SoC & board enablement
Architecture ports, board definitions, pin control, clocks, interrupts, memory and platform bring-up.
10+ years of Zephyr RTOS expertise
Zephyr engineering from unsupported silicon to production firmware.
We port, integrate, secure and validate Zephyr systems - including the low-level work that turns a board definition into a maintainable product platform.
SoC portingBoard portingDevicetreeKconfigDriversMCUbootTwisterUpstream
10+years Zephyr RTOS expertise
SoC → Appcomplete enablement path
Secureboot and update architecture
Upstreammaintenance-minded delivery
Deep Zephyr capability
The platform work most teams cannot afford to get wrong.
We build the foundation your application and long-term maintenance depend on.
Drivers & interfaces
GPIO, I²C, SPI, UART, CAN, Ethernet, USB, display, sensors, storage and custom peripherals.
System integration
Devicetree, bindings, Kconfig, west manifests, modules, middleware and application architecture.
Secure lifecycle
MCUboot, secure/encrypted boot, signed firmware, protected credentials and robust update design.
Connectivity
Bluetooth/BLE Mesh, TCP/IP, Wi-Fi, LTE-M, NB-IoT, LoRaWAN, Modbus, OCPP and product protocols.
Quality & upstream
Twister, unit/integration tests, HIL, CI/CD, debugging, performance work and upstream contribution support.
Unsupported SoC workflow
A disciplined route into the Zephyr ecosystem.
Public documentation, architecture requirements and target hardware are converted into reviewable upstream-style assets.
- Map architecture, memory, clocks, interrupts and peripherals
- Establish toolchain, runner and minimal boot path
- Add SoC series, board, Devicetree and Kconfig definitions
- Implement and validate priority drivers incrementally
- Add samples, tests and CI evidence
- Plan upstream scope and family-level reuse
Typical deliverables
A scope is adapted to your silicon and product, but the evidence remains concrete.
- Buildable, documented source tree
- Board and SoC support assets
- Peripheral drivers with test coverage
- Boot and update design
- Bring-up and validation report
- Maintenance and upstream plan
Tailored onsite training
Make your engineers productive on your actual platform.
One week onsite, shaped around your hardware, repository and product goals.
Training can cover
- Kernel and system architecture
- Board bring-up, Devicetree and Kconfig
- Driver development and debugging
- Connectivity, power and storage
- Testing, CI and production readiness
Start a conversation
Have a board to port or a Zephyr baseline to stabilise?
Tell us about your hardware, software baseline, constraints and target date. We will respond with a practical engineering path.