Software Validation Guide
How to Validate Training Record Software in a Small QMS
Software validation does not have to be overwhelming. This guide walks small medtech teams through when validation is needed, what it involves, and how to take a risk-based approach proportional to what training record software actually does.
When is software validation needed?
ISO 13485 clause 4.1.6 states that when computer software is used as part of the quality management system, it shall be validated for its intended use. The FDA QMSR incorporates this requirement. If your SOP training records feed into your quality system — and for medical device companies, they typically do — then the software producing those records generally falls within the scope of validation.
This does not mean every software tool in your organization needs a 50-page validation protocol. The scope and depth of validation should be proportional to the risk the software poses to product quality and patient safety. A training record tool that tracks SOP acknowledgments is a different risk profile than a tool that controls a manufacturing process or manages design inputs.
For many small teams, the biggest barrier to validation is not the testing itself — it is knowing where to start and how much effort is appropriate. The answer depends on your regulatory framework, your quality system maturity, and the risk assessment of the specific tool.
CSV vs. CSA: two approaches to software validation
Computer System Validation (CSV)
The traditional approach, often based on the GAMP 5 framework. CSV involves formal validation plans, scripted test protocols (IQ, OQ, PQ), traceability matrices, and formal summary reports. It is thorough and well-established, but the documentation burden can be significant — especially for small teams validating focused tools.
CSV is still widely accepted and used. If your organization already has CSV procedures in place, applying them to training record software is straightforward — just scale the effort to the risk level.
Computer Software Assurance (CSA)
Outlined in the FDA's 2022 draft guidance, CSA proposes a risk-based alternative that focuses testing effort where it matters most. High-risk functions get scripted, documented testing. Lower-risk functions can use unscripted, exploratory testing. The documentation burden is intentionally lower.
CSA is particularly well-suited for small teams validating focused SaaS tools. Instead of generating pages of formal protocols for every feature, you invest testing rigor in the functions that produce quality records — and document your risk-based rationale for the reduced scope elsewhere.
A practical approach for small teams
Whether you follow CSV or CSA principles, the core steps are similar. The difference is how much formal documentation you produce at each step. Here is a practical approach scaled for small teams validating a focused training record tool.
Determine whether validation is required
Not all software used in a QMS requires validation. The key question is whether the software produces records that are part of your quality system and could affect product quality or safety decisions. SOP training records typically fall into this category for regulated medical device companies.
Assess the risk level of the software
A risk-based approach considers: what happens if the software produces incorrect data? For training record software, the primary risk is producing inaccurate records about who was trained on what. This is generally a medium-risk function — important for compliance but not directly controlling a manufacturing process.
Define your intended use and requirements
Document what you expect the software to do: track SOP assignments by revision, collect timestamped acknowledgments, verify comprehension, produce audit-ready exports, maintain an immutable audit trail. Your requirements become the basis for testing.
Execute testing proportional to risk
For a focused SaaS tool, testing typically involves verifying key functions against your requirements: assignments appear correctly, acknowledgments are recorded with the right data, exports match the underlying records, and audit trails capture the expected events.
Document your findings and maintain the validation
Record your test results, any deviations, and your conclusion. When the vendor releases updates that affect validated functions, review whether revalidation is needed. For SaaS tools, this means monitoring release notes and periodically re-running critical test cases.
What ApprovaDoc provides vs. your responsibility
ApprovaDoc is designed with features that support validation activities. However, it is not a validated system out of the box. Here is what we provide and what remains your responsibility.
Immutable audit trail
Every action is logged with who, what, when, and originating IP address. Acknowledgments, quiz attempts, and audit log entries are write-once — enforced at the database level. This supports data integrity verification during validation.
SHA-256 document hashing
Every document version is hash-verified at upload. You can verify at any time that the document a person acknowledged is the same file that was originally uploaded. This supports document integrity testing.
Access controls and role-based permissions
Three distinct roles (owner, admin, member) with enforced permissions. Row-level security at the database level ensures users only access data within their organization. This supports access control verification.
Consistent, structured records
Every acknowledgment record includes the same fields: person, document ID, revision, assignment date, completion date, acknowledgment type, and optional quiz score. This consistency supports record accuracy testing.
Your responsibility
ApprovaDoc is not a formally validated system. If your regulatory framework requires computer system validation (CSV), you are responsible for performing your own validation activities.
Specifically, you are responsible for: determining whether validation is required for your use case, defining your intended use and validation requirements, executing and documenting your validation activities (testing, review, approval), maintaining the validation over time as the software evolves, and determining whether your validation approach satisfies your specific regulatory requirements.
The workflow you would validate
These are the core functions of ApprovaDoc. Your validation activities would verify that each step produces accurate, complete records.
Upload a controlled SOP or policy
Add the SOP or policy, document ID, and revision.
Assign it to users, teams, or roles
Choose the users, teams, or roles that need to acknowledge it.
Collect acknowledgment by revision
With optional quiz to verify comprehension.
Reassign training when a document changes
Release a new revision and trigger fresh acknowledgment.
Export clear training evidence
View live status or download records for audits.
Design features that support validation
Each feature is designed to produce consistent, verifiable, auditable records.
Audit log
Maintain a clear history of assignment, acknowledgment, revision, and export activity.
Exportable evidence pack
Download audit-ready records with assignment, acknowledgment, and revision history.
"Read & Understand" acknowledgment
Collect a clear record of acknowledgment tied to the exact revision assigned.
Optional comprehension quizzes
Attach multiple-choice questions to any document version. Users must pass before they can acknowledge.
Revision-triggered retraining
Release a new revision and reassign only where needed.
Controlled SOP register
Track document ID, title, owner, effective date, and revision.
Built from real audit experience
ApprovaDoc comes from direct experience developing medical devices, navigating ISO 13485 and FDA audits, and working inside quality systems that ranged from excellent to barely functional. Training evidence deserves focused tooling — not a module buried inside an overbuilt system.
Regulated industry experience · Purpose-built for small teams
Learn why we built this →Software validation — common questions
A training evidence tool designed for validation
Immutable records, SHA-256 hashing, complete audit trails, and structured exports — built to support your validation activities.
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