Flutter is the only UI framework that genuinely runs on embedded Linux, Android, iOS, and desktop from a single Dart codebase. For IoT products that need both a touchscreen interface on the device and a companion mobile app, Flutter eliminates the need to write and maintain two separate UIs.
Codewave Labs runs Flutter on embedded Linux using the flutter-elinux and flutter-pi engines — delivering smooth 60fps animations on a Raspberry Pi CM4 with a 1024×600 display, or on a custom NXP i.MX8 platform with a MIPI-DSI panel. We handle the BSP integration, GPU drivers, input device configuration, and application architecture.
Flutter on Raspberry Pi, NXP i.MX8, and custom ARM SoMs. GPU-accelerated rendering, MIPI-DSI/HDMI panels, touch input, and Wayland/DRM backends.
iOS and Android companion apps communicating with your device over BLE, Wi-Fi, or MQTT — same Dart codebase as the embedded display UI.
Operator interfaces for industrial machines: process visualisation, alarm management, data entry forms, and multi-language support.
Flutter platform channels for integrating with C/C++ hardware APIs, serial ports, GPIO, Modbus, and proprietary device SDKs from Dart.
We design as well as build — wireframes, interaction design, design system creation, and prototype testing with real users before final implementation.
Widget rebuild analysis with Flutter DevTools, raster cache optimisation, image loading strategy, and 60fps target on constrained ARM hardware.
Wireframes and interactive prototypes validated with real users before any code is written.
State management strategy (Riverpod/Bloc), backend integration, and platform channel design for hardware APIs.
Sprint-based delivery with weekly demos on target hardware — not just desktop simulator.
BSP integration, GPU driver configuration, touch calibration, and app deployment pipeline.
Tell us about your project — hardware platform, current challenges, timeline, and goals. First consultation is always free. We typically respond within 1 business day.