Category: Medical Devices

Introduction Traditionally, safety engineering focused on random hardware failures or software bugs. Today, we must account for intentional, malicious acts. Cybersecurity Risk Management is the process of protecting medical systems from unauthorized access or modification. The challenge is that security is dynamic. Unlike a mechanical part with a known wear-and-rate, a software vulnerability can be […]

Introduction The IEC 60812 standard, titled “Failure modes and effects analysis (FMEA and FMECA),” is the international benchmark for systematic failure analysis. While many industries use FMEA, MedTech and Pharma manufacturers rely on IEC 60812 to ensure that their Risk Management compliance is backed by a formally recognized methodology. Adopting this standard means moving beyond […]

Introduction In common language, “hazard” and “risk” are often used as synonyms. In Life Sciences safety engineering, however, they have distinct, technical definitions that are critical for ISO 14971 Hazard Identification: Hazard: A potential source of harm (e.g., high-voltage electricity, sharp edges, toxic chemicals, or data corruption). Risk: The combination of the probability of occurrence […]

Introduction At its core, FMEA (Failure Mode and Effects Analysis) asks three fundamental questions: Failure Mode: What could go wrong? Failure Effect: What is the consequence of that failure? Failure Cause: Why would the failure happen (root cause)? In Life Sciences, FMEA is the primary tool for translating abstract hazards into actionable engineering tasks. It […]

Introduction In the 2026 regulatory landscape, risk management has evolved from a static checkbox to a dynamic, data-driven discipline. ISO 14971:2019 compliance now requires a “closed-loop” approach, where risks are not only identified during design but continuously monitored via post-market surveillance tools. The following medical device risk management tools have moved beyond the “death by […]

Introduction Implementation does not begin with a brainstorm; it begins with a Risk Management Plan. This is a mandatory document under ISO 14971:2019 that defines the “rules of engagement” for your specific device. A compliant plan must specify: The Scope: Which device and lifecycle phases are covered. Roles and Responsibilities: Who has the authority to […]

Introduction In a regulated environment, risk is not an afterthought—it is a primary design input. A successful project starts by asking, “How could this hurt someone?” and “How do we prevent it?” Risk Management for medical devices is governed by ISO 13485 compliance and specifically defined by ISO 14971:2019. In the pharmaceutical world, the equivalent […]

Introduction The medical device industry is one of the most strictly regulated sectors in the world. ISO standards for medical devices provide a harmonized framework that allows manufacturers to prove their products are safe, reliable, and manufactured under controlled conditions. Compliance with these international standards is not merely a “best practice”—it is the foundation for […]

Introduction In 2026, the boundaries between software and medical hardware have blurred. Whether you are developing Software as a Medical Device (SaMD) or managing complex embedded systems, a standard project management tool is no longer enough. You need ALM Tools for MedTech that provide a “single pane of glass” for the entire software lifecycle management […]

Introduction In 2026, the Digital Thread is no longer a luxury—it is a regulatory mandate. For MedTech and Pharma companies, achieving bidirectional traceability means ensuring that every high-level user need is linked to a system requirement, which in turn is linked to a risk, a test protocol, and a verified result. The following Requirements Management […]