A fundamental change is taking place in the way product information will travel through European supply chains. Under the European Union’s emerging Digital Product Passport (DPP) framework, manufacturers will increasingly need to make structured product information available digitally throughout the product lifecycle.
The Digital Product Passport is not simply a new QR code or electronic product label. It represents a broader transition toward traceable, structured and accessible product data covering areas such as product identity, materials, sustainability, performance, repair, recycling and regulatory compliance.
For manufacturers selling products into the European market, the implications reach far beyond information technology. DPP readiness will increasingly involve product engineering, compliance, sustainability, procurement, supply-chain management, quality assurance and data governance.
What Is a Digital Product Passport?
Under the EU’s Ecodesign for Sustainable Products Regulation (ESPR), a Digital Product Passport is a structured set of information relating to a specific product that can be accessed electronically through an associated data carrier.
Depending on the applicable product-specific requirements, that passport may exist at model, batch or individual item level.
The data carrier — such as a QR code or another machine-readable identifier — connects the physical product with its digital information.
The precise data contained in a DPP will depend on the relevant product group and the legislation applicable to it.
A Digital Product Passport is not a single universal document containing identical information for every product. The required data, access rights, data carrier, passport level and retention period will be defined according to the applicable product-specific regulatory requirements.
Why the Digital Product Passport Matters
Product information today is often fragmented across ERP systems, supplier declarations, technical files, sustainability databases, certificates, laboratory reports and individual spreadsheets.
The DPP framework is intended to make relevant product information more accessible and interoperable across the lifecycle.
This creates several important objectives.
Connect a product, model, batch or item with structured information through a persistent digital identifier.
Make relevant compliance and product information more readily accessible to authorized stakeholders and authorities.
Provide structured information supporting environmental performance, circularity and responsible product choices.
Improve availability of information relevant to maintenance, repair, refurbishment and continued product use.
Support downstream operators with information relevant to disassembly, material recovery and end-of-life treatment.
Improve the ability of value-chain participants to access product information relevant to their respective responsibilities.
The DPP Is More Than a QR Code
One of the easiest misconceptions is to view the Digital Product Passport as a simple QR-code project.
The QR code — or another permitted data carrier — is only the access point.
Behind that access point must sit a reliable information architecture capable of connecting the product to accurate, current and structured data.
The ESPR requires DPP data to operate through interoperable formats and to support machine-readable, structured and transferable information without unnecessary vendor lock-in.
A QR code, two-dimensional symbol or another automatic identification mechanism linked to the product.
Verified product information, unique identifiers, access rights, data governance, interoperability and lifecycle availability.
What Information Could a Digital Product Passport Contain?
The information contained in a DPP will depend on the product group and the applicable delegated act or sector-specific legislation.
Depending on the product, relevant information could potentially include:
The key challenge for manufacturers will therefore not simply be collecting more information. It will be ensuring that the relevant information is accurate, structured, traceable, controlled and capable of being maintained throughout the required lifecycle.
Who Will Need Access to DPP Information?
Digital Product Passports are intended to support multiple actors across the product lifecycle rather than a single end user.
Access rights will depend on the applicable product-specific requirements, but relevant actors can include:
Access product information relevant to purchasing, sustainability, use and maintenance.
Maintain regulatory, technical and product-identification information associated with products placed on the market.
Access appropriate information supporting product maintenance, repair and extended service life.
Obtain information relevant to materials, disassembly, treatment and recovery.
Use relevant DPP information to facilitate verification of regulatory compliance.
Access appropriate product and compliance information according to their authorized role.
The Digital Product Passport changes the concept of product documentation: information that was traditionally stored inside company systems increasingly needs to remain connected to the product throughout its lifecycle.
The DPP Will Be Introduced Product by Product
One of the most important points for manufacturers is that the Digital Product Passport is not becoming mandatory for every product simultaneously.
DPP requirements are being introduced progressively through product-specific rules under the ESPR and through other sector-specific EU legislation.
Different product groups will therefore have different implementation dates, data requirements and technical obligations.
Batteries Are Leading the Transition
Batteries provide one of the clearest early examples of how Digital Product Passports will operate in practice.
Under the EU Batteries Regulation, Digital Product Passports will become mandatory for certain battery categories, including relevant electric-vehicle, light-means-of-transport and industrial batteries.
The battery passport will connect the battery to structured information through a QR code and may include data covering identification, technical characteristics, performance, durability, repair, reuse, recycling and sustainability.
The current implementation timetable provides for mandatory battery passports for relevant categories from 18 February 2027.
Battery implementation provides manufacturers in other sectors with an early indication of the scale of organizational change that DPP readiness may require — including data collection, supplier coordination, product identifiers, digital infrastructure and lifecycle information management.
Other Product Groups Are Following
The European Commission’s implementation programme foresees progressive introduction of DPP-related requirements across additional product groups.
Areas under the wider implementation roadmap include sectors such as:
Separate EU legislation can also establish DPP requirements for specific sectors and product groups.
Manufacturers should therefore avoid treating the DPP exclusively as an ESPR issue. The broader EU regulatory landscape needs to be monitored according to the products being placed on the market.
The Biggest Challenge May Be Product Data
Many manufacturers already hold most of the information that could eventually be required for a DPP.
The difficulty is that the information may exist in different systems, formats and organizational departments.
For example, product data may be distributed across:
Product specifications, drawings, bills of materials and technical characteristics.
Inspection results, testing evidence, conformity records and corrective actions.
Component declarations, material information, certificates and supplier documentation.
Environmental, circularity, carbon, recycled-content and lifecycle information.
Product identifiers, model information, manufacturing data and supply-chain records.
Declarations, certificates, regulatory evidence and product documentation.
Preparing for the DPP therefore requires a clear understanding of where product data originates, who owns it, how it is verified and how it remains current.
Supplier Data Will Become Increasingly Important
Manufacturers rarely control every piece of information required to describe a finished product.
Material composition, component origin, recycled content, environmental attributes and technical characteristics may depend on data provided by suppliers.
The quality of the manufacturer’s Digital Product Passport may therefore depend heavily on the quality of information received through the supply chain.
Data Accuracy and Governance Become Compliance Issues
Under the ESPR framework, information contained in the Digital Product Passport must be accurate, complete and up to date.
That requirement creates an important governance challenge.
Companies need to determine:
- who is responsible for creating DPP information;
- who is authorized to update or modify the data;
- how supplier information is verified;
- how changes to a product trigger updates;
- how obsolete data is controlled;
- how data integrity is protected;
- how required information remains available over time; and
- how evidence supporting DPP statements is maintained.
DPP preparation therefore needs to include a formal product-data governance model, not simply the purchase of software.
Unique Product Identification Will Become Fundamental
A Digital Product Passport must be linked through a data carrier to a persistent unique product identifier.
This means manufacturers need reliable mechanisms for associating the correct digital record with the correct product, model, batch or item.
Depending on applicable requirements, unique operator and facility identifiers may also become relevant to the passport framework.
Identification architecture therefore becomes an important part of DPP readiness.
Interoperability Matters
The Digital Product Passport is designed as part of a wider European data ecosystem.
Passport information is expected to use interoperable structures that allow relevant product data to be exchanged across organizations and systems.
This means companies should be cautious about building isolated proprietary solutions that cannot communicate easily with customers, authorities, marketplaces, repairers, recyclers or other supply-chain actors.
Information may remain inside individual systems, departments, spreadsheets or technical files.
Relevant information needs to remain connected, controlled and accessible according to defined regulatory access rights.
Digital Product Passport Registry
The EU is also establishing central infrastructure supporting the Digital Product Passport framework.
The DPP Registry became operational in July 2026.
The Registry forms part of the wider system through which unique product identifiers and related DPP information can support regulatory implementation, traceability and interaction with authorities.
The passport itself remains based on a decentralized architecture, with detailed product data maintained by the responsible economic operator or an appropriate DPP service provider.
What Manufacturers Should Be Doing Now
Even where product-specific DPP requirements have not yet become mandatory, manufacturers can begin preparing the organizational and technical foundations now.
Identify products that may fall within upcoming ESPR or sector-specific DPP requirements.
Track delegated acts and sector rules affecting the company’s products and target markets.
Determine where technical, sustainability, compliance and lifecycle information currently resides.
Establish organizational responsibility for creating, verifying, maintaining and approving product information.
Determine what upstream information will be required and whether suppliers can provide reliable structured data.
Evaluate existing model, batch and item identification systems against future passport requirements.
Identify incomplete, inconsistent or unverified product information before it becomes a regulatory requirement.
Prepare ERP, PLM, compliance and sustainability systems to support interoperable DPP information flows.
From Product Documentation to Product Data Infrastructure
The Digital Product Passport represents a broader transformation in European product regulation.
Traditional compliance has often focused on creating the correct documents before a product is placed on the market.
The DPP moves the regulatory model toward something more continuous.
Product information needs to remain linked to the product, available to appropriate stakeholders and maintained throughout the required lifecycle.
This means manufacturers increasingly need to connect engineering, conformity assessment, sustainability, supply-chain information and digital data management into a single product-information architecture.
Is Your Product Data Ready for the DPP?
Manufacturers do not need to wait until the applicable delegated act becomes mandatory before examining their readiness.
An early review can identify missing product information, weak supplier-data processes, fragmented compliance records and technical-system limitations before DPP implementation becomes a market-access requirement.
The organizations best prepared for Digital Product Passports will not simply be those with the best software. They will be those that can demonstrate where their product data comes from, why it can be trusted and how it remains connected to the product throughout its lifecycle.