Quick Answer
Regulatory submissions software helps pharmaceutical teams coordinate submission documents, publish electronic dossiers, validate packages, and track regulatory work. These are separate capabilities: an eCTD publisher creates the package, a document system controls its source content, and a regulatory information management system tracks products, applications, and activities. Choose the combination that closes your workflow gap.
If you are comparing submission management software, first decide what must improve: document readiness, package production, or visibility into deadlines and agency correspondence. Buying a publisher will not by itself solve an ownership problem, and adding a tracking dashboard will not produce a submission package.
This guide helps you write the requirements before requesting demos. For named product shortlists, use our best regulatory submissions software comparison.
Download the regulatory submissions buyer workbook
Use the workbook during requirements meetings and vendor demos. It includes the approved-revision example below, a case where the newer revision is still under review, a transmitted-package correction, and a handoff record from planning through retention. The Scope sheet gives your team a reusable blank brief. Example records are fictional.
Download the editable buyer workbook (.xlsx)
Start by filling the authority, application history and format fields. Then assign an owner to each mandatory requirement and retain the evidence from the same exercise for every candidate. Leave an unanswered requirement unresolved; a sales promise does not count as a demonstrated result.
Which category of software do you need?
| Your immediate problem | Capability to evaluate | Evidence to request |
|---|---|---|
| Reviewers work on different document versions | Controlled document management and review | Approved source version linked to the published rendition |
| Final documents must become an eCTD sequence | Regulatory publishing software | Exported package for your authority, application, and version |
| Technical errors appear late | eCTD validation | Versioned report, issue location, correction, and rerun |
| Nobody can confidently explain what is due | Submission planning and tracking | Owner, due date, dependency, status, and supporting record |
| Teams cannot reconcile product status across markets | RIM | Product-to-registration relationships and traceable lifecycle changes |
| Summaries disagree with supporting reports | Content review and evidence reconciliation | Source-linked discrepancy assessment with human disposition |
An integrated suite may cover several rows, but establish the licensed application for each. For example, Veeva distinguishes Submissions content management from Submissions Publishing. Ennov similarly describes RIM separately from its Dossier publishing product. A vendor name alone does not define the purchased workflow.
Map the handoffs from authoring to submission tracking
Use this operating model to identify missing controls. It is a proposed requirements worksheet, not a statement that every system provides every capability.
| Stage | Responsible role to name | Record that should survive the handoff |
|---|---|---|
| Plan the submission | Regulatory lead | Application, authority, scope, owner, target date |
| Author and review | Author and reviewer | Source version, comments, evidence, approval decision |
| Assemble and publish | Publisher | Content plan, selected versions, output package |
| Validate and resolve | Publisher and QC reviewer | Rule-set version, findings, dispositions, final report |
| Transmit | Authorized submitter | Exact package sent and transmission records |
| Track agency activity | Regulatory operations | Acknowledgments, correspondence, requests, owners, deadlines |
| Maintain the application | Regulatory lead and publisher | Subsequent submissions and their relationship to prior content |
Treat “published,” “transmitted,” and “received” as distinct states in your requirements. FDA separates preparation, gateway setup, and submission in its eCTD submission instructions. A successful software export does not establish agency receipt.
A practical example: replacing an approved document
Assume a team has approved a report and included it in a package, then discovers a correction before transmission. A useful demo should show who can reopen the report, how the new version is approved, which package content becomes stale, and how QC is repeated. The tracking record should still distinguish the rebuilt package from anything previously transmitted.
Now change the scenario: the package has already been sent. The vendor should demonstrate the applicable subsequent-submission workflow, not silently overwrite the historical package. This single exercise tests document control, publishing, lifecycle handling, and tracking together.
For content shared across programs, use the regulatory content-reuse exercise to assess which drafts change and which historical outputs remain fixed.
Build a requirements brief vendors can answer
Copy these fields into your procurement brief. Mark each requirement mandatory, preferred, or outside the first release. Leave unknown answers explicit.
| Requirement | What to specify |
|---|---|
| Filing scope | Product type, application type, receiving authority, region, eCTD version |
| Existing history | New application or ongoing lifecycle; number and location of previous sequences |
| Workload | Concurrent applications, annual sequences, peak deadlines, typical package size |
| Users | Authors, reviewers, publishers, administrators, external consultants |
| Source systems | Where approved documents live; how versions and permissions are retained |
| Validation | Required regional profile, report retention, update process, QC owner |
| Transmission | Who submits, which channel applies, how acknowledgments enter the record |
| Tracking | Which statuses, dates, commitments, and correspondence must be connected |
| Implementation | Named owners for configuration, migration, training, and intended-use validation |
| Exit | Exported content, history, metadata, audit records, and contractual access |
Make the version field explicit. FDA accepts new v4.0 applications; its current implementation page still places v3.2.2 forward compatibility in a future phase. That affects an existing-application purchase differently from a new-program purchase. FDA implementation status.
For another authority, verify that authority's applicable implementation materials before accepting a vendor's “global support” answer. This article focuses on pharmaceutical dossier workflows; device, veterinary, and other submission pathways need their own requirements.
Evaluate validation without confusing three different jobs
Package validation checks an electronic submission against the applicable technical criteria. Content review examines the evidence, completeness, and consistency of the documents. Computer system validation establishes whether your configured software is fit for its intended use. A vendor may offer help with all three, but one result does not substitute for the others.
For package validation, request a report that identifies the profile, software version, findings, and affected files. For content review, ask the reviewer or tool to show the source passages behind a discrepancy. For system validation, agree what the vendor supplies and what your organization must specify, execute, and approve.
Evaluate AI-assisted functions by the output and its limitations. A useful flag should identify the conflicting passages, explain the suspected issue, and allow a reviewer to reject the finding. An AI label does not establish accuracy, regulatory acceptance, or coverage of every document.
Our eCTD validation software comparison provides a more detailed evaluation protocol.
Check integrations at the document-version boundary
“Integrates with SharePoint” or “has an API” is too broad for a purchasing decision. Use one representative approved document and ask the vendor to demonstrate:
- Import of its content, version identifier, and required metadata.
- Access behavior for an unauthorized user and an external reviewer.
- Detection of a newer source version after package assembly.
- A recoverable failure when the source system is unavailable.
- Export of the final document and its relationship to the submission.
Ask which parts use a supported connector, configuration, custom development, or manual transfer. Record implementation and ongoing ownership for each. An integration demo should not count as complete if someone quietly downloads and uploads files between systems without documenting that step.
The SharePoint-to-eCTD integration guide tests whether the exact approved source version survives the handoff. Evaluate Assyro document management with the approved-version and access-boundary tests in this section.
Define dates and statuses before importing data
A field called “submission date” can represent a target, a transmission, or a recorded receipt. Give each meaning its own definition and source evidence. When migrating a spreadsheet, preserve the original value and resolve ambiguous records with the responsible owner instead of silently assigning a meaning.
Use the same discipline for statuses such as “complete” and “approved.” Specify what was completed, who approved it, and which record supports the label. This avoids a tracker that appears accurate while combining document approval, internal task completion, and agency outcomes in one column.
The health-authority response software guide separates an agency question from its response actions and closure evidence.
Match the operating model to your team
Small biotech with an occasional filing: compare a focused publishing arrangement with an outsourced service. Retain a named owner for source approval, final QC, and records even when a service provider performs publishing. A broad RIM rollout is justified only if its additional tasks matter now.
Multi-product regulatory team: evaluate shared product and application records, reusable content, portfolio visibility, and controlled handoffs. The decisive requirement may be knowing which markets need action after a change, rather than generating another package faster.
Consultancy serving several sponsors: demonstrate client separation, role changes, concurrent workloads, sponsor review, and a complete client handover. Include consultant access and client export rights in the contract.
These are decision scenarios, not recommendations based solely on company headcount. A small organization with many licensed products may have more complex tracking needs than a larger company developing one program.
Compare cost and implementation on the same scope
Request year-one and ongoing costs for licenses, configuration, migration, validation support, training, standards updates, integrations, and internal labor. Include the costs of retained systems and publishing services. Our eCTD software cost worksheet and worked examples show how to normalize these inputs.
Before selection, ask your preferred vendor to turn the requirements brief into a delivery plan: named owner, evidence of completion, dependency, and acceptance decision for each workstream. Do not accept an implementation date that excludes the tasks your team must finish before production use.
A reusable requirements record with an acceptance decision
For each mandatory requirement, create a short record that a vendor can answer and your team can evaluate. Include the business task, the input, the required result, the evidence to retain, the responsible owner, and the current decision. Avoid a requirement such as “system must be compliant” that nobody can test as written.
Here is a worked example for a document-version handoff:
| Field | Illustrative entry |
|---|---|
| Business task | Publish the approved revision of a source report |
| Starting state | Revision A is approved and included in a working package |
| Trigger | Revision B is approved before final package release |
| Required result | The operator can identify the affected package content and deliberately update it |
| Evidence | Source revision, published rendition, operator action, final QC record |
| Failure condition | Revision A remains without an explicit decision, or the software silently changes a released historical package |
| Owner | Publisher, with the document reviewer approving source changes |
Now add a boundary case: revision B exists but is still under review. The system should not treat its mere existence as permission to publish it. Whether the workflow blocks the action or requires an authorized exception depends on your defined process; make that choice explicit and test it.
This is more useful than counting how many vendors advertise version control. It establishes the behavior your organization actually needs and the record that demonstrates it.
Decide what belongs in the first implementation
Separate immediate filing requirements from later portfolio improvements. A first implementation might cover one application, one format, defined users, the approved-document handoff, package validation, and records retention. A later stage might connect broader registration records or automate a second source-system integration.
Do not stage away a requirement that is essential to the first filing. If the application already has history, lifecycle continuity belongs in the first scope. If several sponsors use the environment, client separation belongs there too. Staging reduces unnecessary work; it should not hide a mandatory dependency until after purchase.
Use a delivery table with workstream, prerequisite, accountable owner, acceptance evidence, and fallback. Request it from the vendor and fill in the tasks your team owns. Training completion alone is not proof that a user can perform the assigned production task; have the user execute a representative cycle.
Review the workflow after the first completed cycle
Once the process is operating, compare the observed work with the buying assumptions. Record the time spent assembling, correcting, reviewing, and handing over the package. Separate waiting for approved source content from time spent in the software so that the tool is not credited or blamed for every delay.
Review the number and nature of issues, not just a raw error count. A second validation run may find fewer errors because the first run helped correct them, because a profile changed, or because checks did not finish. Retain enough context to distinguish those explanations.
Ask whether the tracker accurately reflected the workflow and whether the final record can be retrieved by someone who did not perform the submission. That retrieval exercise tests whether the team created a reusable operating process or merely completed one filing through individual effort.
Use the findings to refine configuration, training, responsibilities, and the next phase of implementation. Expand the software scope when the evidence identifies a missing capability; avoid adding modules solely because they were included in a broad original shortlist.
Turn the requirements into a shortlist
Choose two or three candidates whose documented product scope matches the mandatory requirements. Run the same document-change and submission-tracking scenario with each. Record demonstrated, partial, and unresolved outcomes separately; a roadmap statement leaves a current mandatory requirement unresolved.
Use the vendor comparison for product boundaries or compare broader regulatory submissions platforms for publishing versus RIM choices.
To include Assyro in that evaluation, request a demo with your authority, application type, format, and workflow requirements. Ask for a current capability statement and inspect the exact output needed for your use case.
About the author
Assyro Team
Expert regulatory operations consultants helping pharmaceutical companies navigate complex compliance challenges.


