Cross-Platform Flutter &
High-Performance App Engineering.
One unified codebase compiled directly to native ARM64 machine instructions. We build fluid, high-concurrency mobile applications for iOS, Android, and Desktop running at 120 frames per second with offline-first local data replication.
Cross-Platform Engineering Architecture
Eliminating web-view lag and bloated dependencies with compiled native binaries.
Impeller GPU Rendering Engine
Pre-compiles shaders during build time to eliminate early-stage frame hitching and jank on iOS (Metal) and Android (Vulkan), guaranteeing 120 FPS locked transitions.
Offline-First Local SQLite Vaults
Full local transactional capabilities using native SQLite and drift reactive databases. Automatically queues offline mutations and syncs seamlessly with central backends upon reconnect.
Direct FFI & Platform Channels
Bypasses traditional JSON serialization overhead via direct Foreign Function Interfaces (Dart FFI) directly calling C/C++, Swift, and Kotlin hardware APIs.
Biometric & Keychain Security
Hardware-level encryption leveraging Apple Secure Enclave (FaceID/TouchID) and Android BiometricPrompt with AES-256 encrypted local keychain storage.
Hardware Sensor & Bluetooth BLE
Direct connection to industrial IoT hubs, microcontrollers, and point-of-sale thermal printers via high-throughput CoreBluetooth and Android BLE 5.3 channels.
Desktop Compilation (macOS/Windows)
Compiles simultaneously into desktop executables without Electron bloat, maintaining sub-40MB RAM utilization with native operating system windowing.
Cross-Platform Flutter vs. Legacy WebViews vs. Dual Native
Why unified compiled architecture delivers the ultimate balance of velocity, budget, and raw speed.
| Performance Dimension | Hybrid Web-Views (Cordova/Capacitor) | pineX Flutter Impeller Engine | Separate Native Teams (Swift + Kotlin) |
|---|---|---|---|
| Frame Rate & Fluidity | 30-50 FPS (Frequent stutter on scroll/animations) | 120 FPS Locked (Impeller GPU Pre-compiled) | 120 FPS Locked (Native Render Pipeline) |
| Codebase Maintenance | Single codebase but fragile browser bridge layers | 100% Single Unified Codebase | Dual codebases (2x engineering & maintenance cost) |
| Time-to-Market Velocity | Moderate (Buggy device-specific quirks) | Fastest (Deploy iOS, Android & Web simultaneously) | Slow (Features must be developed twice) |
| Hardware API Access | High latency via JavaScript bridges | Direct FFI C/C++ (Sub-millisecond latency) | Direct Platform SDK Access |
| Development Investment | ££ (Hidden refactoring costs) | £ (Most Cost-Effective Enterprise Model) | ££££ (Requires hiring two separate senior teams) |
Configure Cross-Platform Build Scope
Select app components to calculate engineering requirements and continuous 7-day weekend-inclusive delivery timelines at accessible rates (£30/hr base).
Select Application Features
Calculated on an 8h/day continuous engineering sprint covering every calendar day.