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AI-first apps, built to ship

Mobile & Web Applications

We build for how apps actually get used: offline-first data, touch that feels native, and performance that holds up. Modern stacks give you web and mobile without maintaining two codebases.

2 masters · AI-first apps, built to ship and built to last.
  • LCPtuned
  • A11yAA
  • Perfbudgeted
two masters · the device and the teamshipped
01

Respects the device it runs on

The strip, not the runway you wish you had

  • Offline-first data where it matters
  • Native gestures and touch
  • Performance that holds
  • Every screen, responsive
02

Respects the team that maintains it

Fixable in the field, by whoever is there

  • One codebase, native feel
  • Automated tests from the first commit
  • A clean codebase you can extend
  • CI/CD from day one

Fast

Core Web Vitals

Responsive

Every screen

One codebase

Native feel

Tested

From day one

Ship and last

A great app respects the device it runs on and the team that maintains it

Performance, accessibility, and testing are built in from day one, so what you launch is fast, reliable, and easy to keep improving.

Built for real use

Offline-first data, native gestures, and real speed, designed for phones and browsers out in the wild.

One codebase, native feel

React Native and Next.js give you mobile and web without two divergent products.

Quality built in

Performance, accessibility, and automated tests from the first commit, never left for a cleanup pass.

What changes once it is running

The difference shows up in operations. Here's what's true on the Monday after launch.

One codebase, two platformsiOS and Android ship from the same source where that makes sense, so a feature is written once.
It feels native, not wrappedPlatform gestures, navigation, and performance behave the way the device's own apps do.
Fast on the phones people actually ownPerformance is a build constraint from day one, measured on mid-range hardware rather than the newest handset.
Accessible without a retrofitContrast, focus, labels, and motion preferences are built in from the start, never audited in at the end.
Releases are routineCI/CD and automated testing make shipping just another Tuesday, not an event.
Maintainable by your teamConventional structure and real documentation, so the codebase outlives the engagement.

Where this lands hardest

The four situations this practice is asked for most often, and what it is actually doing in each.

Startups building an MVPFrom idea to a launched product, built for the iteration speed the next six months will demand.
Companies with an aging appRebuilt on a modern, maintainable stack, migrated without asking users to start again.
Commerce teamsStorefronts and checkout flows built for conversion on the device most of the traffic arrives on.
Operations with field staffApps that work offline, sync when they can, and respect the battery of a device on a ten-hour shift.

What it connects to

It works inside the stack you already run. These are the connections this practice is built against most often.

App storesRelease pipelines, signing, and staged rollout for both stores set up as part of the build.
Push and messagingNotifications wired to the events that matter, with the permission flow designed rather than defaulted.
Auth providersSocial, email, and enterprise sign-in, including the platform-native options users expect.
Payments and subscriptionsIn-app purchases and card payments, with the store rules handled up front instead of discovered at review.
Your existing APIsThe app becomes a client of the systems you already run, with no need to rebuild them.
Analytics and crash reportingInstrumented on release so quality and usage are visible from the first day of traffic.

Modern stacks, built to ship

React Native and Expo for mobile, Next.js for web, and one codebase where it makes sense, with performance, accessibility, and testing built in from day one.

  • React Native & Expo for mobile; Next.js for web
  • One codebase, native feel
  • Performance and accessibility built in
  • CI/CD and automated testing from day one

How an engagement runs

Four stages, in order, and exactly what happens in each.

Weeks 1-2Shape and prototypeFlows and screens agreed against real use, prototyped before anyone writes production code.
Weeks 3-8Build in slicesShipped feature by feature to a testable build, with performance and accessibility checked along the way.
Weeks 9-10Harden and releaseStore submission, staged rollout, crash reporting, and the release pipeline your team will use afterwards.
OngoingIterate on real usageAnalytics and crash data decide what comes next, over the backlog written before launch.

There is no hangar out here

Built to ship, and built to be fixed

Performance, accessibility, and testing are built in from day one, so what you launch is fast, reliable, and easy to keep improving by your own team, on a normal Tuesday, without a rebuild.

6 things that come with it

Speed, accessibility, and test coverage are cheap to build in and expensive to add later, which is why they're on this list instead of in a follow-up phase. The last item matters most a year from now: a codebase your own team can extend without us.

  • Fast, responsive apps across web and mobile
  • Core Web Vitals tuned for speed
  • Offline-first data where it matters
  • Accessibility to WCAG AA
  • CI/CD and automated testing
  • A clean codebase you can extend

Why bring this to us

Six commitments, each one something we actually do differently.

We build for the device, not the demoMid-range phones, patchy connections, and long sessions are the real test, because that's where your users are.
We use one codebase where it earns itReact Native and Expo when sharing code helps, native when it doesn't. The decision is argued, never assumed.
We build quality in from day oneTesting, accessibility, and performance are part of the first sprint, never a phase that gets cut.
We hand over a pipelineCI/CD and store releases are set up for your team, so you never depend on us to ship.
We design before we buildFlows are tested with real users first, which is far cheaper than finding problems in a store review.
We write code your team can readConventional structure and real documentation, because the codebase will outlive the project.

What people ask before they start

Native or cross-platform: which should we build?

For most products, cross-platform with React Native and Expo is the right call: iOS and Android from one codebase with a native feel, faster and cheaper than building each separately. We'll tell you if yours is the exception.

Why does performance matter so much?

Slow apps and sites lose users and rank worse. We build for Core Web Vitals and smooth mobile performance from the start, rather than bolting it on at the end when it's expensive.

Will it be built to grow?

Yes. A clean architecture and a real back end mean new features and growth stay straightforward, with no rebuild required.

Do you handle accessibility?

It's built in from the start: WCAG AA contrast, focus handling, and semantics, so the product works for more people and meets accessibility expectations.

The other eight practices

One senior team across the whole lifecycle, so the neighboring practice is a colleague, never another procurement exercise.

Have a project?

Let's talk

Running a large platform, shaping a first MVP, or getting a product ready for a funding round? Tell us where you are. We'll shape the process around it, and stay with you after launch.