Offline-first sync
Local persistence, conflict resolution, background sync and deterministic replay when connectivity returns.
Enterprise platforms, applied AI and infrastructure engineering
Field applications fail in the places with no signal, low battery and a user wearing gloves. We design offline-first data models, conflict resolution, background sync and device security before choosing a framework. The app is part of an operating system, not a standalone screen.
Not a feature list. The architectural obligations we design, test and hand over.
Local persistence, conflict resolution, background sync and deterministic replay when connectivity returns.
Job assignment, checklists, photo evidence, signatures, geo-fencing and time-stamped audit trails.
Secure storage, biometric unlock, remote wipe, certificate pinning and MDM compatibility.
Barcode/QR, NFC, BLE and location signals integrated into asset and inventory truth.
Account, service, payments and notifications with accessibility and low-bandwidth behaviour.
Staged rollout, crash analytics, feature flags and version compatibility across device fleets.
Each stage produces an artefact that the next stage depends on. If an assumption fails, we stop and reassess rather than building on it.
Talk through your constraintsObserve real tasks, connectivity, device conditions and exception handling before designing screens.
Define ownership, conflict policy, sync boundaries and local encryption.
Identity, push, maps, camera, BLE and backend APIs are connected with failure tests.
A field pilot validates battery, sync, usability and support before app-store or MDM distribution.
Technology choices follow constraints. These are the tools we commonly use, not a mandated catalogue.
Deliverables are written so your team can operate, audit and evolve the system without us.
Tell us what has to be true for this system to be acceptable: security, latency, recovery, regulation or operating cost.