Compress time-to-market without adding headcount

BSP development is on the critical path of every hardware product. Embedd takes it off the critical path — giving product management more flexibility on hardware decisions, shorter schedules, and fewer program risks.

What Changes for Product Management

Hardware decisions are no longer constrained by BSP cost. When evaluating alternative MCUs for cost, performance, or supply chain reasons, the driver re-development cost is usually the blocker. Embedd reduces that cost to a fraction — making hardware evaluations economically viable where they previously weren't.

Schedules get shorter and more predictable. BSP bring-up drops from months to days. The application team starts earlier. The integration risk is lower because the generated output is consistent and tested against the hardware model.

Portfolio standardisation becomes achievable. When every product uses a different driver architecture, cross-product reuse is theoretical. Embedd generates from a common methodology — meaning consistent quality, consistent APIs, and test suites that actually transfer between products.

Late-stage hardware changes are survivable. When an OEM changes requirements or a supply chain disruption forces a component swap late in the program, the BSP regeneration path means the schedule impact is days, not months.

New product variants cost less to support. Each variant with different hardware is a regeneration task, not a new BSP development effort. Product line extensions become faster and cheaper.