Embedded UX/UI & GUI Design Services

We specialize in designing ultra-efficient GUI and UX/UI services for battery-powered embedded devices with small displays — including smartwatches, fitness trackers, GPS units, wearable medical monitors, and portable IoT devices. These UIs are optimized for low-power MCUs (STM32, Nordic, NXP, etc) with limited RAM, Flash, and CPU. We use frameworks like TouchGFX, emWin, LVGL, or lightweight custom solutions to create fast, responsive, and memory-efficient interfaces that preserve battery life and offer clear usability. Each design is validated on real hardware — including capacitive or resistive touchscreens — and integrated seamlessly with firmware, ensuring high performance and smooth behavior on resource-constrained platforms. As a dedicated embedded GUI development company, we ensure your product UI is not only beautiful, but production-ready, low-power optimized, and fully compatible with your hardware architecture

We also deliver rich, high-resolution GUI and HMI solutions for devices with larger displays and stationary power — such as industrial control panels, medical diagnostics systems, connected kiosks, smart home hubs, and automotive displays. Built on MPU platforms like NXP i.MX, TI Sitara, NVIDIA Jetson, or Raspberry Pi CM, our solutions leverage Embedded Linux, Qt, and Embedded Wizard to support advanced features like multi-touch gestures, video, data visualization, and boot-time optimization. Our process integrates tightly with your firmware/backend stack, and we ensure compliance with industry regulations such as ISO 13485, making us a reliable HMI development company for regulated markets. Where needed, we extend the experience with companion mobile UI design, enabling remote control, diagnostics, or configuration via app

We design high-performance mobile UX/UI and GUI interfaces for companion apps that control, configure, and monitor embedded systems across IoT, medical, and industrial sectors. Using Figma, we rapidly prototype interfaces aligned with iOS Human Interface Guidelines and Android Material Design, ensuring intuitive, platform-native user experiences. As a full-cycle mobile app UI design company, we build both native and cross-platform apps using .NET MAUI, Xamarin, and Flutter, delivering consistent UI and UX across devices. Our apps connect to hardware via BLE and Wi-Fi, and integrate with cloud services using HTTPS, MQTTS, and WebSocket protocols. We support AWS IoT, Google Cloud, Azure IoT, and Blynk, enabling secure telemetry, remote diagnostics, and FOTA (Firmware Over-The-Air) updates. We ensure each mobile GUI is tightly aligned with your firmware, cloud backend, and embedded device constraints—providing a seamless bridge between hardware and users. This engineering-led, user-centered design approach makes us a trusted partner for companies building complete mobile + embedded interface systems.

We deliver expert UX/UI and GUI design services for desktop applications that interface with embedded hardware. These tools are built for medical, industrial, and engineering environments where precise control, configuration, and real-time monitoring are essential. Our desktop GUIs are optimized to communicate with devices over USB, BLE, Wi-Fi, and Ethernet, enabling secure, low-latency interaction. From firmware flashing to sensor configuration and telemetry visualization, our user-centered desktop GUI design ensures reliability, safety, and intuitive workflows. Using Figma, we craft complete user flows, wireframes, and clickable prototypes. Our designs support multi-tab interfaces, role-based access, modal dialogs, and productivity-enhancing patterns tailored to technical users. We build cross-platform desktop GUIs for Windows and Linux using .NET (C#), Electron (C#/C++), and Qt. This ensures smooth integration between your desktop interface, embedded firmware, and hardware logic. Whether you're developing a device console, factory calibration tool, or real-time diagnostics dashboard, we deliver desktop UX/UI that aligns with system complexity and enhances operator efficiency.