Digital Product Passport 2026: A Practical Guide for Manufacturers Selling in Europe

Imagine a buyer, customs officer or repair technician scanning a code on a product. Within seconds, they can find reliable information about its identity, materials, compliance, repair options or end-of-life handling. They do not need to search through a paper manual, call the manufacturer or depend on an old spreadsheet. This is the purpose of the European Union’s Digital Product Passport.

The subject became more practical in July 2026 when the European Commission made the Digital Product Passport Registry operational. The registry now has a testing environment where businesses can register product passport identifiers and selected metadata. It is an important step, but it does not mean that every product sold in Europe suddenly needs a passport.

Requirements will arrive by product category through EU rules and sector-specific legislation. Certain large batteries face the first major deadline on 18 February 2027. Other product groups will follow on different schedules.

For manufacturers, importers and exporters, the sensible response is not panic. It is preparation. A Digital Product Passport is mainly a product data, systems integration and operating responsibility challenge. Businesses that start by cleaning their product information and testing one product family will be in a much stronger position than those waiting for the final deadline.

What Is a Digital Product Passport?

A Digital Product Passport, often shortened to DPP, is a structured digital record connected to a product, component or material through a machine-readable data carrier. In many cases, that carrier may be a QR code, but the law also allows other suitable methods. The passport can hold or provide access to product-specific information such as:

• A unique product identifier
• Manufacturer or responsible economic operator details
• Product model, batch or item information
• Materials and composition
• Compliance documents and declarations
• Instructions for safe use
• Repair and maintenance information
• Spare part information
• Recycling and end-of-life guidance
• Environmental performance data required for that product group

The exact fields will not be identical for every product. A battery, a textile product and a construction product have different materials, risks and supply chains. The EU will define the required data for each product group through delegated acts or separate sector legislation. The information must be structured, reliable, accessible to the correct people and kept current.

What Changed in July 2026?

On 20 July 2026, the European Commission announced that the Digital Product Passport Registry was operational. Businesses can use its testing environment to understand the registration process before obligations apply to their products.

The registry is an indexing service. It stores unique identifiers, registration details and high-level metadata. It does not act as one central database containing every full product record.

The detailed product information remains the responsibility of the economic operator. That operator may host the data in its own system or use a service provider. Before a product covered by an applicable requirement is placed on the EU market, its passport identifier will need to be registered. This structure matters for technology planning. A manufacturer may need to connect several parts:

1. 1Its internal product data systems
2. 2A secure service that publishes the passport record
3. 3A physical data carrier on the product, packaging or accompanying document
4. 4The EU registry for the product identifier and required metadata
5. 5Access controls for public, business and authority information

The Commission has also published several harmonised standards covering identifiers, interoperability, data carriers, interfaces, exchange protocols and storage. Further standards and product-specific rules will continue to shape implementation.

Does It Affect Manufacturers Outside the EU?

Yes, it can. The Digital Product Passport requirement is linked to products placed on the EU market, not only to products manufactured inside the EU. A business in the United States, Canada, India, the United Kingdom or another country may be affected if its products enter the European market.

Depending on the route to market, responsibility may sit with a manufacturer, importer, authorised representative or another economic operator. The European Commission’s guidance for economic operators explains that the organisation placing the product on the market normally carries primary responsibility for creating the passport and ensuring that its information is accurate.

Exporters should therefore speak with their EU importers and distribution partners early. Waiting for a distributor to request data shortly before a deadline can create unnecessary cost and pressure.

Which Product Groups Come First?

The EU’s Ecodesign for Sustainable Products Regulation creates the broader framework. The first working plan identifies product groups that will receive priority attention, while separate legislation covers some additional categories. The indicative programme includes:

Iron and steel, construction products, toys, detergents and other regulated categories also need attention under the relevant framework. Dates can change as detailed rules are adopted, and affected companies should use official EU sources as the reference point.

The Commission generally provides a transition period after a delegated act is adopted. However, a transition period is not all implementation time. Businesses may need months to obtain supplier data, agree ownership, clean records, connect systems, test scans, print codes and train teams.

A QR Code Is Only the Front Door

It is easy to look at a product passport and see a label project. The visible part is a code, so the first question often becomes, "Who will generate our QR codes?" That question comes too late in the process. The code is only a route to the passport. The larger job sits behind it:

• Which system holds the correct material data?
• Who confirms supplier information?
• Is the passport created at model, batch or individual item level?
• Who updates a passport after a repair or product change?
• Which information is public?
• Which information is restricted to customs, market surveillance or business partners?
• How long must the record remain available?
• What happens if the hosting provider changes?

If these questions are not answered, a perfectly printed code can still lead to incomplete or conflicting information.

How the Technology Can Work

There is no single system design that suits every manufacturer. A small producer with 80 products has different needs from a group managing millions of serialised items. Still, the core flow is broadly consistent.

1. Create a reliable product identity

Each passport needs a unique product identifier. The applicable rule may require a passport at model, batch or item level. This decision has a large effect on volume, printing, data storage and lifecycle updates. The identifier should connect the physical item to the correct digital record without ambiguity.

2. Build a structured product record

The passport data may come from several systems: ERP, product information management, product lifecycle management, manufacturing execution systems, supplier portals, compliance document repositories, service and warranty systems, and ecommerce platforms. The task is not to move every field into one new database. It is to define an approved source for each required field and make the information available in a consistent structure.

3. Host the detailed passport data

Full product information stays in a decentralised system managed by the responsible business or its service provider. The service must support availability, security, structured exchange and the retention period required by law. The EU framework also stresses interoperability and open standards. When reviewing a service provider, ask how data can be exported and transferred. A company should not discover later that thousands of product records are trapped in a closed format.

4. Add the data carrier

The product, its packaging or its accompanying documentation will carry the machine-readable link, depending on the applicable product rule. The placement needs to survive normal use and remain easy to scan. Manufacturers should test label size, contrast, material, print quality, lighting and wear. A code that works on a computer screen may fail on curved metal, textured fabric or a dusty industrial product.

5. Register the identifier

The economic operator registers the required identifier and metadata in the EU registry. The Commission provides a user interface and an API route, which allows businesses with larger product volumes to connect their systems. Manual registration may suit a pilot or low product volume. At scale, controlled API integration is likely to reduce repeated work and data entry mistakes.

6. Control access

Not every user needs the same view. A consumer may see care, repair and recycling details. A service partner may need parts and maintenance information. Customs and market surveillance authorities may need compliance data. The system should apply access rules without creating several conflicting versions of the same product record. It should also avoid storing customer personal data in the passport unless a valid requirement and explicit consent support it.

7. Maintain the record

A passport is not finished on publication day. Product specifications change. Certificates expire. Suppliers change. Parts are replaced. Some product groups may need information added during use, repair or recycling. The operating model should define who can update each field, who approves changes and how a history is retained.

A 12-Step Readiness Plan

1. 1Identify the products in scope: inventory everything sold in or planned for the EU, with manufacturer, importer, category, market route and responsible legal entity.
2. 2Monitor the correct product rules: assign someone to follow delegated acts and sector legislation for each category.
3. 3Name one accountable owner: give one leader authority across compliance, operations, technology, product, procurement and marketing.
4. 4Map the required data: record each field’s source, owner, format, update frequency and confidence level.
5. 5Assess data quality: look for duplicate product codes, incomplete material records, inconsistent units and expired documents.
6. 6Engage suppliers: define the data you need, the format you accept and the evidence required.
7. 7Choose the passport level: confirm whether the rule requires model, batch or item-level records.
8. 8Design the system architecture: decide how data moves from source systems to the passport service and registry.
9. 9Plan security and access: separate public, partner and authority data, and apply role-based access.
10. 10Test the physical carrier: run scan tests on the real product across phones, scanners, lighting and wear.
11. 11Pilot one product family: test the complete journey from data collection to registry submission and update.
12. 12Create an operating process: document who creates, reviews, publishes, changes and retires a passport.

A Focused 90-Day Plan

This approach shows whether the main constraint is software, data quality, supplier cooperation or internal ownership before a larger investment.

Common Mistakes to Avoid

• Treating the passport as a marketing page. A polished public page is useful, but regulated data still needs traceability, ownership and controlled updates.
• Waiting for every final detail. You can already clean identifiers, map systems, define owners and assess supplier data while monitoring product-specific rules.
• Putting all data in one public view. Different users may have different access rights, so support controlled views over one reliable record.
• Ignoring the physical environment. Codes can become damaged, covered or difficult to scan. Test them on the real product.
• Depending on manual entry at high volume. Manual work may suit a pilot but creates delay and errors at scale.
• Choosing a closed platform. Check data portability, standard interfaces and exit arrangements before committing.

Business Value Beyond Compliance

The immediate reason for a DPP programme may be market access. The same product record can help customer service find the right manual, repair teams identify compatible parts, distributors receive current details and compliance teams locate certificates. To provide that value, the passport must connect with existing product and service processes rather than become another isolated database.

How HMB Digital Can Support a DPP Programme

HMB Digital helps manufacturers turn business requirements into practical systems. A DPP project may involve product data design, supplier workflows, web portals, integrations, QR code processes, access controls and registry connections.

Our starting point is a focused readiness assessment of product scope, current systems, data gaps, responsible teams and the likely integration path. The result is a phased roadmap and a suitable pilot. Read our UK manufacturing digital workflow case study, explore our manufacturing solutions, or contact HMB Digital to discuss a product passport readiness review.

Final Thought

The Digital Product Passport is not simply a code added to packaging. It is a reliable connection between a physical product, its information and the organisations responsible for it. The EU registry is now operational, and the first major product deadline is approaching. Manufacturers that begin with product scope, data ownership and a small pilot can prepare without rushing into the wrong system.

Frequently Asked Questions

Is the Digital Product Passport mandatory in 2026?

The EU registry became operational in July 2026, but the passport is not mandatory for every product at the same time. Obligations apply by product group through delegated acts or separate sector legislation. Certain large batteries face a deadline on 18 February 2027.

Do US, Canadian, UK or Indian manufacturers need a DPP?

They may need one if their products are placed on the EU market and fall within an applicable product requirement. Responsibility can depend on the manufacturing and import arrangement, so exporters should confirm the role of the EU importer or other responsible economic operator.

Is a QR code the same as a Digital Product Passport?

No. A QR code can act as the data carrier that opens the passport. The passport also requires a reliable identifier, structured information, hosting, access controls, registration and an update process.

Where is the passport data stored?

Detailed product information is held in a decentralised system managed by the responsible economic operator or a service provider. The EU registry stores identifiers, registration information and selected high-level metadata rather than every full product record.

Does every person see the same information?

Not necessarily. Consumers, repairers, business partners, customs officers and market surveillance authorities may have different access rights. The relevant product rules determine which information each group can view.

Can a manufacturer use its current ERP or PIM system?

Often, yes. Existing systems may remain the approved sources for product data. A passport service or integration layer can publish the required record and connect it to the registry. The correct design depends on data quality, product volume and update needs.

How long must a DPP remain available?

The applicable product rule will define the exact period. The ESPR framework states that a passport should remain available for at least the expected lifetime of the relevant product. Businesses should plan hosting, portability and ownership with that period in mind.

What should a manufacturer do first?

Start by identifying products sold into the EU, the responsible economic operator, likely product rules, current data sources and missing information. Then pilot one manageable product family before planning a wider rollout.