Porting & migration

Change the platform without losing proven product behaviour.

We migrate embedded products between FreeRTOS, Zephyr, NuttX, vendor SDKs, bare-metal firmware and Linux-based architectures—while preserving interfaces, timing, security and test evidence.

A controlled migration, not a line-by-line translation.

We start with the behaviour the product must retain, then map the architecture, hardware dependencies and verification strategy to the target platform.

01

FreeRTOS to Zephyr

Tasks, queues, timers, synchronization, interrupts and middleware are redesigned around Zephyr primitives and subsystem conventions.

02

Zephyr and RTOS transitions

Move between Zephyr, NuttX, FreeRTOS or a proprietary RTOS with an explicit compatibility and lifecycle plan.

03

Linux, Yocto and RTOS

Split or relocate functions between an application processor and MCU, or move a constrained Linux workload to Zephyr where the hardware and product requirements support it.

04

Bare-metal & vendor SDKs

Turn tightly coupled firmware into a maintainable platform with clear HAL, driver, service and application boundaries.

05

BSP & driver migration

Rebuild board support, clocks, pin control, peripherals, boot flow and diagnostics for the target operating system.

06

Evidence-led cutover

Compare timing, power, memory, protocols, security and hardware behaviour before retiring the previous platform.

Deliverables

A migration path your team can verify.

Yocto, Linux and an RTOS are different platform classes, so feasibility is assessed rather than assumed. The result may be a full migration, a split architecture or a staged coexistence plan.

Start with the technical context

Bring us the hard embedded problem.

Tell us the board, the current software baseline and the target milestone.

Discuss a porting project