Build the passport around the ESPR rule set: product-specific delegated acts, mandatory data, identifiers, data carriers, access rights, registry checks, and evidence.
This page helps turn DPP compliance into a controlled operating model for product, master data, supply chain, IT, customs, and market surveillance readiness.
The EU Digital Product Passport is not only a QR code or product page. Under the Ecodesign for Sustainable Products Regulation, passport obligations are set through product-specific delegated acts and are tied to conformity, technical documentation, unique identifiers, access rules, registry data, and the economic operator that places the product on the EU market.
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Section 1
What does DPP compliance require under ESPR?
Start by confirming whether the product is covered by an ESPR delegated act that requires a digital product passport. The delegated act controls the product group, the data to include, the passport level, the applicable conformity assessment, and any product-specific information rules.
For covered products, the manufacturer must make a digital product passport available before placing the product on the market or putting it into service. Importers must check that the passport exists before placing covered products on the market. Treat the passport as part of the conformity system, not as a separate marketing asset.
Identify the applicable product group and delegated act before selecting passport fields.
Confirm whether the passport is required at model, batch, or item level.
Connect passport publication to conformity assessment, technical documentation, EU declaration of conformity, and CE marking where applicable.
Keep the passport data accurate, complete, up to date, and available for the period required by the delegated act.
Assign the accountable economic operator for the product placed on the EU market.
The passport data model should be built from the delegated act and Annex III categories, not from a generic sustainability questionnaire. ESPR lists possible passport elements such as the unique product identifier, GTIN or equivalent identifier, commodity codes, compliance documentation, instructions, manufacturer and importer information, operator identifiers, facility identifiers, and the backup service provider reference.
The data carrier must resolve to the right passport record and remain usable through the product life cycle where possible. CEN-CENELEC guidance separates the design choices for product, operator, facility, and registry identifiers from the carrier and portal choices, which helps teams avoid hard-coding one QR destination before the data model and access model are stable.
Commission Implementing Decision (EU) 2026/1736, in force from 15 July 2026, cites six EN 182xx:2026 standards for data exchange, unique identifiers, data carriers, storage and persistence, lifecycle APIs, and system interoperability. Conformity with a cited standard provides a for the ESPR Articles 10 and 11 requirements it covers. It does not replace the delegated act, conformity assessment, technical documentation, or product-specific field and access decisions.
Create a field inventory that maps each passport field to the delegated act, source system, owner, validation rule, and publication status.
Select the identifier level: product model for shared technical data, batch for lot-specific production or logistics data, or item for individual traceability events.
Map product identifiers, operator identifiers, facility identifiers, commodity codes, and any registration identifier separately.
Document the data carrier format, placement, resolver behavior, fallback access path, and authenticity controls.
Use an open machine-readable structure and data dictionary so passport data can be exchanged without vendor lock-in.
Keep a standards matrix naming the applicable 2026 edition, the Article 10 or 11 requirement covered, the implementation evidence, and any requirement handled through another documented technical solution.
Access rules, registry, portal, and customs readiness
A compliant DPP separates public information from restricted information. ESPR expects differentiated access by data type and stakeholder, while protecting confidential business information and personal data. Customers should be able to access public information without turning that access into unnecessary personal-data collection.
The Commission launched the EU DPP Registry and a separate testing environment on 20 July 2026. The Registry is an indexing service for unique identifiers, registration data, and high-level metadata, not the full passport repository. Economic operators can enrol an organisation and register or manage DPPs through the user interface or API; customs and market-surveillance uses remain subject to the applicable product legislation and access rules.
Classify every field as public, restricted to authorities, restricted to business roles, or internal-only until a delegated act requires disclosure.
Define stakeholder roles for customers, repairers, recyclers, market surveillance authorities, customs authorities, importers, distributors, and supplier contributors.
Keep confidential business information out of public views unless the delegated act requires publication.
Prepare registry payloads for unique identifiers, relevant commodity codes, and any registration identifier required by the Commission process.
Test customs and market-surveillance retrieval paths before launch, including restricted document access and authority-response workflows.
Most passport failures start upstream: supplier declarations, materials data, recycled content evidence, component identifiers, and facility information are accepted without validation rules. The DPP owner should run supplier data through the same control discipline as product master data and conformity documentation.
Governance should cover who may create, approve, update, restrict, or retire passport data. CEN-CENELEC guidance recommends considering versioning, timestamps, authentication, access rights, backup, and third-party verification options because the passport remains useful only if users can trust the data and detect changes or tampering.
Require suppliers to provide field-level evidence for claims used in the passport, not only general sustainability attestations.
Validate supplier values against allowed units, calculation methods, standards, delegated-act definitions, and product identifiers.
Record who supplied each value, who approved it, when it changed, and which product model, batch, or item it belongs to.
Use versioning and timestamping for data changes after passport publication.
Define backup ownership with an independent DPP service provider and test recovery from the backup record.
A DPP evidence file should let a decision owner or authority trace each published field back to the rule, system, supplier record, calculation, approver, and publication event. Keep this evidence with the product's technical documentation rather than in a separate web-content workflow.
Do not add unsupported penalties, fixed thresholds, or launch dates to the passport plan unless the applicable delegated act or official implementation act supplies them. Where the regulation leaves details to future product-specific rules, mark the field as pending instead of filling it with a generic claim.
Delegated-act applicability record for the product group and passport level.
Passport field matrix with legal basis, data owner, source system, validation rule, access class, and update trigger.
Identifier and data-carrier design record, including resolver tests and authenticity checks.
Supplier evidence pack for every externally sourced claim or component-level value.
Registry and portal readiness log covering identifier payloads, commodity codes, search behavior, and restricted-access tests.
Conformity pack linking passport data to technical documentation, EU declaration of conformity, and authority-response procedures.
Publishes the references and editions of six harmonised DPP standards and establishes their presumption-of-conformity effect for covered ESPR Articles 10 and 11 requirements.
Binding source for the secure Registry interface, registration API, identity and authorisation controls, automated validation, semantic repository, and logging, effective from 6 August 2026.
CEN-CENELEC guidance addresses supplier and life-cycle information exchange, validation, traceability, security, versioning, and trust in passport information.
"information contained in the DPP provided to its users should be trustworthy"
Historical consultation source for DPP service-provider storage, management, and possible certification questions that remain separate from the adopted Registry rules.
Current official source for the live Registry, organisation enrolment, user-interface and API registration, testing environment, decentralised storage model, and customs and market-surveillance support.