Compliance
Validating an ALM for GxP: a practical CSV framing
How to approach computer system validation for an ALM in GxP environments — risk-based CSA/CSV thinking, what to test, and how Part 11 technical controls fit — without pretending a vendor can sell you compliance.
Regulated teams do not just buy an ALM — they validate it for intended use. Whether you follow classic IQ/OQ/PQ language or the FDA’s newer Computer Software Assurance (CSA) risk-based framing, the goal is the same: documented evidence that the system does what your process requires, reliably. This guide is practical framing for validating requirements/ALM platforms — not a substitute for your validation SOP or legal counsel.
For electronic records and signatures specifically, start with FDA 21 CFR Part 11. Vendors provide technical controls; your organization owns procedural controls and the validation package.
What you are validating (intended use)
Write intended use in plain language, for example:
- Author and baseline requirements, tests, risk, and (if in scope) architecture/SBOM
- Maintain traceability and coverage views for design control / IEC 62304
- Apply approval chains and e-signatures on defined transitions
- Retain audit trails and export inspection copies
- Import/export via ReqIF, CSV, Excel, Word, CycloneDX/SPDX as used in your process
Out of scope belongs in writing too (e.g. “not used for clinical EDC”).
Risk-based focus (CSA-aligned thinking)
Spend depth where failure harms patients, product quality, or data integrity:
| Higher assurance attention | Lower (still controlled) |
|---|---|
| E-signature binding, audit trail integrity | Cosmetic UI layout |
| Access control / RBAC | Optional dashboards |
| Traceability integrity / suspect behavior | Non-regulated reporting themes |
| Import mapping for regulated data migration | One-off admin convenience scripts |
A lean validation outline
- Validation plan — scope, roles, risk assessment, environments.
- Requirements / user requirements specification — what the ALM must do for your SOPs.
- Configuration spec — item types, workflows, signature rules, projects.
- IQ-style — installed/configured in the target environment (cloud tenant or self-hosted), security settings, backups.
- OQ-style — challenge critical functions: create/revise items, links, coverage, suspect flags, signature re-auth, audit trail review, exports.
- PQ-style — run a realistic pilot project through your procedure (including a sample design-controls package).
- Traceability — validation requirements ↔ test scripts ↔ results.
- Release / change control — how you re-validate after vendor upgrades.
Exercise electronic signatures and approval chains in OQ/PQ if Part 11 is in scope — do not only screenshot the dialog.
Migration and import are in scope
If you will bring legacy data from Jama, DOORS, Polarion, TestRail, etc., include Import Center scenarios in OQ: field mapping, ReqIF type mapping, link import, preview, and rollback/re-import behavior. The migrate-from-* guides describe the operational path; validation proves your configuration of that path.
What to ask the vendor for
- Security and quality documentation (SOC reports, SDLC overview) for your supplier assessment
- Description of Part 11 technical controls actually implemented
- Release notes and known-issue process for ongoing change control
- Export of audit trails and signed records for inspection support
They cannot hand you a completed PQ. They can make PQ cheaper by shipping governed defaults.
Related reading
See traceability work as one connected system.
Requirements, architecture, tests, risk, and SBOM on a single thread — audit-ready when you need it.