What we build
Most of the apps we build fall into one of three shapes: a consumer product that has to feel finished on day one, an internal tool that replaces a spreadsheet or a chain of messages, or a companion app that extends a service people already use on the web. The shape changes the work, but not the standard — the app has to be clear, fast and dependable on the devices people actually carry.
We work on iOS and Android. Where a platform gives us something worth using — camera, notifications, background work, secure storage — we build natively. Where the same rules, data models and network calls would otherwise be written twice, we put them in shared Kotlin. Both approaches are normal here; the right one depends on the product, not on what is fashionable.
From idea to store
Every project starts with a short discovery: who the app is for, what the first release must do, and what can wait. We would rather cut scope than ship something half-finished, and we say so early. From there we build a working prototype you can hold, then the real product in increments you can review, then the release itself.
Store release is part of the job, not an afterthought. That means App Store and Google Play submission, review guidelines, privacy details, screenshots and listings, and the update cycle after launch. If an app is rejected, we fix the cause and resubmit — that is part of the work, not a separate favour.
Native or multiplatform?
Native development gives the most direct access to each platform and is the right choice when the app leans heavily on device features or when each platform needs a distinctly different interface. Kotlin Multiplatform is the better fit when the business logic is substantial and identical on both sides: one codebase for the rules, data and networking, with native interfaces where each platform expects them.
We have built both ways, including our own product Paussible, which uses Kotlin Multiplatform to keep one set of logic across platforms. If you are unsure which route fits, we will tell you plainly — including when a cross-platform approach would cost you more than it saves. More on Kotlin Multiplatform.
Privacy as an engineering constraint
Our own products collect nothing: no accounts, no analytics, no third-party requests. Client apps cannot always go that far, but the principle still shapes the build. We ask for permissions only when a feature genuinely needs them, keep data on the device where it belongs, and avoid adding an SDK that quietly sends user behaviour somewhere else. When an app does need a backend, we prefer to run it ourselves rather than hand your data to a stack of vendors.
The infrastructure is part of the app
An app is never only the screens. It needs somewhere to talk to, a way to deploy changes, and a plan for what happens when a server restarts at the wrong moment. Because we also run Docker-based hosting and self-hosted services, the API, the hosting and the app can be designed together instead of being stitched up at the end. That is the “end to end” in how we describe ourselves. More on cloud and infrastructure.
How we work with you
You talk to the people building the product. There is no account manager relaying decisions and no hand-off between a design shop, a development shop and a hosting provider. That keeps the feedback loop short and the responsibility clear. We scope honestly, report progress in the open, and tell you when a request will move the launch date — before it does.
We are a small company, which is a constraint as well as an advantage. We take on work we can do properly, and we will say no to a project that does not fit. If you are planning an app and want a straight answer about what it will take, write to us.