Customer apps
Accounts, catalogues, orders, bookings, payments, support, and notifications in a focused mobile experience.
Mobile apps
Apps for customers and field teams
Native and cross-platform apps with offline support, notifications, clean UX, and the backend needed to run them.
At a glance
8–16weeks for a first release
iOS + Androidfrom one codebase
Offlinefirst where it matters
Overview
What this actually looks like
A mobile app only earns its place if it does something the website cannot: work offline, use the camera, track location, send push notifications, or fit into a technician's day. We start with that job, then build the smallest product that does it well.
React NativeExpoSwiftKotlinNext.jsNode.jsPostgreSQLFirebaseS3Sentry
Signs you need it
- Field staff send photos and updates through WhatsApp with no record.
- Customers cannot track an order or booking without calling.
- Your web app is unusable on a phone in the field.
- A critical workflow stops when the network drops.
- You need camera, location, or push features a website cannot provide.
What you get
- A clear mobile-only job, not a shrunken website.
- A working build on real devices early in the project.
- Offline and sync behaviour tested against real scenarios.
- Push notification flows and opt-in handling.
- An admin view of the data the app creates.
- Store submission support and a post-launch update plan.
Scope
What we build
Every project is scoped to your actual workflow. These are the common pieces — not a fixed package.
Field operations
Job lists, checklists, photos, signatures, location, and sync that survives patchy networks.
Offline-first data
Local storage, conflict handling, and background sync so the app keeps working when the signal does not.
Push & in-app messaging
Targeted notifications, delivery tracking, and in-app updates that do not require a store release.
Backend & admin
APIs, authentication, file storage, queues, and an admin panel to run the product behind the app.
Store readiness
App icons, screenshots, privacy details, review notes, and a release checklist for both stores.
Process
How the work moves
Short feedback loops, visible decisions, and a working build before the deadline conversation.
01
Job & platform
We agree on the one job the app owns, then choose native or cross-platform based on hardware and release needs.
02
Prototype
Key flows are clickable and tested with real users before the full build.
03
Build & device QA
Features ship in slices, tested on low-end Android devices as well as recent iPhones.
04
Release & iterate
Store submission, crash monitoring, analytics, and a short cycle for the first round of fixes.
FAQ
Questions worth asking
Native or cross-platform?
Cross-platform is usually right for business apps, booking, field work, and content. Native makes sense for heavy camera, Bluetooth, background location, or performance-critical UI.
Do we need a separate backend?
Usually yes, even if it is small. The app needs auth, storage, notifications, and sync logic that should not live only on the device.
Can you update the app without store approval?
Some content and configuration can be updated remotely. Code changes still need a store release, so we design for fewer forced updates.
How do you test offline behaviour?
We test with throttled and disabled networks, interrupted syncs, duplicate submissions, and conflicting edits — not just airplane mode once.
Specialised in
- Next.js
- React
- TypeScript
- Tailwind CSS
- Node.js