Services
We don't think about embedded software apart from the hardware. We sit at the same table as the team designing the board, and write testable, long-lived code from the drivers up to the application layer.
We develop real-time software for Arm Cortex-M and ESP32-based systems, on bare metal or with Zephyr and FreeRTOS.
We build customised Linux distributions with Yocto and Buildroot, along with device tree definitions and drivers.
We make interfaces such as CAN, RS-485/Modbus, Ethernet, USB, BLE and LoRaWAN reliable and observable.
We design timing-critical functions and high-speed data paths on FPGAs, and verify them together with the software.
We make secure boot, encrypted communication and field updates with rollback part of the product's first release.
With unit tests, hardware-in-the-loop (HIL) testing and static code analysis, we catch bugs before they reach the field.
Applied as the project requires.
The software in a device out in the field lives for years. That is why we count readable code, automated tests and a reproducible build environment as an integral part of what we deliver.
We treat security as a layer of the architecture, not as a feature added later. For connected products headed for the European market, we take the new cybersecurity obligations (RED, CRA) into account from the start.
Core
Real-time, deterministic embedded software, FPGA design and secure boot.
Core
Industrial protocol stacks and real-time control software.
Core
CAN-based embedded software, bootloaders and diagnostic services.
Core
Wireless protocols, power management and a secure update infrastructure.
Previous
From schematic to a board ready for production. Power, signal integrity and testability are part of the design from day one.
Next
Mechanics that protect the electronics, manage heat and suit production. From enclosure to assembly.
AI & security
Models that process image, audio and sensor data on the device itself, not in the cloud. We design the board, the software and the model together.
We build connected products to be secure from the design stage, and prepare them for the European Union's new cybersecurity rules.
Describe it in a few sentences and we'll find the right starting point together.