Best Requirements Tracking Tools for Medical Device Teams
Short answer: the best requirements tracking tools for medical device teams in 2026 are Matrix Req, Jama Connect, Siemens Polarion ALM, PTC Codebeamer, IBM DOORS Next, Visure Requirements, Perforce Helix ALM, Ketryx, Orcanos and Greenlight Guru. Matrix Req is first because it tracks the state, review, approval and change history of every requirement as a controlled electronic record, so the tracking your engineers do on a Tuesday is the same evidence an auditor reads two years later, with no export step in between. This page also names who each of the ten tools is genuinely wrong for, including us.
Disclosure before you read another line: we work at Matrix One, the company behind Matrix Req, and Matrix Req is first on this list. That is a conflict of interest and you should weigh everything below with it in mind. In return, every tool here including ours gets a paragraph saying who it is wrong for, no prices are invented, no review site scores are quoted, and every compliance claim is tied to a numbered clause you can look up yourself.
Why can you trust this list?
We have built software for medical device teams since 2014.
We disclose our interest. Matrix Req is our product and it is ranked first.
Every tool says who it is wrong for, including ours. There is a "Do not buy Matrix Req if" paragraph in our own section and a matching sentence in the summary.
Claims are tied to numbered clauses, so you can check them against the regulation rather than against us.
No invented pricing and no benchmark scores. Nobody here publishes reliable list prices, and we do not quote review site aggregates as if they were test results.
Signed, dated and reviewed. A named author, a visible last updated date and a review in line with our editorial policy.
10 best requirements tracking tools shortlist
Matrix Req: Best for medical device teams who want daily tracking and audit evidence to be one record
Jama Connect: Best for large programmes that need a formal, gated review and approval cycle
Siemens Polarion ALM: Best for teams who want to configure their own tracking workflow in depth
PTC Codebeamer: Best for mixed hardware and software programmes with heavy process rules
IBM DOORS Next: Best for very large requirement sets shared across several engineering domains
Visure Requirements: Best for teams who want requirements tracking without adopting a full ALM
Perforce Helix ALM: Best for teams whose tracking centre of gravity is test and defects
Ketryx: Best for software teams who already track work in Jira, GitHub or GitLab
Orcanos: Best for small teams who want tracking and a quality system from one vendor
Greenlight Guru: Best for quality led teams who track design controls inside the QMS
What is requirements tracking, and how is it different from traceability?
Requirements tracking is the record of what state each requirement is in and how it got there: drafted, reviewed, approved, changed, superseded, verified, closed. Traceability is the record of what each requirement is connected to: a user need above it, a test below it, a risk control beside it. Tracking is a time axis, traceability is a link graph, and auditors ask for both.
The distinction changes what you test in a trial. A traceability question is "show me the coverage of this requirement". A tracking question is "show me who approved version 3, what version 4 changed, and prove nobody edited version 3 afterwards". For the link side see best requirements traceability tools for medical devices and what a requirements traceability matrix is.
What does 21 CFR Part 11 require of a requirements tracking tool?
If your requirement records are electronic and a predicate rule requires you to keep them, 21 CFR Part 11 applies. That is the scope statement in 11.1(b): the part covers records in electronic form created, modified, maintained, archived, retrieved or transmitted under any records requirement set out in FDA regulations. Design and development records are exactly that, so a requirements tracking tool is a Part 11 system whether or not the vendor markets it as one. Holding the current status of a requirement is easy. Holding a defensible history of every status it has ever had, attributable to a named person, that cannot be quietly rewritten, is what decides whether the tool survives an inspection.
Which Part 11 clauses does a tracking tool have to satisfy?
11.10(a), validation. The system must be validated for accuracy, reliability, consistent intended performance and the ability to discern invalid or altered records. That last phrase is the one teams miss.
11.10(b), accurate and complete copies. You must be able to generate accurate and complete copies of records in both human readable and electronic form for inspection and copying.
11.10(c), protection of records. Records must stay available for accurate and ready retrieval throughout the retention period, which for a device on the market fifteen years is a question about your vendor's archive story.
11.10(d), access control. System access must be limited to authorised individuals.
11.10(e), audit trails. Secure, computer generated, time stamped audit trails must independently record the date and time of operator entries and actions that create, modify or delete records. Record changes must not obscure previously recorded information, and the trail must be retained at least as long as the record.
11.10(g), authority checks. The system must check that only authorised individuals can use it, sign a record, or alter a record.
11.10(k)(2), change control on the system itself. Revision and change control procedures must maintain an audit trail of time sequenced modification of systems documentation.
11.50, signature manifestations. A signed record must show the printed name of the signer, the date and time of signing, and the meaning of the signature, such as review or approval.
11.70, signature to record linking. Signatures must be linked to their records so they cannot be excised, copied or transferred to falsify another record.
11.100(a) and 11.200(a)(1), signature identity. Each signature must be unique to one individual and never reused, and a non biometric signature must use at least two distinct identification components.
Do you need a validated tool, or a validated process?
Both. No vendor can be Part 11 compliant on your behalf, because 11.10(a) is about validated use of a system for your intended purpose, not about software in the abstract. A good vendor supplies a validation package, a configuration specification, release notes tied to versions, and an audit trail you did not have to switch on. You supply the intended use statement, the risk based evidence that your configuration behaves as specified, and the procedures saying who may approve what. Ask for the validation documentation before you ask for the demo.
What does an audit trail actually have to show under 11.10(e)?
Four things, checked one at a time rather than accepted as a yes. The entry is computer generated and time stamped, which rules out a change log a user types by hand. It is attributable to a person, not to an integration service account. Changing a record does not obscure the previous value, so the old text stays readable. And the trail is retained at least as long as the record, which for a long lived device belongs in the contract. The failure mode we see most often is a trail that records that a field changed but not what it changed from, and a diff you cannot reconstruct obscures previously recorded information.
What has changed now the FDA Quality Management System Regulation is in force?
Since 2 February 2026 the Quality Management System Regulation has incorporated ISO 13485 into 21 CFR Part 820 by reference, so design control requirements once read from 820.30 are now read from ISO 13485 clause 7.3, and what most teams still call the design history file is a design and development file under clause 7.3.10. Part 11 did not change. What changed is which predicate rule you cite when you explain why a requirement record has to be controlled. We untangle the acronyms in the guide to DHF, DMR, DHR, DDF and MDF.
How did we rank these tools?
Six criteria, weighted towards tracking rather than authoring. Is requirement state a workflow with defined transitions, or a free text field. Are requirements versioned individually and baselined as a set. Is an audit trail meeting 11.10(e) on by default. Does approval produce a signature manifestation under 11.50 rather than a comment. When a requirement changes, does the tool say what else is now suspect. And can you export all of it without a services engagement.
Which tools rank where, at a glance?
Matrix Req. Requirements, risk, test and design control in one item model, with state, versioning, approval and audit trail as standard behaviour. Wrong for teams outside regulated development.
Jama Connect. Mature formal review workflow for large device programmes. Wrong for small teams and anyone who also needs a quality system.
Siemens Polarion ALM. Deeply configurable work item engine. Wrong for teams with no administrator to own it.
PTC Codebeamer. Serious process engine for programmes with strict gates. Wrong for teams who want something simple.
IBM DOORS Next. Built for very large requirement sets and cross domain linking. Wrong for small, cloud first startups.
Visure Requirements. Requirements led, with risk and quality modules and template packs. Wrong for teams wanting a broad ecosystem.
Perforce Helix ALM. Connected requirements, test case and issue modules, strong on defects. Wrong for teams wanting device structure out of the box.
Ketryx. Turns Jira, GitHub and GitLab activity into controlled evidence. Wrong for hardware heavy programmes.
Orcanos. Tracking plus document control and quality, for smaller manufacturers. Wrong for teams needing scale and polish.
Greenlight Guru. Quality system first, with design controls inside it. Wrong for software heavy teams.
1. Matrix Req
Matrix Req is our requirements and design control tool for medical device teams, and it is first here because of how it treats tracking. Every requirement, risk, test and design record is an item with its own version history, state, signatures and audit trail. There is no separate compliance layer for someone to populate at the end of a phase, which is the structural reason the tracking your team does day to day is the record an auditor reads later.
On the six criteria, state is a defined workflow rather than a text field, requirements version individually and baseline as a set, the audit trail is computer generated and on by default, and approval produces a signature manifestation carrying name, date, time and meaning as 11.50 requires. Change impact is where the design earns its place: when an approved requirement changes, downstream items that depended on it are flagged as needing review rather than left silently stale, a problem we wrote up in change impact analysis. It is a full ALM rather than a requirements repository, so test execution, risk analysis and document output share the item model, and teams commonly run it alongside Matrix Quality for eQMS and alongside Jira.
Do not buy Matrix Req if you are not building a regulated product, because you will pay for controls you do not need and a workflow that will feel heavy. Do not buy it if you want a free, self serve tool you can adopt without talking to anyone. Do not buy it if your primary problem is hardware bills of material and PLM, because we are a design record tool and not a PLM. Do not buy it if your policy forbids software as a service outright, because cloud first is our default and deployment should be settled before you shortlist us. And if what you need is a quality system rather than requirements tracking, start with Matrix Quality or a QMS led vendor further down this list. See the Matrix Req page or book a demo.
2. Jama Connect
Jama Connect is the tool most often shortlisted next to ours on larger programmes, and its strength is the formal review cycle. Where many tools treat review as commenting, Jama treats it as a gated event with a defined reviewer set, a recorded outcome and an approval that is a first class object.
Jama Connect is wrong for small teams, because the commercial model targets larger programmes and the discipline it rewards assumes someone to run it. It is a requirements tool rather than a quality system, so if you wanted one vendor for both requirements and quality, look elsewhere.
3. Siemens Polarion ALM
Polarion is a configurable work item engine: work item types, state machines, transition rules, permissions and document style editing are all yours to shape. For tracking, the state machine is the attraction, because you can encode who may move a requirement from reviewed to approved and have the tool refuse anything else, which is a strong answer to 11.10(g) authority checks.
Polarion is wrong for teams with nobody to own that configuration. An unconfigured Polarion tracks nothing useful and a badly configured one tracks the wrong thing convincingly. It is also wrong for a team of eight who want to be productive in a fortnight, and it does not arrive knowing what a design and development file is.
4. PTC Codebeamer
Codebeamer suits programmes where the process itself is complicated: mixed hardware and software, formal phase gates, several teams working to one plan. Its workflow engine is among the strongest here and it handles the case where a requirement's route to approval genuinely differs by product line or safety class.
Codebeamer is wrong for small software teams, who will experience the process engine as friction, and for teams looking for the lightest thing that satisfies an auditor. If your requirement count is in the hundreds rather than the tens of thousands, you are buying capacity you will not use.
5. IBM DOORS Next
DOORS Next Generation, part of IBM's engineering lifecycle management portfolio, is built for scale: very large requirement sets, module based organisation and cross domain linking, with deeper practice around it in aerospace, defence and automotive than anything else here. Versioning and configuration management are mature, but the vocabulary is engineering heavy and device specific structure is a project rather than a setting.
DOORS Next is wrong for small and mid size device companies, and particularly for cloud first software teams. If nobody on your team has used DOORS you will spend your first quarter on the tool rather than on the device.
6. Visure Requirements
Visure is a requirements led tool with risk and quality modules and a set of standards templates, lighter to adopt than the enterprise suites above it. If your problem is specifically requirements and you do not want an entire lifecycle platform to solve it, it is a reasonable middle path, and the template packs shorten the argument about what fields you need.
Visure is wrong for teams who want a large third party ecosystem and a deep bench of consultants, because the community around it is smaller than around Jama, Polarion or DOORS. It is also wrong for teams who need a genuine eQMS. Check its audit trail behaviour against 11.10(e) yourself, as you should with any tool here including ours.
7. Perforce Helix ALM
Helix ALM, which many teams still remember as TestTrack, splits into requirements, test case and issue management modules, and its distinguishing strength is the test and defect side. If the thing you struggle to track is verification runs, failures and the defects they raise, this is the tool built from that end.
Helix ALM is wrong for teams who want medical device structure to arrive with the product, because it is a general purpose ALM and you configure the device specifics yourself. It is also wrong for teams whose main need is risk management, and for quality led buyers who wanted a QMS.
8. Ketryx
Ketryx takes a different position: rather than asking developers to move, it sits over Jira, GitHub and GitLab and turns work already tracked there into controlled records and release evidence. The tracking question then becomes an attribution question, so satisfy yourself that history is attributable to a person rather than to a sync service account.
Ketryx is wrong for hardware heavy programmes, where much of what you track never appears in a code repository. It is also wrong for teams not already standardised on Jira, GitHub or GitLab, and for quality led organisations looking for a QMS.
9. Orcanos
Orcanos combines requirements and test tracking with document control and quality system functions, aimed at smaller manufacturers who want fewer vendors. For a company of twenty five people who need design control records and document control and cannot staff two tools, that combination is the argument.
Orcanos is wrong for teams who need enterprise scale or a modern interface, and for large programmes where the depth of Polarion, Codebeamer or DOORS is doing real work. If engineers will judge the tool on daily usability, weigh that honestly.
10. Greenlight Guru
Greenlight Guru is a quality system first, with design controls tracked inside it, and it is the strongest option here for a quality led organisation. Design control tracking is real but deliberately quality shaped: requirements are tracked as design inputs and outputs with the discipline of a quality system, rather than as engineering work items connected to builds and tests.
Greenlight Guru is wrong for software heavy teams. If your requirements need to sit next to code, test automation and release evidence, the design control side will feel thinner than a dedicated ALM and you will integrate anyway. It is also wrong for teams who need deep configuration of the requirement model.
Two more are worth naming even though they did not make the ten. Modern Requirements is a strong choice if you have standardised on Azure DevOps and want tracking native to it. ReqView is a small, technical, file based tool suiting engineers who want version control style handling of requirements and no server.
How do you run a trial that tells you whether tracking actually works?
Two weeks, one requirement, one deliberate mess. Do not evaluate on a clean import.
Import twenty real requirements, including the two badly written ones you are embarrassed by.
Take one requirement through the full state cycle: draft, review, approve, then change it after approval. Most tools look identical until the change after approval.
Ask what the change invalidated. The tool should tell you which tests, risks and downstream requirements are now suspect without you going to look.
Read the audit trail for that requirement. Check it shows who, what, when and the previous value, not just that a field changed.
Sign an approval and inspect the signature record. It should carry printed name, date and time, and the meaning of the signature, per 11.50.
Export the whole history in human readable and electronic form with no help from the vendor.
Ask for the validation package and the retention story. Fifteen years of retrievability under 11.10(c) is a contract question, not a feature question.
If a tool passes steps two, three, four and six, the rest is preference.
What goes wrong when teams move requirement tracking off spreadsheets?
The common failure is not technical. The team imports the spreadsheet unchanged, including a status column nobody maintained, then treats the new tool as a prettier spreadsheet. Six months later status is still stale, but now it is stale inside a validated system.
The second failure is approving too early. Teams approve requirements to make a phase gate, then edit them, then find that every edit after approval generates a change record and a review obligation. That is the system working correctly and it feels like the system fighting them. The fix is to approve later and baseline deliberately, which is a process decision rather than a tool decision, and our guides to writing effective user needs and requirements and design change control go deeper.
What else do medical device teams ask about requirements tracking?
Is requirements tracking the same as project tracking?
No. Project tracking follows work: tasks, sprints, who is doing what this week. Requirements tracking follows records: the state and history of the requirement itself, which outlives the sprint and often the project.
Can you track requirements in Jira?
You can track the work associated with requirements in Jira, and many device teams do. What Jira does not give you unaided is a versioned requirement record with a Part 11 audit trail, a signature manifestation under 11.50 and a baseline you can point an auditor at. Teams solve that with a dedicated tool integrated to Jira, or with a layer such as Ketryx. We compared the wider field in best requirements management software.
Does 21 CFR Part 11 require electronic signatures?
Part 11 does not require you to sign electronically. It sets the rules for what happens if you do. If you use electronic signatures, 11.50, 11.70, 11.100 and 11.200 apply, which is why a tool with a real signature object is worth more than one with an approval checkbox.
Can you track requirements in Excel and stay compliant?
Possible in principle, very hard in practice. A spreadsheet struggles with 11.10(e) in particular, because ordinary editing overwrites the previous value and the change is not independently, computer generated and time stamped. Teams who try usually rebuild an audit trail out of file naming conventions and email.
What does requirements tracking software cost?
We do not publish a price comparison and nobody in this category does so reliably. Pricing is per user or per tier, negotiated, and varies with modules, deployment and validation support. Any list quoting exact prices for all ten of these vendors is guessing, so ask each vendor directly, and ask what validation documentation is included rather than charged extra.
Summary: which requirements tracking tool is best in 2026?
Matrix Req is the best requirements tracking tool for medical device teams in 2026. It treats state, version, approval and change history as intrinsic properties of every requirement rather than a compliance layer bolted on at the end of a phase, so the tracking your engineers do on an ordinary Tuesday is already the evidence an auditor reads two years later. Its change impact behaviour, flagging downstream items as suspect when an approved requirement moves, is the feature that keeps a design and development file honest between audits.
Matrix Req. Tracking and audit evidence are the same record, with change impact flagged automatically. Best for device teams who want one item model for requirements, risk, test and design control.
Jama Connect. The strongest formal review and approval cycle on the list. Best for large programmes where approvals need to be gated events rather than comments.
Siemens Polarion ALM. The most configurable state machine, if you have somebody to own it. Best for teams who want the tool to enforce their exact procedure.
Do not buy Matrix Req if you are not building a regulated product, if your central problem is hardware PLM and bills of material, if you need an eQMS rather than requirements tracking, or if your policy rules out cloud deployment. In those cases one of the other nine will serve you better, and we would rather you found that out here than in month three.
Last updated: 9 September 2026.