BSP generation with the traceability medical devices require

Medical device software demands rigorous documentation, full traceability, and controlled change management. Embedd's deterministic generation produces auditable, specification-linked code from validated hardware models.

Why Medical Device Teams Use Embedd

IEC 62304 expects traceability — Embedd builds it in. Every generated line links back to the hardware specification and configuration that produced it. When auditors ask "why does this register get set to this value?", the answer traces directly to the Digital Twin model and the source documentation.

Design changes propagate cleanly. When a hardware revision changes a peripheral or pin assignment, the Digital Twin is updated and the BSP is regenerated. No manual code surgery, no risk of partial updates, no undocumented workarounds. The change record is the model diff.

Consistency across device variants. Medical product families often share hardware platforms with variant-specific configurations. Embedd generates from a common model — ensuring consistent quality and APIs across variants while accommodating per-variant differences in configuration.

Deterministic output simplifies re-validation. When the generation input doesn't change, the output doesn't change — byte for byte. This simplifies impact analysis for software changes and supports controlled change management processes.

Relevant Use Cases

New Product BSP — get to verification and validation faster
Legacy Hardware Modernisation — bring legacy device drivers up to current standards
Hardware Abstraction Standardisation — consistent BSP quality across a device family