Native or cross-platform?

Cross-platform for most business applications — one codebase, faster iteration, no meaningful compromise. Native when you need deep hardware access, sustained camera processing or the tightest possible battery behaviour.

Do we need an app store presence?

Not always. For internal workforce tools a progressive web app or enterprise distribution avoids review delays entirely and lets you ship a fix the same day.

How do you handle sync conflicts?

With explicit, domain-specific rules agreed up front — last-write-wins is rarely correct for safety or inspection data. Anything the rules cannot resolve is surfaced to a supervisor rather than silently discarded.

Will it work on older Android devices?

Yes. We target the devices your workforce actually carries and test on them. Our baseline is typically Android 9 on 2GB RAM.

Works on the shaft, not just in the boardroom

Mobile Applications

iOS, Android and progressive web apps designed for African network conditions — offline-capable, data-frugal and usable in gloves and sunlight.

Discuss a mobile applications project What this includes

Usable offline: 100%; Share of core workflows that function with no connectivity at all.
Data per shift: 74%; Reduction in mobile data consumed after delta-sync was introduced.
Field adoption: 93%; Median weekly active use among issued devices after three months.

Our position

How we think about it

A mobile app that assumes constant LTE and a recent flagship device will fail the people who need it most. We design for the actual conditions: intermittent connectivity underground and in rural districts, mid-range Android handsets, expensive data and bright outdoor light. Offline-first is the default architecture, not a premium feature.

What you receive

Interactive prototype validated with real users in real conditions
Production applications for the agreed platforms
Offline sync engine with conflict-resolution rules
App Store and Play Store submission and review management
Crash reporting and usage analytics
Over-the-air update pipeline

Capabilities

What we actually build

Native iOS and Android development
React Native and Flutter cross-platform builds
Progressive web apps installable without an app store
Offline-first sync with conflict resolution
Barcode, QR, NFC and RFID capture
GPS tracking, geofencing and route optimisation
Push notification infrastructure
Mobile device management and enterprise distribution

Technologies we use

React Native
Expo
Swift
Kotlin
TypeScript
SQLite
WatermelonDB
Firebase
Sentry

Process

How a mobile applications engagement runs

Each phase ends with something you can look at and a decision you can make.

01
Field research
We go to the site. Underground, on the floor, in the vehicle — wherever the app will actually be used.
1–2 weeks
02
Prototype
An interactive prototype tested with real users on real devices in real light.
2–3 weeks
03
Build
Offline architecture first, then features on top of it. Retrofitting offline support never works.
8–16 weeks
04
Pilot
A controlled rollout to one team, instrumented, with weekly feedback and fixes.
4 weeks
05
Scale
Staged rollout, device management, training material and a support path.
4–8 weeks

Where this applies

Questions