Tracking Verification and Validation: How to Manage Workflows in an eQMS
Verification and validation are where a device proves it does what it was designed to do and meets the needs of the people who use it. For regulated medical devices, these activities generate the objective evidence that regulators require and that patients depend on. Managing verification and validation well means maintaining traceability from requirements through test cases to results, controlling every change, and keeping the evidence organized for audits. This guide walks through running these workflows effectively and shows where an eQMS with strong design and requirements traceability removes the manual reconciliation that trips teams up.
Verification Versus Validation
The two terms are often confused, but the distinction matters. Verification confirms that you built the product correctly, that outputs meet the specified inputs. Validation confirms that you built the correct product, that it meets user needs and intended use in the real environment. Verification answers whether the device conforms to its requirements. Validation answers whether the device actually solves the problem it was meant to solve. Both are required, both generate evidence, and both must trace back to the requirements that drive them. Keeping that trace intact across a changing product is the central challenge, and it is why requirements management software for regulated development is foundational.
The Backbone: Requirements Traceability
Everything in verification and validation hangs on traceability. Each user need should trace to one or more requirements, each requirement to one or more test cases, and each test case to a documented result. This traceability lets you prove that every requirement was tested and every test tied back to a real need. When requirements change, traceability tells you exactly which tests are now affected and must be re-executed. Without it, teams re-test everything out of caution or, worse, miss the tests that a change invalidated. A system that maintains live links across this chain turns traceability from a manual spreadsheet exercise into a built-in property of the work, which is the core value of end-to-end design control management.
Managing the Workflow in an eQMS
Plan and Protocol Control
Verification and validation begin with approved plans and protocols. These are controlled documents that define what will be tested, how, and against what acceptance criteria. Managing them in a controlled document system ensures the protocol under which testing is executed is the current, approved version, not an outdated draft.
Test Execution and Evidence Capture
As tests execute, results and evidence must be captured and linked to the corresponding test cases and requirements. Screenshots, logs, and pass or fail determinations become part of the record. The evidence must be complete enough that an auditor can reconstruct exactly what was tested and what the outcome was.
Deviation and Failure Handling
When a test fails or a deviation occurs, it must be documented, investigated, and resolved. A failed test may trigger a design change, which then requires re-verification. Connecting test failures to your CAPA process keeps the response traceable rather than ad hoc.
Review and Approval
Completed verification and validation must be reviewed and approved, with the summary evidence rolled into the Design and Development File. Electronic approvals with a Part 11 compliant audit trail give this evidence the standing regulators expect.
Connecting Verification and Validation to Risk
Verification and validation are also risk activities. The rigor applied to testing should reflect the risk of the function being tested, and the results feed back into your risk file. A test that reveals a failure mode you had rated improbable should prompt a reassessment of that risk. Tying test evidence to risk analysis, so that outcomes update your understanding of residual risk, is a mark of a mature process. This connection is natural when verification, validation, and risk live inside a risk-based quality management system, and awkward when they live apart.
Building the Design and Development File as You Go
One of the quiet advantages of managing verification and validation in an eQMS is that the design and development file builds itself up as the work proceeds. Rather than scrambling to compile evidence at the end of a project, each approved plan, executed test, resolved deviation, and signed summary becomes part of the record as the work happens. When an auditor asks for the verification and validation evidence for a specific requirement, you retrieve a complete, traceable package rather than reconstructing it from scattered files. This continuous assembly is only possible when the design and development file is a living structure connected to the work, not a binder compiled after the fact. A controlled document system that works along with maintaining your design and development file helps turn your work into an organized and presentable series of documents.
Common Verification and Validation Pitfalls
Even experienced teams stumble on a predictable set of verification and validation problems, and recognizing them early saves painful rework.
The most frequent is broken traceability, where requirements change but the links to affected tests are not updated, leaving stale evidence that no longer reflects the product.
A close second is incomplete test evidence, where a result is recorded as pass but the supporting artifact is missing, so the record cannot be independently verified.
A third is uncontrolled protocols, where testing is executed against a draft rather than an approved version, invalidating the results.
A fourth is orphaned deviations, where a test failure is noted but its resolution is never documented, leaving an open question an auditor will find.
Each of these pitfalls shares a root cause: evidence and its context living in separate, disconnected places. When plans, requirements, tests, results, and deviations all live in one connected system with enforced links and controlled approvals, these pitfalls largely disappear because the system will not let the connections break silently. This is the practical case for managing the entire workflow inside an end-to-end eQMS for FDA and ISO rather than stitching together point tools and spreadsheets.
Frequently Asked Questions
What is the difference between verification and validation in one sentence?
Verification confirms you built the product right against its requirements, while validation confirms you built the right product against user needs and intended use.
Why is requirements traceability so important?
Traceability proves every requirement was tested and shows exactly which tests a change affects, so you re-execute what is needed and nothing falls through the cracks.
How does an eQMS help with verification and validation?
It controls plans and protocols, links requirements to tests to results, connects failures to CAPA, and gives you the organization and traceability auditors expect, with a compliant signature history.
Keep Your V and V Evidence Organized and Traceable
Strong verification and validation depends on traceability, controlled evidence, and disciplined change management working together. To see how these workflows run inside a connected system, request a demo or talk to an eQMS expert.