EU Digital Product Passport

Digital Product Passport
European Parliament
Enacted by	European Parliament
Related legislation
General Product Safety Regulation

A Digital Product Passport (DPP), sometimes referred to as the product’s technical file, is a digital record mandated by EU law that consolidates essential information on a product’s identity, compliance, safety, and sustainability. Originating under the Ecodesign for Sustainable Products Regulation (ESPR), the DPP is intended to make supply chains more transparent, and to complement safety obligations under the General Product Safety Regulation (GPSR).

Digital Product Passports can be accessed through data carriers such as QR codes, barcodes, NFC tags, or other machine-readable identifiers that connect a physical product to structured digital information.

Purpose

The DPP is intended to improve product traceability and facilitate rapid conformity checks by customs and market surveillance authorities. It also supports circular economy objectives, such as repair, reuse, and recycling, by recording materials, components, lifespan, and disposal guidance. In addition, it provides consumers with information on product origin, compliance, user safety, and lifecycle management.

Key components

The Digital Product Passport serves as a digital record containing documentation that demonstrates a product’s compliance with EU requirements. The core content of a DPP typically includes:

• A unique product identifier, such as a model, batch, or serial number
• The EU Declaration of Conformity
• Material and composition details
• A summary of risk assessments and mitigation measures
• Instructions for use, repair, maintenance, and end-of-life disposal
• The names and contact details of economic operators such as the manufacturer, authorised representative, importer, or responsible person.

To meet General Product Safety Regulation (GPSR) obligations, the DPP / technical file must include:

• A general description of the product and its essential characteristics.
• Product labels and, where applicable, instructions for use.
• An internal risk analysis that considers hazards such as mechanical, chemical, thermal, electrical, hygiene, or other risks associated with the product’s characteristics, appearance, intended consumer category, interaction with other products, cybersecurity features (if applicable), and evolving functionalities.
• A list of applicable European standards or other specifications used to demonstrate compliance.
• Test reports, safety data sheets, toxicological assessment reports, composition sheets, or supplier declarations, where relevant.

The Declaration of Conformity (DoC) is a critical element of this documentation. It is a formal statement by the manufacturer or importer that the product complies with all relevant EU legislation and must include the name and address of the manufacturer or importer, a description of the product, references to applicable legislation (such as Regulation (EU) 2023/988), applicable standards or specifications, the name and signature of the responsible person, and the date of issue.

The technical documentation must be made available to market surveillance authorities upon request and should enable authorities to assess whether a product is safe. For many product categories, such as toys, electrical equipment, or furniture, this may include evidence of testing to harmonised European standards (for example, EN 71, EN 60335, or EN 12520).

Interoperability and semantic data standards

Under the Ecodesign for Sustainable Products Regulation, digital product passport data must use open standards and formats, remain machine-readable and transferable, and be interoperable with other DPPs in technical, semantic and organisational respects. The European Commission describes the DPP as a digital container for sustainability, circularity and compliance information, with product-group requirements set through delegated acts and related legislation.

EU preparatory work and peer-reviewed research discuss Semantic Web approaches (including RDF/OWL knowledge graphs and shared vocabularies) as a means to achieve semantic interoperability across sectors, while recognising that multiple industry vocabularies may coexist. Related work specifies ontology requirements derived from the ESPR and proposes modular Ontology Design Pattern–based models for cross-sector DPPs. CIRPASS-2 related work publishes a proposed EU DPP core ontology and related vocabularies via a public vocabulary hub. A systematic survey of Semantic Web vocabularies for DPP and circular-economy use cases reports fragmented coverage and remaining interoperability gaps for ESPR-aligned exchange. International policy analysis likewise stresses interoperability between emerging DPP schemes, including through shared reference frameworks such as the UN Transparency Protocol.

Relationship to GPSR

While the General Product Safety Regulation focuses specifically on product safety, it aligns closely with the Digital Product Passport framework by requiring that safety-related documentation (such as risk assessments, compliance documentation, and responsible person contact details) is included, maintained, and accessible in digital form. The DPP ensures that essential product information can be shared efficiently across the supply chain and with authorities.

Implementation roadmap

The implementation of the DPP follows a phased approach under the Ecodesign for Sustainable Products Regulation, beginning with product categories identified as having significant environmental impact, including batteries, textiles, electronics, and furniture. Pilot initiatives began in 2024, with full deployment expected between 2025 and 2030. The European Commission will define specific DPP requirements for different product groups through delegated acts, and a central EU registry is anticipated by mid-2026.

See also

• Battery passport – Digital record system for rechargeable batteries