React Native or fully native — how do you decide?

React Native by default. Native modules or a fully native slice come in when performance profiling shows a real gap that can't be solved otherwise. Most apps do not need to be fully native.

Can you improve our existing mobile app?

Yes. Audits cover startup time, crash rate, memory, offline behavior, and specific user-journey slowdowns. Fixes roll out incrementally so the app stays shippable.

Do you handle App Store and Play Store submissions?

Yes. Metadata, screenshots, privacy manifests, app review notes, and phased rollouts on Play are handled end to end. First submissions typically pass on the first try.

Can you support release planning for mobile features?

Yes. Feature flagging, staged rollouts on Play, phased release on TestFlight, and Sentry regression monitoring keep new features low-risk.

Services

Mobile Engineering

Mobile-ready product experiences and cross-platform workflows that stay consistent with core product goals.

Start a conversation Back to all services

Mobile builds

One codebase, two app stores, one design language.

Mobile engagements default to React Native with Expo — one codebase serves iOS and Android, hot reloads keep the design feedback loop tight, and OTA updates ship fixes without an App Store review cycle. When native performance is critical (video, camera, complex gestures), we drop into native modules for those slices rather than rewriting the whole app. Push, deep links, offline caching, and in-app purchases are wired in from the start.

The stack is chosen so a two-person team can maintain both platforms without hiring separate iOS and Android engineers.

React Native with Expo for the main app surface

Native modules only where they measurably help

Push notifications, deep links, and offline caching

In-app purchases and subscription handling

Release and quality

App Store and Play Store submissions that actually pass review.

Release workflow uses EAS Build and EAS Submit, with staging tracks for internal testing before external release. Crashlytics or Sentry is wired from day one. TestFlight and Play Internal Testing let stakeholders exercise builds without side-loading. App Store metadata, privacy manifests, and permission strings are prepared to match Apple and Google's current review checklists — first submissions usually pass on the first try.

OTA updates via Expo mean small fixes ship in hours, not days waiting for review.

EAS Build pipelines with staging and production tracks

TestFlight + Play Internal Testing for stakeholder review

Crashlytics or Sentry with source-map upload

App Store privacy manifest + permission strings prepared

Working style

How mobile engagements typically run.

Mobile projects follow the same rhythm as web work with an extra release-review buffer at the end.

Discovery — target platforms, user flows, native requirements

Build — Expo + React Native with weekly TestFlight drops

QA — device coverage, offline behavior, accessibility

Release — App Store + Play Store submission, monitoring on

Outcome

Better mobile usability and retention

Focus

A practical engagement designed for clarity, speed, and long-term ownership.

Support

Hands-on help after launch so the work keeps moving in the right direction.

Style

Direct communication, visible progress, and low-friction handoff.

FAQ

Questions we hear most often.

A few quick answers to help you understand how we work before we get into the details.

Ship a mobile product that survives the App Store review.

Tell us what you are trying to build or fix, and we will help map the next step without overcomplicating it.

Why teams reach out

Mobile-first product flowsCross-platform implementation supportPerformance and usability tuningRelease and maintenance support

What happens next

1We review your context and goals.
2We suggest the clearest next step.
3We align on scope, timing, and support.
4We get moving with a practical plan.

Tell us what you are building

Send us a message

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