Gamp Classification

Category 5 systems are custom-written or developed specifically for the user. Because the code is unique, the risk is highest.

Good Automated Manufacturing Practice (GAMP) is a set of guidelines for ensuring that automated systems used in pharmaceutical manufacturing are reliable, accurate, and compliant with regulatory requirements. One of the key aspects of GAMP is the classification of computerized systems into four categories based on their risk level and impact on product quality. gamp classification

(Note: Historically, Category 2 referred to Firmware. In GAMP 5, firmware is generally assessed based on its configurability, falling into Category 3, 4, or 5.) One of the key aspects of GAMP is

❌ – GAMP assumes defined requirements before coding. Modern DevOps (CI/CD, weekly releases) struggles with the documentation-heavy IQ/OQ/PQ model. GAMP 5 Second Edition (2022) adds a supplement on agile, but it’s not yet mainstream. Modern DevOps (CI/CD, weekly releases) struggles with the

This category covers the foundational software upon which other applications run. It includes operating systems, database managers, and middleware.

These systems are typically not validated in the traditional sense. Instead, they are managed through established IT procedures, such as version control and patching, and their installation is verified during the qualification of the hardware. Category 3: Non-Configured Software

Misclassifying a system can lead to significant business consequences.