Medical Device Regulatory & Engineering Blog

Every medical device manufacturer that wants to add cloud connectivity to their device faces the same foundational question: do we build our own cloud infrastructure, ...

Cloud-based medical devices represent a fundamental shift in how medical technology creates value. Rather than treating the device as the sole point of intelligence, cloud-based ...

Connected medical devices — devices that transmit data to other systems, networks, or the internet — are reshaping healthcare delivery. From wearable cardiac monitors to ...

Medical device cybersecurity has shifted from a competitive differentiator to a regulatory requirement. The FDA now expects manufacturers to address cybersecurity across the entire product ...

Risk analysis is the systematic examination of potential hazards, their causes, and their effects on a medical device and its users. ISO 14971 (Medical devices—Application ...

Design change control is one of the most critical and heavily scrutinized processes in medical device development. Regulatory bodies like the FDA and notified bodies ...

Medical device companies must maintain multiple, overlapping documentation files to comply with different regulatory requirements. FDA requires DHF (Design History File), DMR (Device Master Record), ...

Medical device software compliance is exponentially more complex than hardware compliance because software development intersects three major regulatory standards simultaneously: IEC 62304 (software lifecycle), ISO ...

Traceability is the ability to demonstrate how user needs flow through design requirements, risk controls, design outputs, verification activities, and finally into regulatory documentation and ...