smartphoneOne codebase, both stores, production quality.

React Native App Development

I build cross-platform mobile apps in React Native for Android and iOS — from a new product to a rescue of an existing codebase. Five of my apps are live on Google Play, including a three-app food delivery platform with realtime rider tracking and a POS system.

Problems this solves

If more than one of these sounds familiar, this is the right page.

  • errorAn app that works in development but stutters, drains battery, or crashes on real devices.
  • errorPush notifications that arrive late, twice, or not at all.
  • errorA codebase a previous developer left behind that nobody can safely change.
  • errorNeeding Android and iOS without paying to build the same product twice.
  • errorA store submission that keeps getting rejected.

How I approach it

Most cross-platform apps fail for the same reasons: the list scrolls badly, notifications never arrive reliably, offline state gets lost, and the release process breaks the first time someone else touches it. I build React Native apps with those problems solved from the start, not patched later.

I work across the whole delivery path — architecture, native module integration, Firebase, push notifications, offline caching, store submission and CI/CD. I am Meta Certified in React Native and every app listed on this site is live and installable, not a prototype.

What you get

  • checkA React Native app built for Android and iOS from one TypeScript codebase
  • checkAuthentication, including social and phone sign-in
  • checkPush notifications wired through Firebase Cloud Messaging or Notifee
  • checkOffline-first data handling and realtime sync
  • checkNative module integration where the product genuinely needs it
  • checkPlay Store and App Store submission, including store assets and review fixes
  • checkCI/CD so builds ship without a manual laptop step
  • checkA handover walkthrough and documentation your next developer can follow

How the work runs

The order matters — each step exists because skipping it causes a specific, predictable problem later.

  1. 01

    Scope and architecture

    We agree what the app must do, what it explicitly will not do in v1, and how data and state should be structured. You get a written scope before any code is written.

  2. 02

    Core build

    Screens, navigation and data layer built in TypeScript against real API responses, with builds you can install on your own device from the first week.

  3. 03

    Integrations

    Authentication, push notifications, payments, realtime sync and any native modules the product needs — each one tested on a physical Android and iOS device.

  4. 04

    Hardening

    Performance passes on low-end hardware, offline and poor-network behaviour, crash reporting, and edge cases found by actually using the app rather than reading the code.

  5. 05

    Store release

    Store listings, screenshots, privacy declarations and submission — including handling review rejections, which are normal and expected.

  6. 06

    Handover

    Documentation, a CI/CD pipeline, and a walkthrough so the codebase does not depend on me to stay alive.

What you end up with

  • check_circleA product real users can install today, not a demo
  • check_circleOne codebase two platforms stay in sync from
  • check_circleRelease process any team member can run
  • check_circlePerformance verified on low-end Android hardware, not just a simulator

Stack

  • React Native
  • TypeScript
  • Expo
  • Firebase
  • Notifee
  • REST APIs
  • Laravel
  • CI/CD

Built with this

Live products using the same stack — not mockups.

Dinehome - Food Delivery System

DineHome is a food ordering and restaurant management platform designed to provide a seamless dining experience through online ordering, menu management, order tracking, and secure payment integration. The application focuses on delivering a fast, user-friendly, and efficient experience for both customers and restaurant administrators. It has 3 applications DInehome Userapp, Dinehome Adminapp, Dinehome Riderapp

Read the case studyarrow_forward

Exp Reminder

Exp Reminder is a smart expiration tracking application that helps users manage and monitor expiry dates for products, subscriptions, documents, and important items. The app provides timely reminders, intuitive organization features, and a user-friendly interface to ensure users never miss critical expiration deadlines.

Read the case studyarrow_forward

The Bravo Life

The Bravo Life is a personal growth and habit-building platform designed to help users create lasting positive change through daily consistency. By combining habit tracking, guided journaling, motivational content, streaks, and personalized reminders, the app empowers individuals to build healthier routines, strengthen their mindset, and stay accountable to their goals. Whether you're developing new habits, improving productivity, or pursuing personal transformation, The Bravo Life serves as your daily companion for becoming your best self.

Read the case studyarrow_forward

Questions I get asked

Can you take over an existing React Native project?arrow_outward

Yes, and it is a large part of what I do. I start with a read-only audit: dependency and React Native version state, architecture, build reliability and the specific things blocking you. You get that assessment before committing to a build, so you can decide whether to continue the codebase or restart from it.

Do I get both Android and iOS?arrow_outward

Yes. React Native builds both from one codebase, which is most of the reason to use it. Apps still need testing on both platforms separately, and iOS release requires an Apple Developer account in your name, which stays yours.

Will the app work offline?arrow_outward

It can, and for most real products it should. Offline-first means the app keeps working when the network drops and reconciles when it returns. This affects data architecture, so it is a decision made at scoping, not bolted on at the end.

Who owns the code?arrow_outward

You do, in full, including the repository, the store listings and the Firebase project. Everything is set up in accounts you own from the start rather than transferred at the end.

Is React Native fast enough for a production app?arrow_outward

For the overwhelming majority of products, yes — the apps on this site handle realtime navigation, payments and large lists in production. Where a specific feature genuinely needs native performance, React Native lets you write that one piece natively without rewriting the app.

What do you need from me to start?arrow_outward

A description of what the app should do, any designs or references you have, and access to whatever already exists — API docs, a repository, a Figma file. If you have none of these yet, the scoping step produces them.

Start your React Native App Development project

Tell me what you're building and what's in the way. If I'm not the right person for it, I'll say so and point you somewhere better.

mail

Or email directly

zohaibramzan711@gmail.com

I reply to every enquiry within 24 hours.

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