Less time on drivers. More time on the product.

Embedd handles the BSP layer so your engineering team focuses on application logic, system integration, and the work that differentiates your product.

What Changes for Engineering

BSP development goes from months to days. Embedd generates production-ready drivers and board configurations from Digital Twins. Your engineers validate and integrate rather than writing register definitions, bitfield masks, and peripheral logic from scratch.

No more black-box vendor dependency. Vendor-supplied BSPs cover the eval board, not your custom PCB — and when issues surface, you wait on the vendor's timeline. Embedd gives your team full visibility into the hardware model and generated code. You diagnose issues against the model, not opaque vendor code.

The whole board is covered, not just the MCU. Vendor BSPs stop at the MCU subsystems. External peripherals on your board — the components that make your product different from an eval kit — need custom drivers. Embedd generates drivers for the full hardware stack from one methodology.

Hardware changes become manageable. When a BOM change swaps a component or a new board revision arrives, regenerate the affected drivers from the updated model. No more tracing through hand-written code to find every register that changed.

OS migrations stop being rewrite projects. The hardware model is independent of the OS target. Moving from bare metal to FreeRTOS, or from FreeRTOS to Zephyr, is a regeneration task — the hardware configuration stays stable.

Testing scales across products. Generated drivers share a consistent API surface. Test suites written for one product transfer to another when the driver architecture is the same — because it is, by construction.

Legacy knowledge is captured in the model, not in one engineer's head. When the hardware is modelled in a Digital Twin, the understanding doesn't leave when the engineer does. Any team member can configure, regenerate, and maintain.