate costs instead of flat estimates, and sync inventory so stock levels update the moment something sells, whether that sale happened online, in an app, or in a physical store. Without this synchronisation, stores routinely oversell items that are actually out of stock or show wrong shipping costs that erode trust right before checkout. We test these integrations against real edge cases before launch, partial refunds, split shipments, and out-of-stock items added mid-checkout, so the system holds up under actual usage rather than just the happy path. The result is a store where the numbers you see match reality.

Yes, and because we build the storefront and the backend ourselves, a companion app connects to the exact same product catalogue, inventory and order data rather than needing a separate integration layer bolted on afterward. We build native shopping and loyalty apps in Flutter or React Native, tied to the same backend as your web store, so a customer's cart, order history and loyalty points stay consistent whether they are shopping on their phone or a browser. This is usually a natural second phase rather than something we build simultaneously with the initial store, since it lets your web storefront prove out the product and catalogue structure first before extending it to a native app. Push notifications for order updates and promotions, along with app-exclusive loyalty features, are common additions once the core app is live. Mention it during discovery if it is part of your longer-term plan.