Applications people keep coming back to.
Mobile and web applications that are robust, scalable and secure — supported from ideation through deployment and everything after it.
Overview
An application is judged in the first minute and kept or deleted in the first week. That verdict rests on things users never name: how fast it starts, whether it survives a bad network, whether it holds state when interrupted, whether it drains the battery. These are engineering decisions, and they are made early or not at all.
We build applications across mobile and web with those questions answered up front, then keep building after release — because the version that ships is rarely the version that succeeds. Whether it is a consumer product fighting for retention or an internal tool that has to work offline in a warehouse, the standard is the same.
The things you actually receive.
Concrete deliverables rather than adjectives — this is the work, itemised.
Native mobile
Swift and Kotlin where platform behaviour, performance or device capability makes native the right call.
Cross-platform
React Native where a shared codebase serves the product better than two — with native modules where it does not.
Web applications
Complex, stateful interfaces that survive real use, real data volumes and real network conditions.
Offline & sync
Local-first behaviour and conflict resolution for applications that cannot assume connectivity.
Backend & APIs
The services behind the app: authentication, data, background work, notifications and third-party integration.
Release engineering
Store submission, staged rollout, crash reporting and over-the-air updates where the platform allows.
Where this discipline goes wrong.
Four decisions that separate work which lasts from work that has to be redone.
Decide native or cross-platform on evidence
This choice gets made by fashion more often than by analysis. We decide it against your actual requirements — device features, performance profile, team composition and how much the platforms genuinely differ for your product.
Build the spine first
Navigation, state, auth and data flow before features. Retrofitting an architecture into an app full of screens is the most expensive rework in this discipline.
Test on the worst device you support
Not the newest phone on the desk. Performance problems are invisible on good hardware and fatal on the hardware much of your audience is actually holding.
Instrument retention, not just crashes
Crash-free rate says the app did not break. It says nothing about whether anyone came back. We instrument the journeys that indicate the product is working.
How this one is usually run.
The same engineering practice applies at every size. What changes is the shape of the team.
Focused Build
One application or integration, defined scope and price.
Product Team
A full delivery team owning the product end to end.
Enterprise & Government
Multi-team delivery against audit and procurement requirements.
A focused app in 6 to 12 weeks; a substantial product with backend typically 4 to 8 months.
Typically built with
- Swift
- Kotlin
- React Native
- TypeScript
- Go
- PostgreSQL
- Redis
- Sentry
- GitHub Actions
The ones worth asking.
Including the answers that lose us work — those are the ones worth publishing.
Native or cross-platform — which should we choose?
Can you take over an existing app?
Who handles App Store and Play Store submission?
How do you approach app security?
What about accessibility?
Do you provide ongoing maintenance?
Often paired with.
Most engagements draw on more than one capability. These are the usual neighbours.
Let's talk about app development.
Tell us what you're trying to ship. We'll tell you honestly whether we're the right team for it — and what it would take.
Prefer email? info@triyant.sg
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