Regulatory & Compliance, explained practically.
A learning resource for teams working with GxP computerized systems, quality processes, electronic records, data integrity and digital technologies across Life Sciences.
Where computerized systems meet regulated processes
The compliance question is not simply “Is this software validated?” It is “What is the intended use, what is the GxP impact, what could go wrong, and what evidence demonstrates control?”
Pharmaceutical & Biotech
- Manufacturing & batch records
- Laboratory systems
- Quality systems
- Supply chain & warehouse systems
Clinical & Pharmacovigilance
- Clinical systems & data
- Safety case processing
- Medical review workflows
- Electronic records and data
Medical Devices
- Quality management systems
- Production software
- Software supporting device processes
- Risk-based software assurance
What is ISPE and why does GAMP® 5 matter?
ISPE is the International Society for Pharmaceutical Engineering. Its GAMP® community provides practical good-practice guidance for computerized systems in regulated Life Sciences environments. GAMP® 5 promotes a lifecycle, risk-based and patient-centric approach rather than a single prescriptive validation method.
Key objective
Help organizations achieve computerized systems that are effective, reliable, fit for intended use and compliant with applicable requirements.
Risk-based thinking
Scale controls and evidence according to patient safety, product quality, data integrity and process risk.
Critical thinking
Use knowledgeable SMEs to determine what matters, what evidence is sufficient and where deeper assurance is justified.
Reference: ISPE GAMP® overview and GAMP® 5 Second Edition.
Key areas to understand
21 CFR Part 11
Consider electronic records and electronic signatures, controls, system validation where applicable, access, audit trails and record protection within the relevant scope.
EU GMP Annex 11
For GMP computerized systems, Annex 11 emphasizes validation, qualified infrastructure, lifecycle risk management, data integrity and maintaining control.
Data Integrity
Data should remain reliable and accurate. Controls should address the risks created by processes, technologies, interfaces, users and business models.
Quality Risk Management
Identify hazards, evaluate impact, determine controls and document rationale for the depth of assurance.
Supplier & Cloud Oversight
Assess suppliers, responsibilities, service changes, configuration, continuity, security, data access and exit considerations.
Lifecycle Governance
Maintain control through change control, incidents, CAPA, periodic review, access management, backup/recovery and retirement.
References: EU GMP Annex 11 and FDA Data Integrity guidance.
Software lifecycle and verification
The V-Model is a useful way to visualize how requirements and design decisions connect to corresponding verification activities. Modern GAMP® practice also supports iterative and incremental development; the model should be adapted to the actual lifecycle.
Concept
Business need
URS
User needs
Functional
What the system must do
Design
How it will work
Build / Configure
Create solution
Verification
Test against requirements
Release
Approve for intended use
Operate
Maintain control
Learn independently—or approach ILAP Advisory when you have a requirement.
ILAP Advisory can support focused discussions around GxP, Non-GxP, SOX and computerized-system compliance requirements, including risk assessment, CSV/CSA strategy, documentation, evidence and lifecycle considerations. Educational content remains available for readers who simply want to learn.
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