High-performance iOS, Android, and connected client applications.
We build commercial mobile applications for iOS and Android alongside connected terminals for field operations—combining fluid interfaces, instant search and catalogue browsing, secure authentication, and resilient offline synchronisation.
| Device | Link | Queued |
|---|---|---|
| hh-0142 | Online | 0 |
| hh-0147 | OfflineSyncingSynced | 330 |
| hh-0151 | Online | 0 |
| hh-0158 | Offline | 5 |
| rt-0031 | Online | 0 |
±300 sclock skew between simulated field nodes
Offline-capable mobile & field sync
Hybrid logical clocks and conflict-free replicated data types merge offline field mutations automatically.
Users judge a mobile product by its responsiveness on everyday phones and real-world mobile networks. We engineer client applications with disciplined memory management, GPU-accelerated rendering for media-rich screens, and local-first data persistence that keeps working when signal quality drops.
Commercial iOS, Android & rugged targets
Unified, high-performance mobile architectures tailored for consumer smartphones, business tablets, and industrial handheld terminals.
Offline-first local persistence
All field mutations are committed to encrypted local write-ahead-logged storage and synchronised via conflict-free state deltas when coverage returns.
Bounded-memory catalog virtualisation
Viewport virtualisation and reference-counted texture pools maintain locked 60/120 FPS scrolling across 50,000+ SKU catalogues under a 64 MB ceiling.
GPU-batched schematic rendering
Exploded mechanical drawings and interactive part maps bypass deep UI widget trees, rendering directly on the GPU canvas via custom shaders.
Case study
Energy Field operations for critical infrastructure, with offline-first sync Read specificationServices
Discuss your system architecture.
Share your operational constraints, target environment, and integration requirements. Our engineers will prepare a structured technical scope.