We build mobile applications for iOS and Android using React Native — field service apps, business workflow apps, location-based apps, and mobile companions to existing web platforms. Real applications used by real field teams, not demo builds.
Mobile isn't always the answer — but when your team works in the field, or your customers need to interact with you from anywhere, it often is.
Site surveys on clipboards. Job updates over WhatsApp. Photos emailed from personal phones. None of it connected to your systems in real time. A field service mobile app gives your technicians a proper interface that updates the job record directly — from the field, while they're on site.
Technician visits a site. Takes notes. Drives back to the office. Someone creates a quote. Emails it to the customer. Customer approves the next day. Work is scheduled for next week. A mobile quoting app collapses this to: visit site, create quote on-site, customer approves on their phone, work begins.
Nearby offers, location-specific content, route optimisation for field teams, proximity alerts — these features require GPS and mobile context that a web application can't provide. If location is central to the user experience, the application needs to be mobile-native.
PrintPlanr's production team needed to update job status from the shop floor. FreePlanr's technicians needed to manage their jobs on the move. Both had mature web platforms — they needed mobile companions that connected to the same backend, not separate applications.
A site survey app for a field technician in a basement or a rural location needs to work when there's no signal. React Native applications can store data locally and sync when connectivity is restored — an offline-first approach that web applications can't match reliably.
Photo capture for job documentation. GPS for technician location. Push notifications for new job alerts. Barcode scanning for inventory. These require native device access that only a proper mobile application provides — not a web browser trying to approximate it.
A complete business workflow application for trade service businesses — electricians, plumbers, HVAC engineers, and other field service operators. The tradesperson arrives at a customer's site, assesses the work required, and creates a quote on their phone in real time. The quote is sent to the customer who approves it from their device. Work is carried out. The final invoice is sent from the mobile app. Payment is tracked. The entire workflow — from on-site assessment to paid invoice — happens without the operator returning to an office or using a desktop computer.
FreePlanr's field service management platform needed a mobile companion for technicians working in the field. The web platform managed job scheduling and dispatch — the mobile app gave technicians everything they needed to execute their jobs without returning to the office or calling in for updates. Job alerts pushed to the device, full job details available offline, photo capture attached directly to job records, notes and discrepancy reporting synced in real time.
An Australian client needed a consumer app that showed local deals and offers as users moved through their day — on a route from one location to another, the app surfaces relevant nearby offers: a free coffee at the café you're passing, a discount at the petrol station ahead. Users see what's relevant based on their current location and direction of travel, without having to search. Built for iOS and Android using React Native with real-time GPS location tracking and proximity-based offer surfacing.
PrintPlanr's production teams needed to update job status from the shop floor without returning to a desktop. When a print job moves from pre-press to press to finishing, the production app allows the operator to update the job stage, log completion, flag any issues, and confirm dispatch — all from a mobile device at the point where the work is happening. Job data flows directly into the PrintPlanr platform in real time, giving operations managers live production visibility.
Field teams work in basements, rural locations, and poor-signal environments. Every field-facing app we build stores data locally and syncs when connectivity is restored. Work continues regardless of signal strength — nothing is lost if the connection drops mid-job.
Camera for job documentation photos attached directly to records. GPS for location logging, proximity detection, and route optimisation. Push notifications for job alerts and updates. Barcode/QR scanning where required. All through React Native's native device access — not a browser workaround.
Every mobile app we build connects to a backend — either an existing web platform (PrintPlanr, FreePlanr) or a purpose-built API. Field updates appear in the web platform in real time. Operations teams have live visibility. No end-of-day sync, no manual data entry later.
Field service apps need to work with dirty hands, in bright sunlight, while standing up. We design for the actual use context — large touch targets, minimal typing (dropdowns and structured inputs over free text where possible), high contrast, photo capture as first-class interaction.
Technicians see their jobs. Supervisors see their team's jobs. Managers see all. Each role gets an interface designed for their specific tasks — not a one-size-fits-all view with features hidden behind permissions.
React Native delivers iOS and Android from one codebase — significantly reducing development time and cost compared to maintaining two native apps. We've used Ionic in the past and moved to React Native as our standard — the performance and native capability are better.
We map the actual use context — where the app is used, what the user is doing simultaneously, connectivity conditions, device constraints.
Mobile UX designed before build begins. Field-optimised interactions, offline flows mapped, backend integration points agreed.
Built in React Native, tested on real iOS and Android devices throughout — not just simulators. Edge cases found early.
App Store and Play Store submission supported. Review process managed. Post-launch monitoring and rapid response to issues.