Qt Quick interfaces, embedded HMI, Qt for MCU, and desktop software — delivered worldwide for contract and full project engagements.
100%
Qt / QML focused
Qt 5 & 6
Version expertise
Global
Remote delivery
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100% focused on the Qt ecosystem — from bare-metal MCU interfaces to full embedded Linux HMI systems and cross-platform desktop applications.
Bespoke Qt/QML applications with robust C++ backend and fluid QML interfaces — built for production and long-term maintainability.
Qt Quick Ultralite (QUL) HMI interfaces on ARM Cortex-M microcontrollers — no Linux required. STM32, NXP i.MX RT, and other QUL targets.
Full Qt stack on embedded Linux — Yocto/Buildroot integration, EGLFS bring-up, hardware display integration, and cross-compilation.
Human machine interfaces for automotive dashboards, industrial control panels, and embedded displays — engineered with Qt Quick and C++.
Cross-platform Qt desktop software for Windows, Linux, and macOS — from engineering tools and monitoring clients to enterprise applications.
Systematic migration of Qt Widgets applications to Qt Quick — modernising the UI layer while preserving your existing C++ business logic.
A selection of Qt applications we have engineered across automotive, industrial, and embedded domains.
Industrial-grade HMI dashboard built with Qt/QML for real-time machine monitoring and control.
Smart home control interface built with Qt/QML for centralized device management.
Smart home control interface built with Qt/QML for centralized device management.
Modern Qt-based home automation dashboard with real-time status and device control.
Two-wheeler digital dashboard UI built with Qt/QML for real-time riding data and vehicle status.
Automotive-style infotainment and vehicle control UI developed with Qt/QML.
Industries
We focus on device-facing software where the UI has to integrate with hardware, real-time data, and long product lifecycles.
Clusters, IVI, cockpit displays
Qt Quick and QUL interfaces for vehicle dashboards, infotainment screens, EV displays, and embedded cockpit systems.
Panels, SCADA, machine control
Operator interfaces for manufacturing, robotics, process automation, and machine monitoring systems.
Touch panels, IoT dashboards
Embedded Linux dashboards for home automation, facility controls, and connected building management systems.
Diagnostics, monitoring, equipment UI
Reliable device interfaces where clear workflows, predictable display behavior, and maintainable software matter.
EV charging, solar, control rooms
Embedded UI systems for charging stations, inverter displays, energy management, and field equipment.
Scooters, bikes, compact displays
Compact real-time dashboards for two-wheelers, motorcycles, and small embedded display targets.
Delivery process
A practical engineering process for Qt projects where architecture, platform integration, and release quality need to move together.
We map hardware targets, display constraints, Qt version, deployment environment, and the existing C++/QML codebase before scope is finalized.
We define the QML component model, C++ data layer, threading boundaries, platform assumptions, and integration risks early.
UI, C++ backend, platform port, and simulator workflows move together so hardware surprises are handled before delivery.
We ship production builds with source, build notes, performance findings, and handover sessions for your engineering team.
Engagement models
Choose the working model that matches your product stage, internal team capacity, and level of Qt expertise required.
Fixed project
Best for
Teams with a defined HMI, migration, desktop app, prototype, or embedded UI milestone.
Extended team
Best for
Companies that need a reliable Qt/QML developer or small team supporting an active product roadmap.
Expert review
Best for
Leads who need technical validation before a Qt migration, embedded port, or performance-sensitive release.
Share your hardware target, Qt version, and project scope. We will respond with a technical assessment within one business day.
