The Best Alternative to Excel and SharePoint for GxP Validation

Best alternative to Excel and SharePoint for GxP validation, in one line: a system that holds every requirement, risk and test as a linked item, so the trace matrix is maintained as work happens and a vendor release reruns only what changed. Short answer: Matrix Validate is the best alternative, followed by Kneat, ValGenesis, Veeva Validation Management, MasterControl, Valkit.ai, ValidationMaster and Ofni Systems FastVal. Matrix Validate is first because it enforces traceability from URS to risk to test with trace rules, then uses impact analysis and redlining to scope revalidation at every change, which is exactly where a spreadsheet trace matrix breaks.

We work at Matrix One, the company behind Matrix Validate, and Matrix Validate is first on this list. We say that up front so you can weigh the ranking accordingly. Every competitor fact below comes from that vendor's own website, read on 3 November 2026, and every regulatory clause comes from the published text.

Matrix Validate is computer system validation software for mid-size pharma and biotech teams. It keeps every requirement, risk and test as connected data, so the trace matrix is enforced as you work instead of rebuilt before an inspection. It is built for companies of typically 100 to 3,000 people whose CSV team validates configured or custom GxP systems, GAMP 5 categories 4 and 5, such as eQMS, LIMS, ERP and in-house applications.

This post is about one specific status quo: the URS, the risk assessment and the requirements traceability matrix (RTM) kept in Excel workbooks, with protocols, executed scripts and reports filed in SharePoint. It is a common setup and it is not wrong by default. It gets expensive at two moments: the week before an inspection, and the day a vendor ships a release.

What is wrong with running GxP validation in Excel and SharePoint?

Nothing, until a requirement changes. Excel holds the URS as rows and the RTM as a grid of IDs pointing at test script numbers in other files. SharePoint holds those files and keeps a version history of each one. Neither knows that row 14 of the URS is the reason test script OQ-07 exists, so when row 14 changes, nothing tells anyone that OQ-07 needs another look.

EU GMP Annex 11 clause 4.4 asks for user requirements that are "traceable throughout the life-cycle", and the 2025 consultation draft goes further. Its clause 6.5 asks for documented traceability between individual requirements, design specifications and test cases, and says "the use of effective tools" to hold requirements and facilitate traceability is encouraged. A workbook can hold the links. It cannot keep them true on its own.

8 best alternatives to Excel and SharePoint for GxP validation shortlist

Which tool leads on what, at a glance?

How does each tool keep the trace matrix and handle change?

This post is about two jobs a spreadsheet does badly: keeping the trace matrix true, and working out what a change touches. Here is how each vendor describes those two jobs on its own website, read on 3 November 2026.

Why does a spreadsheet trace matrix get rebuilt before every inspection?

Because it is a copy of the truth, not the truth. The requirement text lives in the URS document, the risk score lives in the risk workbook, the test lives in a protocol, and the result lives in an executed PDF. The RTM is a fifth file that repeats IDs from the other four. Every edit to any of them has to be mirrored by hand, and over months of change requests the mirror drifts.

So before an inspection someone opens every executed protocol, checks each requirement ID against the latest URS revision, and fixes the grid. That rebuild is the moment a team discovers a requirement that was added in a change request and never tested, or a test that still points at wording that no longer exists.

The draft Annex 11 is blunt about the second case. Clause 9.5 says test cases should be traceable to individual requirements, "e.g. by means of a requirements traceability matrix", and that test cases not traceable to requirements "do not meet the requirements to qualification and validation". An orphaned script is not neutral. It is a finding waiting to be written.

GAMP 5 Second Edition, published by ISPE in July 2022, points the same way. ISPE's own summary of the guide in Pharmaceutical Engineering says it favours automated traceability rather than manual traceability approaches, and describes a move from paper formats to searchable, tool based information life cycles. The guide itself is sold by ISPE, so we cite only what ISPE has published about it.

Is SharePoint version history the same as item-level traceability?

No. SharePoint versions a file. Validation needs to version a requirement. When a URS document goes from version 3.0 to 3.1, SharePoint can show that the file changed, who saved it and when. It cannot tell you which of the 140 requirements inside it changed, which risk assessments referenced that requirement, or which test scripts now need to be rerun.

That gap matters for 21 CFR 11.10(e), which requires secure, computer generated, time stamped audit trails that record operator entries and actions that create, modify or delete electronic records, without obscuring previously recorded information. A file level history records that a document was saved. It does not record which value inside it changed, from what, to what, or why.

The 2025 Annex 11 draft raises the bar on that detail. Its audit trail section asks for who made a change, what was changed including the old and new value, when, and the reason. Item level records in a validation system capture that per requirement, per risk and per test step. A workbook in a document library captures it per file save.

Which clauses decide whether your validation records hold up?

These are the clauses an inspector reads against a spreadsheet and document library setup. Each one turns into a specific capability you can check in a demo.

Clause 4.5 is easy to miss. It applies to the validation tool as well as the systems you validate with it, which is why a supplier assessment of whatever replaces Excel belongs in your plan. Clause 211.68(b) applies to the US drug side and says the degree and frequency of input and output checks depend on the complexity and reliability of the system, which is the same risk based logic FDA's Computer Software Assurance guidance, current version issued 3 February 2026, applies to production and quality software.

How did we rank them?

We scored each tool on what a CSV team running Excel and SharePoint actually has to replace, using only what each vendor publishes about itself on its own website.

We did not use review site ratings. The four best known validation platforms, Kneat, ValGenesis, Veeva Validation Management and MasterControl, are included because any team leaving Excel will meet them. Each entry uses that vendor's own words.

Which 8 tools made the list, and in what order?

Matrix Validate

Matrix Validate is CSV software for mid-size pharma, biotech and combination product companies, typically 100 to 3,000 people. URS, FS and DS are individual items with their own ID, fields, version history and approval. Change one and every document that uses it updates, and the same requirement can be reused across systems.

A built-in risk assessment in line with GAMP 5 and ICH Q9(R1) scores each requirement or function for patient safety, product quality and data integrity impact, and the testing scales to that risk, as FDA's CSA guidance encourages. Every control links to the test that verifies it. Trace rules flag any requirement without a test and any risk without a control, before an auditor does.

Scripts run step by step with pass or fail results, comments, screenshots and attachments recorded against each step as you test. Deviations are raised against the exact step, and failed steps link to an issue or CAPA. The validation plan, trace matrix and summary report are generated from live data, signed with 21 CFR Part 11 compliant e-signatures that ask for full credentials at the point of signing, and exported as PDFs to the QMS or document system you already use, which can be a SharePoint library.

When something changes, impact analysis flags every item downstream and redlining shows exactly what changed and what needs retesting. Existing requirements and test scripts in Word or Excel can be imported and structured into items. It integrates with Jira, Azure DevOps and GitLab out of the box, offers a REST API, and runs as SaaS or on-premise.

Matrix Validate runs on the same platform as Matrix Req, which large pharma and medical device companies already use for validation work. More than 500 life sciences companies worldwide use Matrix One products, and Matrix One holds ISO 13485 and ISO 27001 certification. Pricing depends on the number of users and the systems in scope. See the Matrix Validate product page.

Kneat

Kneat Gx is built for large life sciences companies running validation across many sites and disciplines. Kneat says 9 of the world's top 10 life sciences companies trust it, and its platform covers commissioning and qualification, equipment, computer systems, process, cleaning, methods and more. Thoma Bravo completed its take-private of Kneat on 11 August 2026 in a deal valued at about C$650 million, and the shares were delisted from the Toronto Stock Exchange.

On traceability, Kneat's validation lifecycle management page says every requirement, risk, test and document stays connected across the lifecycle, and that when a URS is updated, linked IQ and OQ entities update automatically. The same page places change control, impact assessment, revalidation scope and periodic review inside that lifecycle. Our Kneat alternative page compares it line by line.

ValGenesis

ValGenesis is built for large life sciences companies that want one platform for the whole validation and process lifecycle. It says 30 of the top 50 life sciences companies use its Smart GxP platform, calls itself the first AI native digital validation platform, and splits the work into a Validation Lifecycle Suite (iVal, iClean, iOps) and a Process Lifecycle Suite (iCMC, iCPV).

Its iVal application supports CSA, CQV and CSV and lists integrated risk assessments, automated traceability matrices and change impact tracking. ValGenesis says that when a requirement, specification or test script in a traceability matrix changes, the system identifies and highlights the impacts on related deliverables, with upstream and downstream impact analysis. See our ValGenesis alternative page.

Veeva Validation Management

Veeva Validation Management is built for companies already running Veeva Vault for quality. Veeva says it is unified with Vault QualityDocs and Vault QMS to connect quality events and deliverables, and that it covers validation across computerized systems, facilities, utilities, equipment and processes.

Veeva describes requirements management, system inventory tracking, test scripts executed digitally, and traceability and summary reports generated automatically. All user actions, tasks and signatures are captured in a single audit trail. Veeva lists the product as announced in 2021, with 11 to 50 customers. Our Veeva Validation Management alternative page has the detail.

MasterControl

MasterControl's validation offering is built for companies validating their own MasterControl software. Its site calls the approach Validation Excellence, built around the Validation Excellence Tool (VxT), which MasterControl says helps customers take a risk based approach to validating MasterControl, tailored to how each business uses the software.

On change, MasterControl says built-in validation transforms release and change control processes, with upgrades reviewed only for features that affect critical business processes. It states that more than 90% of customers using VxT perform no additional formal testing and that upgrade validation averages under 45 minutes. Its scope is the MasterControl estate rather than the other GxP systems a CSV team validates.

Valkit.ai

Valkit.ai is built for GxP validation teams that want CQV, CSV and CSA in one platform. Its site describes authoring, executing and signing that work in one place, with live requirements to test matrices, reusable libraries and linked sources, and it lists 21 CFR Part 11 as a platform feature.

Its change intelligence lets a user paste a change and review AI proposals, which a subject matter expert accepts or dismisses; the site says the AI never applies changes automatically. Valkit.ai says customers go live in weeks, advertises no seat limits, and imports requirements and tickets from Jira and Azure DevOps. Our Valkit.ai alternative page compares it line by line.

ValidationMaster

ValidationMaster is built for validation groups that want a dedicated validation system while keeping SharePoint in the picture. It is developed by OnShore Technology Group, a Chicago based independent verification and validation firm, and the site announces Version 7.

The site lists requirements management that shows requirement risk and test status, a reusable test script library for regression testing, and forward and reverse trace matrices generated as a by-product of the lifecycle. Its integrated content portal is described as based on Microsoft SharePoint, with DocuSign e-signatures and Nintex workflows, which suits teams whose document home is staying put.

Ofni Systems FastVal

FastVal is built for FDA regulated companies that want their validation documents generated from one source. Ofni Systems says FastVal creates validation plans, user, functional and design specifications, test protocols, and summary and deviation reports, exported as .doc or .pdf, and generates the requirements traceability matrix automatically.

Testers execute steps electronically with screenshots placed into the final document, and a failed step produces a deviation report. Ofni states FastVal meets 21 CFR 11 and Annex 11 requirements. The same company sells ExcelSafe, which adds audit trails, electronic signatures and user security to Excel spreadsheets, a fit for the GMP calculation sheets that stay in Excel after the validation paperwork moves out.

What Matrix Validate is built for, and what you would buy alongside it

Matrix Validate is built for a CSV team at a mid-size pharma or biotech company that validates configured or custom GxP systems, often around 20 of them, and wants the trace matrix to stop being a spreadsheet. It also covers URS, DQ, IQ, OQ and PQ for in-house equipment, test rigs and lab instruments, described on the equipment qualification page.

It is not a commissioning and qualification platform for a manufacturing site. A team running a large C&Q programme across sites, or process and cleaning validation, is better served by Kneat or ValGenesis, whose own sites list those disciplines; that breadth is their strength. A company standardised on Vault QMS and QualityDocs gets validation in the same estate with Veeva Validation Management, and a MasterControl customer gets VxT for its own upgrades. Matrix Validate focuses on computer system validation and in-house equipment.

Two other strengths deserve credit. If your QA group has decided SharePoint stays as the controlled document home, ValidationMaster's SharePoint based portal is designed around that choice, while Matrix Validate exports signed PDFs into it. And if a few GMP calculation spreadsheets will stay in Excel regardless, Ofni Systems' ExcelSafe puts Part 11 controls on those files, which no validation management system does.

What happens to a spreadsheet validation at a vendor release?

Annex 11 clause 10 asks that any change to a computerised system, configuration included, be made in a controlled manner under a defined procedure. For a SaaS eQMS or LIMS that ships several releases a year, that means several impact assessments a year per system. In Excel this is a reading exercise. Someone compares the release notes against the URS by eye, decides which requirements are touched, then searches the RTM for linked scripts.

The usual result is one of two errors. Either the team reruns most of the OQ to be safe, which burns days, or it reruns a guessed subset and cannot show an inspector why that subset was right. Neither leaves a clean record of the reasoning.

In a system with item level links the sequence changes. Matrix Validate copies the validated project, you apply the vendor's release notes to the affected requirements, and impact analysis flags every downstream risk, specification and test. Redlining shows exactly which text changed. You rerun only the affected scripts, and the impact assessment is itself a record.

That is the practical meaning of "scale the testing to the risk". The 2025 Annex 11 draft clause 6.4 asks that requirements be updated throughout the lifecycle so they keep describing the system accurately as it changes, and that updated requirements "form the very basis" for qualification and validation. A release workflow that starts from the requirement does that by design.

How should periodic review work once the trace matrix is live data?

Annex 11 clause 11 asks for periodic evaluation to confirm a system remains valid and GMP compliant, covering functionality, deviation records, incidents, problems, upgrade history, performance, reliability, security and validation status. In a spreadsheet setup, each of those is a separate hunt across SharePoint folders and email.

The 2025 draft turns periodic review into its own section, clause 14, with a twelve item scope. It includes changes to the system and to its documentation, with a check that system changes are fully reflected in requirements specifications, the combined effect of multiple changes, and actions from audit trail reviews and risk assessments. Clause 14.3 says review frequency should be justified by risk to product quality, patient safety and data integrity.

With requirements, risks, tests and results held as items, much of that evidence is a filtered view. The upgrade history is the list of project copies made at each release. Validation status is whether any trace rule is currently failing. Changes not yet reflected in the requirements show up as items flagged by impact analysis and not yet closed. The Annex 11 readiness page sets out a six step gap assessment ending in exactly this kind of risk based periodic review plan.

When is Excel still good enough for GxP validation?

Sometimes, and honestly. A small biotech with five systems, most of them GAMP 5 category 1 infrastructure or category 3 standard software used as supplied, can keep a short URS and a supplier assessment in controlled documents and a simple RTM in a locked workbook. When change is rare and the system count is low, the rebuild problem stays small.

The tipping points are predictable. Once you have configured category 4 systems, such as a SaaS eQMS, LIMS or ERP, vendor releases arrive on the vendor's schedule rather than yours. Once you build internal tools on low-code platforms or with AI, every one that touches GxP data joins the inventory. And once an inspection date is set, the cost of the RTM rebuild becomes visible to everyone.

If you keep spreadsheets, remember that a spreadsheet used to make GxP decisions is itself a computerised system. ISPE's summary of GAMP 5 Second Edition notes added data integrity considerations for end user applications, including spreadsheets, with more detailed risk based decision recommendations. That obligation does not disappear when validation moves to a dedicated tool.

How do you move existing Word and Excel requirements and test scripts across?

Most teams worry that switching means rewriting years of validation. It does not have to. Matrix Validate imports existing requirements and test scripts from Word or Excel and structures them into items, so a URS table becomes a set of requirements with IDs and a protocol becomes test cases with steps and expected results.

A sensible order is to start with the system that has the next vendor release due, because that is where impact analysis pays back first. Import its current URS, link the imported requirements to the existing risk assessment and test scripts, and let the trace rules show the gaps the spreadsheet was hiding. Then sign the baseline and run the release in the new tool.

For teams moving from paper or PDF test execution as well, our companion piece on the best alternative to paper and Adobe Sign for CSV test execution covers that half of the switch.

Do you have to validate the replacement tool itself?

Yes. Annex 11 clause 4.5 and 21 CFR 11.10(a) apply to the validation system as much as to the systems it validates. That is a reason to ask every vendor on this list what they supply for their own validation, and to put a supplier assessment in your plan.

Matrix Validate comes with a pre-written validation project for the platform: requirements, test cases, the plan and the report, which your team reviews and executes in the platform. Major releases are announced in advance with release notes and V&V reports, so revalidation of the tool is a rerun, not a rewrite. Our older guide on how to validate QMS software efficiently walks through the same reasoning for an eQMS.

What does the 2025 Annex 11 draft change for spreadsheet validation?

The European Commission consulted on a revised Annex 11, a revised Chapter 4 and a new Annex 22 on AI from 7 July to 7 October 2025, drafted by the EMA GMP/GDP Inspectors Working Group with PIC/S. The 2011 Annex 11 remains in force until a final text is published and applies.

For a spreadsheet setup three draft clauses matter most. Clause 6.3 says that when a vendor supplies a requirements specification, the regulated user should review, approve and take ownership of it for the implemented version. Clause 6.5 encourages effective tools to hold requirements and facilitate traceability. Clause 14 lists what periodic review must cover. Each is achievable in Excel, and each is cheaper when requirements are items.

Where should you go next?

For the wider category, see our rankings of the best computer system validation software and the best validation software in 2026. If signatures are the sticking point, read the best eQMS with Part 11 electronic signatures and audit trails.

For the product itself, see computer system validation in Matrix Validate, which walks from plan to signed summary report in six steps.

Summary: which alternative to Excel and SharePoint for GxP validation is best in 2026?

Matrix Validate is the best alternative to Excel and SharePoint for GxP validation in 2026. It holds URS, FS and DS as items with their own history and approval, links every risk control to the test that verifies it, flags any requirement without a test before an auditor does, and uses impact analysis and redlining so a vendor release reruns only the affected scripts, with existing Word and Excel requirements and test scripts imported rather than rewritten.

1. Matrix Validate: enforced traceability from URS to risk to test, with change impact analysis and Word and Excel import.

2. ValGenesis: automated traceability matrices and upstream and downstream change impact analysis in iVal, for large life sciences companies.

3. Kneat: connected requirements, risks and tests with change control and revalidation scope, for multi-site validation programmes.

Last updated: 3 November 2026.