Mobile App Development for Android and iOS Users on Real Networks
Android and iOS apps built with Flutter or React Native, designed for patchy networks, mid-range devices and data budgets. Store submission and release management are included.
Mobile users in Nigeria do not have the experience that desktop-first teams assume. Data drops between networks, phones run low on storage, and a large share of sessions begin on mid-range Android hardware. An app that shows a blank screen when a connection fails gets uninstalled, and one that drains battery or eats 200MB of data gets removed even faster. So the first engineering decisions on any mobile project are about failure: what the app shows offline, what it queues and retries, and how much it downloads before the user gets any value. We settle those paths before we design the screens people admire.
Our mobile work covers product definition, interface design, the application itself, the API it talks to, and release on the Google Play Store and Apple App Store. We use Flutter when one codebase across both platforms matters more than platform-specific polish, and React Native when your team already works in TypeScript and wants to share logic with a web application. Either way you get crash reporting, analytics and an update path wired in from the first release. We also handle what founders underestimate: store listings, privacy declarations, data safety forms and the review cycles that follow a rejection.
What you actually receive
- Release builds published to the Google Play Store and Apple App Store under your own developer accounts
- Android and iOS source code in a repository owned by your organisation
- Offline handling that includes local storage, a retry queue and clear states for no connection
- A documented API the app depends on, available for a future web application or partner use
- Crash reporting, analytics and push notifications configured under your accounts rather than ours
- Store listing assets: screenshots, descriptions, and the privacy and data safety declarations
- A build pipeline that produces signed release builds without a manual checklist
- A testing pass on real mid-range Android devices, not only simulators
This is the right service if
- Your customers or field staff work away from reliable data connections
- You need one product on both Android and iOS and cannot fund two separate native teams
- An existing web tool needs a companion app for daily repeat use
- You are launching a consumer product and need store submission, review and releases handled properly
- You collect information in the field and it currently returns on paper, by phone call or not at all
How this project runs
- 1
Discover
We map where the app will be used, how often the connection drops, and which three tasks must work with no network at all before anything else is designed.
- 2
Design
We prototype the primary task at real screen sizes, estimate what each action costs in data, and lock the offline behaviour for every screen.
- 3
Develop
Android and iOS builds reach your testers every week through an internal distribution track, with crash reports reviewed as they arrive.
- 4
Deploy
We publish to both stores under your accounts, submit the privacy and data safety forms, and work through the first review feedback with you.
Questions people ask first
How long does a mobile app take to build?
A first release with three to five core screens typically takes 10 to 18 weeks including store review. Offline sync, in-app payments or a complex onboarding flow each add weeks, and Apple review can add several days on its own. We put the store submission date inside the schedule instead of treating it as an afterthought.
Should we build with Flutter or React Native?
Flutter suits teams that want one codebase with consistent rendering on both platforms and are comfortable in Dart. React Native suits teams with existing TypeScript or React code, because components and validation logic can be shared. We recommend one after looking at your team, your timeline and whether you already run a web application. If your app leans heavily on platform-specific hardware features, we will say that a partly native approach is the honest answer.
What drives the cost of a mobile app?
How many platforms you need at launch, how much of the app must work offline, and whether payments or hardware features are involved. An app with a login and a list view is a smaller job than one that syncs field data, takes payments and sends push notifications. We will tell you honestly if your budget does not match your scope, and what to leave out of release one.
Who owns the app and the store accounts?
You own the source code and you own the developer accounts. The listing is created under your Google Play and Apple developer accounts from day one, so nobody can hold your users or your store presence. Source code ownership transfers to you on final payment, and we hand over signing keys and certificates at the same time.
What happens after the app is live?
Mobile apps need ongoing attention: operating system releases, store policy changes, library updates and crash fixes. Every project includes a bug fix window after launch, and we agree its length in writing before work starts. Beyond that you can move to a monthly release cycle on a fixed schedule, or run updates yourself. If you would rather run it in house, we hand over the build pipeline, signing setup and release checklist.