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Pharma & Life Sciences · Computerised System Validation

The GAMP 5 risk-based system

life cycle

A structured approach to validating computerised systems: science-based risk management applied across five control areas and fourteen control points, with effort calibrated to each system's GAMP software category and its GxP impact.

The framework · five areas
Five
Control areas across the computerised system life cycle.
Fourteen control points
14
Each with a named output, from system inventory to periodic review.
Proportionate to risk
GAMP 5
Second Edition (2022) · categories 1, 3, 4 and 5.
MHRA · FDA · EMA · ICH
GMP · GDP · GLP · ISO 9001
GAMP 5 · 21 CFR Part 11 · Annex 11
BRCGS · HACCP · ALCOA+
Biologics & Advanced Therapies · Food Safety
The framework

A structured approach to computerised system
validation

GAMP 5, the ISPE guide to good automated manufacturing practice now in its Second Edition, sets out how regulated organisations validate computerised systems through life cycle models and science-based risk management. Effort is calibrated to each system's software category and GxP impact; the systems that carry patient, product and data-integrity risk receive the greatest rigour, and the rest are handled proportionately.

A GAMP 5 compliant system, in ISPE's terms, is a structured approach to validating computerised systems using life cycle models and science-based risk management. The framework organises that approach into five control areas and fourteen control points; each area below opens a dedicated page setting out what it covers, why it matters and the named output we produce.

01
Quality and compliance managementThe inventory, Validation Master Plan and quality-system foundation every validated estate rests on.

System inventory · Validation Master Plan · QMS integration
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02
Risk assessment and impact analysisScience-based risk assessment that concentrates validation effort where GxP risk actually sits.

Initial impact assessment · Risk register (FMEA) · Control-to-risk mapping
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03
Verification and validationThe V-model in practice: every requirement specified, built and verified to documented evidence.

Traceability matrix (RTM) · Testing protocols (xQ) · Verification summary reports
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04
Operational control and monitoringThe access controls, deviation management and periodic review that keep a system in its validated state.

Access and security control · Incident and deviation management · Periodic review
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05
Supplier and third-party managementAssessing suppliers so their life cycle evidence can be relied on with confidence.

Supplier assessment · SLA and support
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Proportionality

Risk-based validation by system
category

GAMP 5 classifies software into categories that set the validation approach and the documentation burden. The Second Edition retired the former Category 2; software is now classified as Category 1, 3, 4 or 5. We apply the appropriate rigour based on the system's category and its GxP impact.

1
Infrastructure softwareOperating systems, databases, middleware and network software, qualified through supplier records and configuration documentation.
3
Non-configured productsOff-the-shelf software used as supplied: IQ/OQ against standard specification, with limited PQ for GxP-critical functions.
4
Configured productsCMMS, ERP, MES, LIMS and QMS configured to site requirements: full IQ/OQ/PQ with risk-based test coverage.
5
Custom softwareBespoke applications and integrations: the full V-model life cycle, from URS through design specification to IQ/OQ/PQ and code review.
Why Optimal

Validation that holds under inspection and works in operation

As an Asset Lifecycle Performance Implementation Partner, we approach validation as an asset and process reliability programme with a regulatory reporting requirement: compliance and reliability designed to reinforce each other, not compete.

We are technical practitioners rather than generalist advisors; our outputs are inspection-ready rather than interim; and every engagement transfers capability, leaving your teams better equipped than it found them. Prospective or retrospective, a single system or a site-wide programme, we scope to your regulatory context, product portfolio and operating reality.

Regulatory anchors

Aligned to the standards your inspectors apply

The framework maps to the references that define validated state across the markets you serve.

GAMP 5 (Second Edition, 2022) — the ISPE risk-based framework; the V-model retained for traceability and applied proportionately.

EU GMP Annex 11 and Annex 15 — the European requirements for computerised systems and for qualification and validation.

FDA 21 CFR Part 11 and Part 211 — electronic records and signatures, and current good manufacturing practice.

ICH Q9 — quality risk management; the basis for concentrating validation effort where risk is greatest.

ALCOA+ — the data-integrity principles a validated system must preserve across its records.

The V-model, applied proportionately — every requirement specified, built and verified, with depth calibrated to category and risk.

Next Steps

Ready to bring your systems
into a validated state?

Whether you are validating a new system, addressing an inspection finding or recovering a legacy system that was never properly validated, we scope to your situation: prospective or retrospective, a single system or a site-wide programme.

Start with a short discovery call and we will tell you honestly where we can add value.

Global Enquiries
enquiries@optimal.world
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Credentials
ISO 9001:2015 certified · IAM Member 1035342
MHRA · FDA · EMA · ICH · BRCGS · GAMP 5
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