Product managers & owners
Product intent, clinical value, prioritisation and decision-making within a regulated development system.
Decisions, exposure, resources, readiness and business consequences.
Downloadable field guides
Product intent, clinical value, prioritisation and decision-making within a regulated development system.
Two complementary guides covering quality assurance, regulatory strategy, evidence, submissions and lifecycle governance.
ISO 14971-centred risk management connected to engineering decisions, evidence and lifecycle governance.
Executive decisions, governance, resources, exposure and evidence across a regulated product lifecycle.
Articles
A playful but serious reflection on AI as assistant, reviewer and decision-maker—and why fluent answers still need evidence, judgement and accountability.
AI changes the speed and economics of medical-device development, but it does not remove the need for product definition, objective evidence, competent review or manufacturer accountability.
Why outsourcing medical-device development increases the need for intelligent manufacturer oversight—and what must be controlled before an audit or submission exposes the gaps.
Does treatment naturally progress from infusion to injection and finally to a tablet—or can digitally supported subcutaneous delivery be the better destination?
How the responsibilities of startup founders, SME management and corporate leaders differ—and why qualified external advice is most valuable before major development commitments are made.
Why absence of commercial registration does not automatically prevent a digital health technology from being used in a clinical trial—and the questions sponsors should ask instead.
An end-to-end view of medical-device development, from intended purpose and user needs through verification, validation, transfer and maintenance.
How user needs, requirements, design outputs, risk controls, verification and validation form a coherent evidence chain.
Understand where FMEA helps, what it misses and how to integrate it into a complete medical-device risk-management process.
A practical introduction to IEC 62304, software safety classification and the evidence created across development and maintenance.
How to integrate cybersecurity governance and evidence across the complete medical-device lifecycle.
A clear explanation of verification, validation and how both connect to user needs, design inputs and objective evidence.
What makes development evidence coherent, reviewable and defensible before an audit or submission.