We architect and build high-performance, low-latency, and cross-platform software from Raspberry Pi and industrial ARM SBCs to automotive digital clusters and CNC machinery.
Specialized development capabilities for demanding industrial and automotive applications
Next-generation human-machine interfaces for heavy machinery and CNC systems. Advanced ISO code post-processing, high-performance OpenGL rendering, and multi-CNC industrial communication (Siemens, Fanuc, OPC-UA, Modbus).
Full-stack automotive digital instrument clusters and infotainment systems from scratch. Native SocketCAN & DBC parsing, low-latency rendering, rearview camera trajectory overlay, and Apple CarPlay / Android Auto integration.
Bringing the full power of Qt to embedded hardware (Raspberry Pi 4/5/CM4, NXP i.MX6/i.MX8, ARM Cortex-A). Custom Yocto/Debian Linux builds, ultra-fast boot optimization, and unattended kiosk solutions with hardware peripheral drivers.
Single unified codebase running flawlessly across Windows, Linux, Android, and embedded devices without code duplication, ensuring maximum performance, maintainability, and long-term stability.
Specialized porting of legacy codebases to Qt 6 and Modern C++23. Deprecated module replacement, CMake modernization, QML performance profiling, and senior architecture consulting.
On-device AI inference, local LLMs with llama.cpp, and machine vision with OpenCV, ONNX Runtime and TensorFlow Lite. We deploy quantized deep learning models and offline assistants directly on embedded ARM hardware (Raspberry Pi 5 AI Kit, NXP i.MX) with zero cloud dependency and sub-millisecond latency.
The strategic advantages of Qt C++ & QML over web wrappers and Electron in demanding environments
Direct hardware rendering via OpenGL/Vulkan with zero runtime bloat, eliminating the high RAM usage and latency of Electron/web views.
Sub-2 second boot times on Raspberry Pi 4/5, CM4/CM5, and NXP i.MX boards with headless or direct full-screen GPU interfaces.
Long-Term Support (LTS) releases engineered for machinery and automotive fleets with zero breaking changes or dependency rot.
One deterministic C++23 core compiled seamlessly for Linux, Windows, macOS, Android, iOS, and hard real-time RTOS.
Same memory safety guarantees without abandoning a 30-year proven industrial ecosystem. Modern C++23 native RAII & smart pointers eliminate raw pointer arithmetic. Clazy, Cppcheck, and CI/CD sanitizers block defects before merge. Strict adherence to C++ Core Guidelines delivers the safety of Rust with the performance, multiplatform maturity, and rich GUI tooling of Qt.
We recognize Flutter as the only modern fullstack SDK capable of competing head-to-head with Qt in multiplatform UI. However, it lacks native C++ execution speed, deterministic memory control, and proven industrial drivers for critical hardware and headless embedded boards. Flutter excels in standard mobile and desktop apps, but Qt dominates where raw performance and deep hardware control matter.
We adapt licensing to your strategic roadmap. Hybrid development approach: LGPL v3 is an excellent cost-effective path when your project architecture satisfies open-source obligations without compromising your proprietary IP. Commercial Qt is optimal when requiring advanced proprietary modules, 24/7 OEM vendor support, or certified compliance for regulations like the EU Cyber Resilience Act (CRA).
Real-world mission-critical software deployed in global industrial environments
Advanced CNC Control & OpenGL Visualization
Embedded Linux & Unattended Payment Terminals
Digital Instrument Cluster with Native CAN Bus
Real-Time 3D Profiling & Sensor Curtain
Qt 6 Migration, C++23 & Architecture
Mastery of industry-standard technologies for robust, long-lifecycle software
We exclusively use Modern C++ (C++20/C++23), leveraging native RAII, deterministic memory management without raw pointers, std::expected, and move semantics. We enforce uncompromising reliability through static analysis (Clazy, Cppcheck, SonarQube), automated unit testing (QTest/GoogleTest), and continuous CI/CD pipelines.
The Qt framework powers C++ to its limits, delivering a mature, cross-platform industrial ecosystem. With QML, we build fluid 60 FPS user interfaces hardware-accelerated directly via OpenGL and Vulkan, featuring native 3D support (Qt Quick 3D) to extract maximum performance from embedded and industrial hardware.
Deep expertise in deterministic industrial fieldbuses, real-time Ethernet, and PLC communication: EtherCAT, Beckhoff ADS, Siemens S7, OPC-UA, SocketCAN, CANopen / DBC, Modbus TCP/RTU, and MQTT.
Local AI inference with llama.cpp & ONNX Runtime, real-time image processing with OpenCV, and OpenGL hardware acceleration for offline embedded intelligence.
QBindable<float> bindableCurrentSpeed() { return &m_currentSpeed; } floatcurrentSpeed() const { return m_currentSpeed.value(); } [[nodiscard]] static std::expected<FramePayload, FrameDecodeError> parseFrame(const QCanBusFrame& frame) noexcept { if (!frame.isValid()) { return std::unexpected(FrameDecodeError::DataCorrupted); } const auto payload = frame.payload(); switch (frame.frameId()) { // High-throughput hardware dispatch... } }Engineered for flawless performance across industrial computing targets, embedded boards, and mobile systems
Continuous 24/7 mission-critical operation, capacitive/resistive multi-touch HMIs, and robust multi-display CNC control stations (Advantech, Siemens, Beckhoff, x86_64).
Cost-effective embedded deployments, kiosk mode interfaces, GPIO/I2C/SPI hardware integration, and GPU-accelerated QML on Raspberry Pi 4/5, CM4 & CM5.
Automotive/industrial grade reliability, sub-2s ultra-fast boot, custom Yocto BSP builds, and Vivante/Etnaviv shader acceleration (i.MX6, i.MX8, Toradex, Variscite).
Native SocketCAN & DBC parsing, sub-16ms 60 FPS telemetry, reverse camera canvas overlay, and Apple CarPlay / Android Auto integration.
Portable machine diagnostics, maintenance telemetry, parameter tuning, and wireless machinery supervision on rugged Android tablets and iPadOS.
Single native codebase compiled seamlessly for Linux, Windows 10/11, and macOS (Apple Silicon) with zero performance compromises.
Senior Qt developers and embedded systems engineers
15+ years architecting mission-critical Qt applications, complex HMIs, and embedded industrial software.
Specialist in low-level Linux kernel drivers, CAN bus protocols, real-time systems, and firmware optimization.
Ensuring software quality, test automation, compliance verification, and project coordination.
We collaborate with a trusted ecosystem of industrial partners covering precision mechanical manufacturing, electronics design, PCB prototyping, and cloud infrastructure.
Let's discuss your next HMI, automotive cluster, or embedded software project
Carrer Agret 18, Despatx 10
03700 Dénia (Alicante), Spain
Café recién hecho para visitas técnicas (Saeco Magic)
