Three complementary disciplines

What we do

The board, the software that runs it, and the tools used to manufacture and test it. One partner, from the first schematic through to production.

Electronic board design

Schematics, PCB layout, component selection, prototyping and bring-up. Boards designed from the outset to be manufactured, tested and maintained.

Requirements analysis and technical specification Feasibility study and architecture choices
Schematic design and PCB layout Design with KiCad
Simulation Signal integrity and impedance control
Bring-up and validation on prototype Design for manufacturing, test and maintenance

The software that brings the board to life: real-time behaviour, touch interface and connectivity.

Microcontroller development (STM32, …)
Eclipse ThreadX (formerly Azure RTOS) and FreeRTOS real-time operating systems
TouchGFX touch interfaces
Ethernet connectivity and TCP/IP stack USB, IoT and GSM, Bluetooth Industrial buses: CAN, RS-485, RS-232
Bootloader and remote updates Secure boot and signed firmware
Firmware testing and validation
Design for compliance with the European CRA regulation Software bill of materials (SBOM) and vulnerability management

The tools that go with the board: control applications, test benches and reporting.

Qt applications
Control of power supplies and measurement instruments (National Instruments)
USB, Ethernet, serial and Bluetooth links
Data acquisition and processing Charts and measurement visualisation
Databases
Configuration and diagnostics tools Supervision interfaces End-of-line programming and test benches Production traceability

Tell us what you need and we will talk it through together.