Criterion 1
Multi-tenant operating model
Separate organisations, sites, suppliers, customers, users and permissions without copying data into disconnected portals.
Platform evaluation guide
Digital Product Passport Software: A Buyer’s Guide for Manufacturers
How to evaluate a DPP software platform for product identity, structured data, evidence, access governance, enterprise integration and lifecycle traceability—before committing to a pilot.
Updated 15 September 2026For B2B manufacturing teamsVendor-neutral evaluation framework
The buying decision
Choose infrastructure, not a digital label
A data carrier is only the doorway to a Digital Product Passport. The platform behind it must govern the product identity, authoritative data, supporting evidence, stakeholder access, updates and integrations that keep the passport useful over time.
For manufacturers, the strongest buying question is not “Can this tool generate a QR code?” It is “Can this platform operate a trustworthy product-data system across products, organisations and lifecycle events?”
Platform selection
Eight capabilities to evaluate in Digital Product Passport software
Score each capability against a real product family, real source systems and real stakeholder roles. A polished demonstration is not a substitute for an end-to-end workflow.
Criterion 2
Model, batch and item identity
Support the passport level specified for each product group while preserving the relationship between shared master data and serialised history.
Criterion 3
Flexible identifiers and carriers
Resolve standards-based identifiers through QR, NFC or other suitable carriers without binding the passport to one label technology.
Criterion 4
Configurable product data
Create versioned templates for different product groups, markets and evolving delegated acts instead of forcing every product into one static record.
Criterion 5
API-first interoperability
Exchange structured data with ERP, PLM, PIM, MES and supplier systems using governed interfaces rather than manual re-keying.
Criterion 6
Evidence and version history
Connect declarations, certificates, test evidence and instructions to the correct product version, with controlled updates and an auditable history.
Criterion 7
Role-based access
Give customers, partners, service teams, auditors and authorities only the information their role is permitted to access.
Criterion 8
Lifecycle and continuity
Maintain product history through inspection, repair, refurbishment and end-of-life events, with a credible plan for persistence and data portability.
Avoid a false comparison
QR code generator vs Digital Product Passport platform
| Capability | Basic QR tool | DPP software platform |
|---|---|---|
| Product access | Creates a scannable link | Resolves a governed product identity to the correct passport |
| Data model | Usually a page or destination URL | Structured, versioned model, batch and item data |
| Evidence | Links to files | Controls evidence ownership, versions, validity and visibility |
| Stakeholders | One public experience | Role-based access for multiple organisations and actors |
| Integration | Manual content updates | APIs and workflows for enterprise and supplier systems |
| Lifecycle | Static destination | Auditable corrections, events and long-term product history |
2026 standards check
Ask how the architecture addresses the harmonised DPP standards
In July 2026, the Commission published references to six harmonised standards supporting ESPR Articles 10 and 11. Buyers should ask vendors to explain their architecture against the relevant requirements—not accept a vague “standards-ready” badge.
EN 18216:2026
Data exchange protocols
EN 18219:2026
Unique identifiers
EN 18220:2026
Data carriers
EN 18221:2026
Data storage, archiving and persistence
EN 18222:2026
Lifecycle-management and searchability APIs
EN 18223:2026
System interoperability
Vendor due diligence
Ten questions for your DPP software shortlist
Require specific answers, example data and a working product flow. The purpose is to expose architectural gaps before procurement or large-scale data migration.
- 1Can the platform separate multiple legal entities and supply-chain participants?
- 2Can one data model support model, batch and serialised-item passports?
- 3How are identifiers, data carriers and resolver links managed over time?
- 4Which data is structured and machine-readable rather than stored only in PDFs?
- 5How are ERP, PLM, PIM, MES and supplier integrations implemented?
- 6Can access rights differ for public users, partners, auditors and authorities?
- 7How are corrections, approvals, evidence versions and lifecycle events audited?
- 8What happens to passport data if the service provider changes or ceases trading?
- 9How does the architecture address the applicable EN 18216–EN 18223 standards?
- 10Can the vendor demonstrate the complete physical-product-to-passport workflow?
Pilot before you scale
Evaluate UniQorn Trace™ with one real product family
UniQorn Trace is a multi-tenant DPP SaaS platform connecting product identity, structured records, controlled evidence, role-based access and lifecycle events for B2B supply chain traceability.
Model, batch and item identityQR and NFC accessGranular permissionsAPI-first architecture
Bring one product. Test the complete chain.
Product → identity → carrier → structured data → evidence → permissions → lifecycle update → published passport.
Schedule a 15-minute discovery callCommon questions
Digital Product Passport software FAQ
What is Digital Product Passport software?
Digital Product Passport software connects a physical product and its identifier to structured product data, evidence, access rules and lifecycle information. A credible platform also supports governance, integrations, updates, security and long-term availability.
Is a QR code generator enough for a Digital Product Passport?
No. A QR code can provide access, but it does not by itself manage authoritative data, product hierarchy, evidence, permissions, integrations, version history or lifecycle updates.
Does DPP software guarantee ESPR compliance?
No. Software can support the required data and operating controls, but compliance also depends on the applicable product-specific law, product design, supplier evidence, data accuracy and the responsible economic operator’s processes.
Should manufacturers build or buy a DPP platform?
The answer depends on existing architecture and internal capability. Manufacturers should compare the cost of product identity, access control, evidence management, interoperability, security, persistence and ongoing regulatory change—not only the cost of a user interface.
How should a manufacturer start evaluating DPP software?
Begin with one representative product family and a real data inventory. Test identity, carrier access, structured fields, evidence, permissions, integrations and lifecycle changes end to end before scaling.
Primary sources
See Regulation (EU) 2024/1781, particularly Articles 9–11, and Commission Implementing Decision (EU) 2026/1736 for the published references to harmonised DPP standards. Verify the current consolidated law and product-specific measures applicable to your products.
Editorial note: This buyer’s guide provides general information, not legal advice, certification or a claim of regulatory conformity.