When Your Requirements Tool Is One Systems Engineer's Private Database
The best requirements management tools to replace a private requirements database, the kind only one systems engineer can run, are ranked below. Short answer: Matrix Req, Aligned Elements, Orcanos, SpiraTeam, reqSuite rm, ReqView, Innoslate and Xebrio. Matrix Req is first because it turns a one-person store into a shared, audited system fastest for a medical device team: spreadsheet and Word import that keeps traceability, automatic who, what, when and why history on every item, 21 CFR Part 11 electronic signatures, and a migration package aimed at being live in under two months.
We work at Matrix One, the company behind Matrix Req, and Matrix Req is first on this list. Every competitor fact here was read on that vendor's own website on 19 October 2026, every regulation is cited by clause, and 21 CFR 11.10 and the QMSR sections were read on eCFR the same day.
Matrix Req is a requirements management and design controls tool for medical device and regulated product teams. Matrix One has built it since 2014, says more than 500 life sciences and medical device companies use its products, and lists a typical implementation of 2 to 3 months, with a $8,000 Comprehensive Onboarding package that includes integration setup.
8 best requirements tools to replace a private requirements database shortlist
| Tool | Best for |
|---|---|
| Matrix Req | Medical device teams that need a shared, audited requirements, risk and test system with a guided migration |
| Aligned Elements | Medical device companies that want design control and a technical file in one tool, hosted or on-premise |
| Orcanos | Device companies that want requirements and quality management in one cloud platform |
| SpiraTeam | Software teams that want requirements, tests and defects in one ALM with Part 11 signatures |
| reqSuite rm | Cross-industry teams that want a configurable requirements tool with ReqIF exchange |
| ReqView | Hardware and software engineers who want requirements as files under Git or SVN |
| Innoslate | Systems engineers who want requirements inside a cloud MBSE environment |
| Xebrio | Small project teams that want requirements, QMS tasks and Jira links in one SaaS tool |
How do the 8 tools compare at a glance?
| Tool | Built for | Strongest on |
|---|---|---|
| Matrix Req | Medical device design control and traceability | Import with traceability preserved, revision history, Part 11 signatures, Jira, Azure DevOps, GitHub and GitLab sync |
| Aligned Elements | Medical device design control and technical files | Part 11 technical controls with a prepared assessment, on-premise option, named device customers |
| Orcanos | Device R&D and quality in one platform | Part 11 signatures, ISO 27001:2022 certified single-tenant cloud |
| SpiraTeam | Software ALM in regulated industries | Built-in Part 11 signatures, audit log with reason for change, published prices |
| reqSuite rm | Requirements across industries | Automatic versioning, baselines, Word, Excel and ReqIF in both directions |
| ReqView | HW and SW systems engineering | Desktop and web apps, ReqIF import and export, published prices with a free tier |
| Innoslate | MBSE and requirements | Real-time collaboration, cloud or own-server deployment |
| Xebrio | General project teams | Low published per-user price, Jira and GitHub links |
What counts as a private requirements database?
It is any requirements store that works only because one person keeps it working. In medical device teams we see four shapes of it again and again: a Microsoft Access or SQL database a systems engineer built years ago, a spreadsheet held together by macros and lookup formulas, a desktop tool installed on one laptop with one licence, and a heavily scripted module in a larger tool that only its original administrator can reconfigure.
The test is not the technology. It is the answer to one question: if that engineer is away for a month, can anyone else add a requirement, change a trace link, regenerate the trace matrix and explain the result to an auditor? If the honest answer is no, the requirements are a personal asset rather than a controlled record.
The warning signs are consistent. Other engineers send change requests by email rather than editing. The trace matrix is "generated" by a script nobody else has read. Backups happen when the owner remembers. Nobody can say which version of a requirement was approved for a given design review, because the database only holds the current value.
None of this means the engineer did bad work. Most of these databases exist because the engineer was the only person who cared enough about traceability to build something. The problem is that the company now depends on it, and the regulations it supports were written for systems, not for individuals.
Why is a one-person requirements tool an audit problem?
Because the regulations that govern design records ask questions a private database cannot answer on its own. Where your requirements are electronic records kept to meet a predicate rule, such as the design and development file under ISO 13485 clause 7.3.10, 21 CFR Part 11 applies to them. Section 11.10 lists the controls for closed systems, and several of them describe exactly what a single-owner database lacks.
| Clause | What it requires | Where a private database usually falls short |
|---|---|---|
| 21 CFR 11.10(a) | Validation of systems for accuracy, reliability and the ability to discern invalid or altered records | Home-built queries and macros are rarely validated, so altered records are not detectable |
| 21 CFR 11.10(c) | Protection of records for accurate and ready retrieval throughout the retention period | Retrieval depends on the owner's laptop, backup habits and memory |
| 21 CFR 11.10(d) | Limiting system access to authorized individuals | Either everyone can edit the file or only one person can |
| 21 CFR 11.10(e) | Secure, computer-generated, time-stamped audit trails; changes must not obscure earlier entries | Most homegrown stores overwrite the old value and keep no history |
| 21 CFR 11.10(i) | People who develop, maintain or use the system have the education, training and experience for it | Only one person has the knowledge, and it is not recorded anywhere |
| 21 CFR 11.10(k)(1) | Controls over the distribution of, access to and use of system documentation | The schema and scripts are undocumented or live in one head |
| 21 CFR 11.10(k)(2) | Revision and change control for systems documentation, with an audit trail | Changes to the database structure itself are untracked |
| ISO 13485:2016 clause 4.1.6 | Validate software used in the QMS before first use and after changes, proportionate to risk | A tool that is quietly changed by its owner is never revalidated |
| ISO 13485:2016 clause 4.2.5 | Records stay legible, identifiable and retrievable for at least the device lifetime, not less than two years from release | Retention depends on one person staying |
| QMSR 21 CFR 820.10(a) and 820.35 | A documented QMS meeting ISO 13485, with record control per clause 4.2.5 plus FDA additions | The FDA now reads your records against ISO 13485 directly |
| EU MDR Annex II | Technical documentation presented in a clear, organised, readily searchable and unambiguous manner | A database only its author can query is not readily searchable |
The FDA's Quality Management System Regulation has applied since 2 February 2026. Section 820.10(a) requires a documented quality management system that complies with ISO 13485, and section 820.35 adds record content on top of clause 4.2.5. The practical effect for this problem is simple: an inspector now reads your record control against the ISO clause, and a requirements store that only one engineer can retrieve from is a record control gap.
Software teams have a second reference. IEC 62304 clause 5.1.9 asks for configuration management planning and clause 8 for configuration identification and change control. A requirements database that changes structure without a record is itself an uncontrolled configuration item.
What actually breaks on the day the engineer leaves?
Usually not the data. The rows are still there. What leaves is the meaning around the data, and that is what an audit asks about.
| What you need | Where it lives in a private database | What a shared requirements tool does instead |
|---|---|---|
| The data model, which fields mean what | In the owner's head, sometimes in table names | Item types and fields are configured in an admin screen anyone with rights can read |
| Trace link rules | Hard-coded in queries or macros | Trace rules are configuration, often with required or optional links flagged |
| The trace matrix | Generated by a script only the owner runs | Generated on demand from live data by any user |
| Change history | Absent, or a manual "changed by" column | Automatic audit trail with who, what and when on every item |
| Approvals and signatures | Emails and initials in a cell | Review workflows and electronic signatures stored with the record |
| Document output | Copy and paste into Word | Templates that render controlled documents from the data |
| Backups and retention | Whatever the owner set up | Vendor-run hosting with defined backup and retention |
| Access control | Shared file or single login | Named users with roles |
The cost shows up later, not on the leaving day. It shows up at the next design review, when nobody can regenerate the matrix, or at the next notified body audit, when someone has to explain why a requirement changed and there is no record of who changed it.
How did we rank them?
We ranked the tools on what matters for this specific move, not on general feature count. Each criterion below answers a failure in the tables above.
| Criterion | What it means |
|---|---|
| Shared by default | Named users with roles, concurrent working, no single owner holding the keys |
| Audit trail and signatures | Automatic change history on every item, and electronic signatures where the vendor claims 21 CFR Part 11 support |
| Import path | A documented way to bring in Excel, Word, CSV or ReqIF data with structure and links intact |
| Configuration you can read | The data model and trace rules are set in an admin interface, not in code only one person understands |
| Medical device fit | Templates or documented support for ISO 13485, IEC 62304 and ISO 14971 work |
| Continuity | An active vendor or project, published support routes, and an export path so you are never locked in again |
Every competitor fact below was read on the vendor's own website on 19 October 2026. We did not use review sites, and we only quote prices that a vendor publishes itself.
Which 8 tools are best for replacing a private requirements database?
1. Matrix Req
Matrix Req is first because every part of the private-database problem has a stated answer on its product page. Requirements, specifications, risks and test cases live in one repository where "every item is versioned, searchable, and auditable". Every change is tracked with a revision history covering who, what, when and why, items can be locked at design freeze with labels, and signed snapshots of documents are kept for submissions.
The import is the part that matters most for this move. Matrix Req maps Excel columns or Word sections to Matrix fields and imports requirements, risks, tests and specifications "with full traceability preservation", and the product page says some datasets take 1 to 2 hours. For a messier legacy store, the full data migration package aims to have a team running in less than 2 months, and our customer success team has built migration tools for exactly this kind of set-up.
Trace rules are configuration, not code. Standard traces are predefined, each can be set as optional or required, and the tool flags broken, missing or outdated traces, so the logic that lived in one engineer's queries becomes something any administrator can read. A CTO quoted on the product page puts the case directly: with Matrix Req, "we avoid all the challenges of using manual or custom-developed tools".
Document output replaces the copy-paste step. The technical documentation generation module builds documents from live project data, exports Word, PDF, HTML or Excel, runs review workflows and applies FDA 21 CFR Part 11 compliant electronic signatures. Native bi-directional integrations cover Jira, Azure DevOps, GitHub and GitLab, and the Compose module keeps a shared base library of requirements across product lines.
Built for: medical device and regulated product teams that need requirements, risk, verification and design control in one audited system. See the Matrix Req product page for the full feature list.
2. Aligned Elements
Aligned Elements, from Aligned AG in Zürich, was founded in 2006 by medical device developers and describes itself as design control management for medical device companies. It runs as Aligned-hosted SaaS, in your own cloud or on-premise, on a web client and a Windows client, with floating and named licences and Entra ID single sign-on.
Its compliance claims are the most specific in this set after ours: Aligned says it "implements the technical controls for 21 CFR Part 11", captures the project audit trail automatically and ships a prepared Part 11 assessment and a validation package.
It imports Word, Excel via CSV, ReqIF and XML, exports a full XML archive with change logs and traces, and states "You will never be locked-in." It lists Jira, GitLab, GitHub and Azure DevOps among its integrations, publishes its prices with a 30-day trial, and names Abbott, Biotronik and Coloplast among its customers.
Built for: medical device companies that want design control and a technical file in one tool, including teams that must stay on-premise.
3. Orcanos
Orcanos combines application lifecycle and quality management for medical device companies, and says more than 100 device companies use it, from pre-market start-ups to GE HealthCare. It runs on AWS as a single-tenant cloud with a separate database per customer, is ISO 27001:2022 certified, and offers role-based access, SAML single sign-on and IP restriction.
For this move, Orcanos imports and exports requirements to and from Word and Excel, claims a "complete, real-time audit trail for every record, approval, and change", and supports FDA 21 CFR Part 11 electronic signatures. Online document review lets several users review, edit and approve at once. It covers ISO 14971 risk, FMEA, ISO 13485, IEC 62304 and EU MDR, integrates with GitHub, Jira and Azure DevOps, and lists plan tiers starting at 3 users, 5 viewers and 3 projects without publishing prices.
Built for: medical device R&D and quality teams that want requirements and QMS on one platform.
4. SpiraTeam
SpiraTeam from Inflectra, based in Silver Spring, Maryland, is an application lifecycle tool covering requirements, tests and defects, positioned between agile delivery and regulatory compliance. It runs in the cloud or on-premise with concurrent licensing and unlimited named users and projects.
Its healthcare page describes a built-in 21 CFR Part 11 electronic signature facility tied to workflows, and an audit log that records user, timestamp, change and reason. Excel and Word add-ins handle import, and a Jira migration tool and Jira add-on cover the most common neighbour. Inflectra publishes its prices: the cloud edition for 3 concurrent users is listed at $1,903.93 a year, with a 30-day trial.
Built for: software teams in regulated industries that want requirements, test management and defects in one ALM.
5. reqSuite rm
reqSuite rm, from OSSENO Software in Kaiserslautern and part of PeakAvenue GmbH since September 2025, is a general requirements tool used, it says, by more than 100 companies in 15 countries. It runs locally, in the Azure cloud or on-premise and claims ISO 27001.
Its strengths for this move are history and exchange. reqSuite "automatically creates new versions for every change", supports baselines, version comparison and impact analysis, and reads and writes Word, Excel and ReqIF. Roles, rights, edit locking and approval workflows stop content being overwritten, and bidirectional integrations include Jira, Azure DevOps and GitLab. Its FAQ says it helps with IEC 62304 alongside automotive and rail standards. Prices are not published; it offers a configured pilot instead of a free trial.
Built for: product development teams across industries that want a configurable requirements tool with strong exchange formats.
6. ReqView
ReqView, from Eccam in Prague, is a requirements tool for hardware and software systems engineers with desktop apps for Windows, Linux and macOS and a web app. Its latest release, 2.22.4, shipped on 29 September 2026, and it says it has more than 26,000 users in over 150 countries.
ReqView is file-based: projects are files shared through a network drive, a cloud drive, Git or SVN, with document locks held in the repository. That makes it a real step up from a private database, with object and project history and a propose, review and approve flow, while keeping the files in your own version control.
It imports Word, Excel via CSV and ReqIF, exports Word, Excel, PDF, HTML, CSV and ReqIF, and integrates with Jira Cloud on its Team plan. Prices are published: Pro at €440 per user a year and Team at €600, with a free tier for one small document.
Built for: engineers who want requirements as version-controlled files with ReqIF exchange.
7. Innoslate
Innoslate, from SPEC Innovations in Manassas, Virginia, launched in December 2012 as a cloud-native model-based systems engineering and requirements tool, and the company dates to 1993. It runs on Innoslate Cloud on AWS or on your own server, with government cloud options.
For a team leaving a single-user store, its real-time collaboration in the same view at no extra cost is the headline, along with baselines, branching and history "of all changes at the entity level", audit trails and role-based access. It imports Word and Excel via CSV and exports both, and lists document baselining with signatures. Prices are not published; a free cloud sandbox account is offered.
Built for: systems engineers who want requirements inside a model-based systems engineering environment.
8. Xebrio
Xebrio, from Xebcore Inc. in San Jose, California, is a SaaS tool that combines requirements, QMS tasks and compliance tracking for project teams. Up to five users can edit simultaneously in real time, with activity history, user access control, versioning and an approval workflow.
It imports CSV, exports CSV, JSON, Word and PDF, and links Jira issues and GitHub to requirements. It is the lightest tool on this list and the cheapest to try, with unlimited users and a 14-day trial.
Built for: small project teams that want requirements and lightweight quality tasks in one inexpensive SaaS tool.
What is Matrix Req built for, and what would you buy alongside it?
Matrix Req is built for medical device teams that need their requirements, risks, tests and design documents in one shared, audited system, and want help getting the old data in. That is the job it is ranked first for here.
Two other strengths on this list are real and worth naming. Aligned Elements and SpiraTeam both publish their prices and offer 30-day trials, and ReqView publishes per-user prices with a free tier; Matrix Req publishes only its $8,000 Comprehensive Onboarding figure, so a buyer who needs a list price before the first call will get it faster from those three. And Aligned Elements ships a prepared 21 CFR Part 11 assessment with its validation package, which is a head start for a quality team writing its own assessment.
Teams whose engineers want requirements to live in Git as plain files can run ReqView or the open-source Doorstop alongside a design control system, keeping software-level requirements next to the code and system-level traceability in Matrix Req.
Which other tools did we look at?
Three more came up and did not make the ranked eight for this specific move. Doorstop is an open-source tool, LGPLv3 licensed and actively maintained, that stores each requirement as a YAML file in Git and publishes HTML, Markdown and PDF. It is built for developers who are comfortable owning their own tooling, since there is no commercial vendor behind it.
SoftComply, founded in Tallinn in 2016, builds risk, document control and eQMS apps inside Jira and Confluence, with 21 CFR Part 11 signatures for Confluence documents; requirements live as Jira issues rather than in a dedicated module. Valispace is now Altium's Requirements Portal, focused on linking requirements to schematics, PCB and bill of materials for electronics teams.
For the wider market, including the large enterprise suites, see our ranking of the best requirements management software and the requirements traceability matrix software comparison.
How do you move requirements out of a private database without losing the links?
Plan the move around the links, not the rows. Rows import easily; trace relationships, approval states and history are what get lost. This sequence keeps the old system as evidence until the new one is proven.
Freeze the old database for structural changes, and record the date in a short memo. From here on, only content edits are allowed, and they are logged.
Sit with the owner for a recorded walkthrough of the data model: every table or sheet, every field, every link type and every script that produces an output.
Export everything to plain formats, CSV or Excel per item type, plus a separate file of trace links as pairs of IDs. Keep the original IDs; they appear in your existing design documents.
Map each old field to a field in the new tool, and each old link type to a trace rule. Decide now which links are required and which are optional.
Run a pilot import of one product or one subsystem. Count items and links on both sides and reconcile any difference before going further.
Regenerate one controlled document, such as the trace matrix or the software requirements specification, from the new tool and compare it with the last approved version.
Run both systems in parallel for one design review cycle, with the new tool as the system of record and the old one read-only.
Archive the old database read-only with its export files and walkthrough recording, and keep it for the ISO 13485 clause 4.2.5 retention period, the device lifetime and not less than two years from release.
Matrix Req's own figures for this kind of move: its import "maps your Excel columns or Word sections to Matrix fields" with traceability preserved, some datasets import in 1 to 2 hours, and the full data migration package targets being up and running "in less than 2 months". Our guide to moving requirements out of Excel has a 13-row table of what survives a spreadsheet import and what does not.
Who should own the new tool so this does not happen again?
A team, with the ownership written down. The point of the move is to turn a person into a process, and 21 CFR 11.10(i) and (k) describe what that process needs: trained people, documented configuration and change control over that documentation.
Name at least two administrators, and record both in the tool's access list. One owner is how you got here.
Keep the configuration, item types, fields and trace rules in the tool's admin interface and export it after every change, so 11.10(k)(2) has its revision history.
Write a one-page procedure for requesting configuration changes. The engineer who built the old database is usually the best person to write it.
Record training per ISO 13485 clause 6.2 for everyone who edits or approves requirements, not just for the administrators.
Review user access at each management review, so leavers lose their accounts and the role list stays current.
Do you need to validate the new tool?
Yes, in proportion to its risk. ISO 13485 clause 4.1.6 requires documented procedures for validating software used in the quality management system, before first use and after changes, with the effort proportionate to the risk of its use. 21 CFR 11.10(a) asks for validation of the system as well.
The vendor can carry part of this. Matrix Req offers a validation project that includes plans and reports, test scripts and traceability matrices, and a reviewer on our product page singles out the validation template as "an excellent basis" for the essential functions. The intended use, the risk assessment and the acceptance decision stay with you. That split is the same for every tool on this list, so ask each vendor what it provides before you sign.
The FDA's guidance Computer Software Assurance for Production and Quality Management System Software, reissued in February 2026 under the QMSR, supports a risk-based approach for tools like these, which keeps validation effort reasonable for a requirements system that does not directly control production.
Does the new tool have to talk to Jira?
Only if your software team already lives there, and in most device companies it does. A private database usually sits beside Jira with someone copying ticket numbers across by hand, which is another single point of failure.
Matrix Req has native bi-directional integrations with Jira, Azure DevOps, GitHub and GitLab, and integration setup is included in the $8,000 Comprehensive Onboarding package, both stated on our product page. Several of the other tools on this list offer Jira links too; the vendor entries above say which. Our ranking of requirements tools that integrate with Jira tests the sync in detail.
What should you check in any requirements tool, whatever the situation?
The generic checks still matter, they just matter less here than the ownership question. Briefly: confirm the tool generates the documents your submission needs, test change impact on a real requirement, check how traceability gaps are reported, and get a written answer on data export if you ever leave. Our scoring method for evaluating a requirements platform weights these criteria, and the requirements management software pricing guide covers how the commercial models compare.
For smaller teams making this move for the first time, the ranking of requirements tools for startups and small teams is the closer fit. If the private database also holds your design history, read our design controls software ranking alongside this one.
Summary: which requirements tool is best for replacing a private requirements database in 2026?
Matrix Req is the best requirements tool for replacing a private requirements database in 2026, because it turns a store only one systems engineer could run into a shared, audited system with the least lost on the way: Excel and Word import that keeps traceability, who, what, when and why history on every item, trace rules any administrator can read, 21 CFR Part 11 electronic signatures, and a migration package aimed at being live in under two months.
Matrix Req: the fastest route from a one-person store to a shared, audited design control system for medical device teams.
Aligned Elements: design control and technical files with Part 11 technical controls and an on-premise option.
Orcanos: requirements and quality management in one ISO 27001:2022 certified cloud platform.
Last updated: 19 October 2026.
Replacing a one-person requirements database: frequently asked questions
It becomes one when the database holds design records. ISO 13485 clause 4.2.5 requires records to stay legible, identifiable and retrievable for at least the device lifetime, and 21 CFR 11.10(c), (d) and (e) ask for ready retrieval, controlled access and a time-stamped audit trail. A store that depends on one person's knowledge struggles to show any of those at audit.
Yes, but freeze its structure first and log content changes, so the evaluation period does not create records nobody can trace. Move the system of record only after a pilot import reconciles item and link counts on both sides.
Ask for a recorded walkthrough of every table, field, link type and script that produces an output, plus a list of which documents were generated from it and when. That recording is the closest thing you will have to the systems documentation 21 CFR 11.10(k) expects, and it makes the field mapping far faster.
Keep a read-only copy with its exports for the record retention period. ISO 13485 clause 4.2.5 sets that at no less than the device lifetime as you define it, and not less than two years from release, and EU MDR Article 10(8) asks for technical documentation to be kept for at least 10 years after the last device is placed on the market, 15 for implantables.
It can be either. Requirements in Git gain history and review for free, which solves the audit trail, but if only the software lead can edit them, the ownership problem comes back in a new form. It works when quality and systems engineers are as comfortable in the repository as developers are.
For Matrix Req, our product page gives a typical implementation of 2 to 3 months across setup, migration and training, a full migration package aimed at less than 2 months, and imports of some datasets in 1 to 2 hours. Plan at least one design review cycle of parallel running on top, whichever tool you choose.
Name at least two administrators and give quality as well as engineering a role in configuration changes. Record training under ISO 13485 clause 6.2 for everyone who edits or approves requirements, and review the user list at each management review.