Product firmware
C and C++ application firmware with an architecture that survives contact with changing requirements and new engineers.
Firmware that ships and stays maintainable — with architecture, source and documentation your team can understand and extend over time.
From the first driver on a bare board through to the update mechanism that keeps the product alive in the field.
C and C++ application firmware with an architecture that survives contact with changing requirements and new engineers.
Task decomposition, priorities, IPC and timing analysis — or a deliberate bare-metal design where an RTOS would only add risk.
Hardware abstraction and peripheral drivers written alongside the board, so the two are debugged together rather than blamed on each other.
I2C, SPI, UART, USB, Ethernet and wireless links integrated and validated against the protocol, not just against a happy path.
Duty-cycle, sleep-state and footprint work for products where battery life or a fixed memory budget decides the design.
Bootloaders, field update paths and a release process that makes the second and third shipment less eventful than the first.
Schematics, datasheets and existing code read before anything is promised — including what should be rewritten and what should be left alone.
Module boundaries, build system and coding rules agreed up front so parallel work does not collide later.
Working increments on real hardware at a regular cadence, each one flashed and demonstrated rather than described.
Documented build, test and release steps, with an agreed support window while your team takes the wheel.

Source and process, not a binary and a promise. Everything lands in your repository as it is written.
Tell us what the hardware is and where the software currently stands. We will come back with a scope, not a brochure.