A regulated product-specific data set that connects a product, model, batch, or item to required compliance, sustainability, circularity, and lifecycle information.
Digital product passport is often mistaken for the thing a customer scans, but ESPR defines the passport as the product-specific data set behind the access point. The delegated act for each product category determines which information, identifier level, access rights, and update obligations apply.
A digital product passport is the regulated product-specific data set behind the access point: not the QR code, not the data carrier, not the platform, and not a generic product webpage.
A digital product passport is the structured electronic data set for a product, product model, batch, or item under the relevant ESPR delegated act. It is a product-specific data set accessed through a data carrier with controlled access; the DPP system is the infrastructure used to create, access, update, exchange, verify, and preserve it.
The common mistake is to call the visible scan point, product webpage, or platform the digital product passport. The QR code, data carrier, and operating system are not the passport itself. The passport is the structured data set; the identifier anchors the product; and the operating system manages storage, permissions, updates, and retrieval.
The digital product passport is the regulated product-specific data set. The DPP system is the infrastructure used to create, access, update, exchange, verify, preserve, and present that data set. A DPP system may include identifiers, data carriers, registries, APIs, data-exchange mechanisms, access-control rules, credentials, verification workflows, service providers, backup arrangements, and user interfaces. Keeping this distinction clear helps companies design interoperable architecture without reducing the passport to one vendor platform, one website, or one database.
A DPP is not a static public webpage where every user sees the same information. Depending on the product category delegated act, information may be tracked at model-level, batch-level, or item-level granularity. The product-specific data set can combine stable master data, such as manufacturer identity, product model, material composition, and conformity information, with lifecycle-updated data such as repair history, software updates, maintenance records, durability information, or end-of-life handling information where required. Good implementations organize both stable and dynamic data without assuming that every field must live in one central database.
A compliant DPP architecture needs granular access control. ESPR anticipates different information access for different actors and purposes, so consumers, recyclers, repairers, customs officials, market surveillance authorities, and economic operators may see different fields or assurance levels. In practice, this requires authentication, authorization, field-level permissions where needed, interoperability, and long-term availability rather than one universal public product page.
ESPR Article 2, point 28 defines a digital product passport as a set of data specific to a product, containing information specified in the applicable Article 4 delegated act and accessible through a data carrier under Chapter III. ESPR creates the framework; delegated acts supply product-category fields, timelines, identifier level, access rules, and update duties. CIRPASS-2 and related projects inform implementation, but they do not replace the legal source.
Implementation teams should begin with delegated-act fields, identifier level, evidence sources, access-right groups, update obligations, and long-term availability. A DPP can fail even with a working QR code if required evidence is missing, access rights are wrong, supplier data is stale, or lifecycle updates stop being attached to the right product.
Regulation (EU) 2024/1781 establishing a framework for the setting of ecodesign requirements for sustainable products
a set of data specific to a product that includes the information specified in the applicable delegated act adopted pursuant to Article 4 and that is accessible via electronic means through a data carrier in accordance with Chapter III;
Reference: Article 2, point 28
Battery passport obligations under the EU Battery Regulation are the first DPP-type requirement already in force; ESPR delegated acts will phase in DPPs for other product categories from 2026 onwards.
Implementation records should map required fields to product model, batch, or item identifiers; connect supplier evidence; define data carrier resolution; manage access rights by user group; document updates; and preserve availability across the product lifecycle.
Digital product passport is often reduced to the thing a customer scans, but the more useful definition is the structured product-specific data set behind the access point. The hard part is keeping product identity, supplier data, evidence, access rights, and lifecycle updates connected so the passport can support real decisions rather than act as a polished product page.
Minespider’s dedicated product-passports landing page, with practical explanation of DPP use cases, data layers, QR-code access, visibility permissions, and supply-chain implementation.
Read on MinespiderBattery-sector context for passport implementation and the relationship between battery passports and broader product-passport logic.
Read on MinespiderBackground on product-level sustainability data and lifecycle evidence relevant to DPP implementation.
Read on MinespiderLegal basis for the digital product passport definition, delegated acts, data carriers, and access framework.
Open referenceCommission context for ESPR and the digital product passport framework.
Open referenceEU-funded implementation and infrastructure context for digital product passports.
Open reference