Apps built for the devices your users carry.
Cross platform mobile applications for iOS and Android, engineered for real world conditions: patchy signal, mid range hardware, and app stores that keep changing their rules. One codebase, one team, one release cycle.
Problem
shapes.
You have a web product and need a mobile experience users will actually keep installed.
The app was built by a cheap vendor and now crashes, lags, or fails store review.
You need one team delivering both platforms without doubling the cost.
Your field staff, drivers, or sales team need an app that works without signal.
An existing app has low retention and you need to know whether it is product or performance.
You are at MVP stage and need the architecture to survive beyond the first thousand users.
What the
work covers.
One codebase, two platforms, native level feel
Cross platform development stopped meaning compromise some years ago. Flutter and React Native now deliver the frame rates, gesture behaviour, and platform conventions users expect, while a single codebase means one team, one release cycle, and one set of bugs to fix. We use native where the product genuinely needs it, and we say which is which before the build starts.
Apps that work when the network does not
Mobile is not a small screen version of the web. Offline states, retries, background sync, and conflict resolution are core product decisions. We handle them deliberately, because an app that shows a spinner in a lift is an app your users stop opening.
A shared backend with your existing systems
Your app will read and write the same data as your web platform, your ERP, or your internal tools. We design that shared layer once, with push notifications, versioned API contracts, and a migration path for users who do not update immediately.
Store submission, release, and the part after
App Store and Play Store review is a process, not a formality. Privacy declarations, permissions rationale, and rejection handling are part of the delivery. After launch, store requirements change annually, so the release process stays maintained rather than handled once.
On device performance and battery behaviour
Image handling, list rendering, background jobs, and location tracking all cost battery and data. We profile on mid range devices rather than flagship hardware, because that is where your users actually are and where performance problems surface first.
Analytics, crashes, and the feedback loop
Crash reporting, release health monitoring, and product analytics are wired in from the first release. Without them, post launch decisions are guesswork, and version adoption problems stay invisible until someone complains.
What you
receive.
Shared design system applied consistently across both platforms
iOS and Android applications from a single codebase
Offline capable architecture with sync behaviour defined
Push notification infrastructure and deep linking
Authentication including biometric and social sign in
Shared API or backend layer sized for mobile traffic
App Store and Play Store submission and review handling
Crash reporting, release health, and product analytics
Staged rollout and version migration strategy
Post launch update agreement covering store requirement changes
Asked before
engagement.
Flutter, React Native, or native?
It depends on the product. Cross platform handles the large majority of business applications with no meaningful compromise and half the maintenance. Native is worth it when the app depends heavily on device hardware, complex background processing, or platform specific interaction. We recommend before the build rather than after.
How long does an app take to build?
A focused MVP typically takes six to twelve weeks depending on scope. Applications with complex backend work, integrations, or heavy offline requirements run longer. The timeline is broken into milestones in the proposal.
Do you handle App Store and Play Store submission?
Yes, including the developer accounts, privacy declarations, review responses, and rejection handling. Accounts are set up under your ownership so you keep control of your listings.
Can the app share a backend with our existing website?
Yes, and it is usually the right choice. We design the API so both clients read from the same source of truth, with versioning so each can release independently.
What happens when Apple or Google change requirements?
Stores update requirements annually and force older apps to update. Our support agreements cover these changes, which is the main reason apps quietly stop being maintained after a vendor relationship ends.
Get a working prototype
before you commit budget.
Send us what you are trying to build. We will come back with a scoped technical sheet, a written proposal with every cost stated up front, and a free prototype of the core workflow so you can evaluate real software rather than a sales deck.