saascode

Validex

A quality workspace that inventories regulated spreadsheets, captures intended use and process risk, proposes a risk-based assurance plan, preserves executed evidence and deviations, and assembles reviewer-approved records with correction and lifecycle control.

Genesis score7.08/10
Make Validex real.0/500
500 more votes and Validex is authorized for build.
0%500 to authorize
Backing is the vote. When an idea crosses 500, we pull it into the build pipeline and ship it for real — the votes decide what gets built next, not an editor.
The opportunity
2 of 4Unverified referenced interfaces
0Automatic regulatory classifications
0Guaranteed inspection acceptance
The case

The supplied research confirms final FDA computer-software-assurance guidance from September 2025 and says spreadsheets with custom formulas appear in risk-based examples. It also confirms broader validation and quality-system competitors but found no spreadsheet-specific lightweight product. Two of four referenced interfaces remain unverified, no structural incumbent cost is established, and a skipped buildability review must be revisited before implementation.

Validex must not assign regulatory risk or produce a document that is automatically acceptable to FDA. Intended use, process impact, patient or product risk, spreadsheet complexity, controls, data, formulas, macros, interfaces, security, change, reviewer competence, and the manufacturer's quality system determine assurance. Standards and regulations apply by actual product, role, market, and current version.

The tool produces proposals and evidence envelopes. Qualified quality owners approve classification, assurance methods, expected results, deviations, remediation, release, periodic review, retirement, and the final record. A generated record never proves validation, compliance, inspection acceptance, product quality, or patient safety.

Who pays — and why

Quality and validation teams at medical-device and life-sciences organizations that maintain spreadsheet inventories under a risk-based software assurance program.

What it unlocks
A controlled spreadsheet inventory with owner, intended use, process, product context, users, version, storage, data sources, formulas, macros, interfaces, access, change history, and retirement state
A reviewer-owned risk assessment with applicable quality-system context, failure modes, severity, probability or rationale, detectability where used, existing controls, evidence, uncertainty, and approval
An assurance plan with risk-based objectives, methods, expected results, test data, environment, reviewer, traceability, deviations, remediation, retest, and release decision
A lifecycle record separating executed evidence, signatures, changes, periodic review, incident, correction, supersession, retirement, retention, and no regulatory or inspection certification
How Genesis scored it
7.08across seven criteria
tension 7temporal 8blindspot 5buyer 8leverage 8convergence 5why-not 7
8
Temporal window

Recent final guidance and quality-system transition create current attention.

8
Buyer persona

Quality engineers and validation owners are specific.

5
Convergence

Several quality, compliance, and evidence neighbors support the workflow.

Why it scored well

The quality buyer, final guidance, spreadsheet inventory, intended-use risk method, and assurance record are concrete.

What's holding it back

Two interfaces and buildability remain unverified, broad incumbents exist, no structural moat is shown, regulatory judgment is high stakes, and organizations have different quality systems.

Signals detected4 sources crossed
Signalprimary-authority URL carried in Genesis

Signalregulatory research carried in Genesis

Signalcompetitive research carried in Genesis

SignalGenesis research

Direction briefvalidex.md
validex.md
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