Key Takeaways
- Start with legal scope and product data, not software.
- DPP obligations will be introduced gradually through product-specific EU rules.
- Non-EU manufacturers can be affected when products are placed on the EU market.
- Supplier, environmental, material, and compliance data should be assessed early.
- Every data field needs an owner, approval process, and update rule.
Learning how to prepare for digital product passport requirements starts with building a reliable product-data system. A QR code is only the access point. Compliance depends on the identifiers, documents, supplier information, access rights, and update procedures behind it.
Why Learn How to Prepare for Digital Product Passport Requirements Now?
The Ecodesign for Sustainable Products Regulation, or ESPR, entered into force on 18 July 2024. It creates the framework for product-specific ecodesign and Digital Product Passport rules. Detailed requirements will be introduced progressively rather than through one identical passport for every product.
The ESPR Working Plan 2025-2030 prioritises textiles, furniture, tyres, mattresses, iron and steel, and aluminium. Energy-related and selected ICT products are also included. However, inclusion in the plan does not mean that a passport is already mandatory. Final duties and transition periods will come through product-specific legislation.
Preparation should begin early because data is often fragmented. Material composition may sit in engineering systems, supplier evidence in procurement files, and compliance documents in quality platforms. Environmental information may also require a new LCA, EPD, or carbon-footprint study.
How to Prepare for Digital Product Passport Requirements in 8 Steps
1. Define the Legal and Product Scope
Identify which products are sold in the EU and which rules may apply. Review the ESPR, the current Working Plan, sector-specific legislation, and published delegated acts.
Assess each product family separately. A finished product, component, and raw material may follow different rules. Clearly distinguish confirmed obligations from likely future requirements.
2. Identify the Responsible Economic Operator
The economic operator placing the product on the EU market will carry the primary responsibility. Depending on the route to market, this may be the manufacturer, authorised representative, importer, distributor, dealer, or fulfilment service provider.
Exporters should define responsibilities in contracts. The agreement should state who creates the passport, supplies and approves data, manages updates, responds to authorities, and pays ongoing costs.
3. Determine Passport Granularity
A passport may apply at model, batch, or individual-item level.
Model-level records can cover products with the same design. Batch-level records can reflect differences in materials, suppliers, facilities, or dates. Item-level records can support serialisation, repairs, warranties, and second-life services.
Granularity affects data volume, labelling, integrations, and cost. As a result, you should avoid item-level implementation unless it is required or commercially justified.
4. Build a Product-Data Inventory
Map the information already available across the organisation:
- Product identifiers and bills of materials
- Technical specifications and test reports
- Declarations, certificates, and safety documents
- Material, chemical, and recycled-content data
- Supplier and production-facility information
- LCA, EPD, and product carbon-footprint results
- Maintenance, repair, spare-parts, and recycling guidance
For each item, record its owner, location, date, product scope, verification status, format, and access restrictions.
5. Conduct a DPP Readiness Assessment
Compare available information with confirmed or anticipated requirements. Classify each field as ready, incomplete, supplier-dependent, requiring a new study, or dependent on future legislation.
This assessment shows what can be improved now and what should wait. It also prevents premature investment in unsuitable software.
6. Engage Suppliers and Validate Evidence
Supplier data is often the largest implementation risk. Manufacturers may need detailed composition, recycled content, substances of concern, raw-material origin, facility information, and component-level environmental data.
Use standard request templates and align supplier codes with internal product codes. In addition, require supporting documents and define update duties in contracts.
Commercially sensitive information should not automatically become public. For this reason, the system should separate consumer data from restricted information…
7. Select the Architecture and Data Carrier
Choose technology only after the data model and responsibilities are clear.
Evaluate whether a platform can manage model, batch, and item records; integrate with ERP, PLM, PIM, or MES systems; collect supplier data; control access; export information; maintain versions; and support long-term availability.
The data carrier may be a QR code, NFC tag, or another machine-readable technology, depending on product-specific rules.
8. Establish Lifecycle Governance
A DPP is not a one-time report. It may need updating when a material, supplier, facility, certificate, environmental result, spare part, or product specification changes.
Assign an owner to every data field. Then define who creates, reviews, approves, publishes, corrects, and archives each record.
The governance plan should also cover backups, data portability, provider failure, and continued access throughout the required product lifetime.
How Environmental Data Supports DPP Implementation
Existing environmental studies can accelerate preparation. A Life Cycle Assessment can calculate product impacts, while an Environmental Product Declaration can provide standardised and verified results.
However, neither normally replaces the complete passport. A DPP may also require product identity, material composition, compliance documents, repair data, access permissions, and end-of-life guidance.
A broader circular economy strategy can connect passport data with repair, reuse, remanufacturing, and material recovery decisions.
Consultant or Software Provider?
Manufacturers often need both.
A consultant can support legal scoping… On the other hand, a technology provider can manage hosting… However, the responsible economic operator remains accountable for compliance…
However, the responsible economic operator remains accSountable for compliance and data accuracy. Software cannot replace reliable product data or clear internal ownership.
Conclusion
Knowing how to prepare for digital product passport requirements means treating the DPP as a long-term product-information system.
The most effective sequence is to define the legal scope, assign responsibility, choose the passport level, inventory data, identify gaps, engage suppliers, select technology, and establish lifecycle governance.
For exporters, early preparation can reduce market-access risk and avoid rushed data collection after product-specific rules become binding.
Frequently Asked Questions
Is a Digital Product Passport Already Mandatory for Every Product?
No. Requirements are being introduced gradually through product-specific EU legislation.
Do Manufacturers Outside the EU Need to Prepare?
Yes. Covered products imported into the EU may need a passport before they are placed on the market.
Is a QR Code Sufficient for DPP Compliance?
No. It is only a data carrier. The underlying information must also meet legal and technical requirements.
What Is a DPP Readiness Assessment?
It reviews legal scope, existing data, supplier readiness, system capability, responsibilities, and missing information.
Is an EPD Required for Every DPP?
No. Environmental requirements will depend on the relevant product-specific legislation.
Should a Company Buy DPP Software First?
Usually not. The product scope, data model, ownership, and gaps should be defined before platform selection.
How Often Should DPP Data Be Updated?
It should be reviewed whenever relevant product, supplier, material, facility, compliance, or lifecycle information changes.
