What is the Digital Product Passport (DPP)?

The Digital Product Passport (DPP) is the digital data container required by Regulation (EU) 2024/1781 (ESPR, Ecodesign for Sustainable Products Regulation), in force since 18 July 2024, which follows a product through its entire life cycle with data on materials, origin, repairability, recyclability and environmental footprint, accessible through a unique identifier readable via a QR code or a tag attached to the product. It is not a static label or a PDF attached to an invoice: it is a record linked to a European registry, where each product or batch receives an identifier that aggregates data generated by different actors across the supply chain, often on different systems. Batteries, under Regulation (EU) 2023/1542, are the first category with a binding obligation, starting 18 February 2027; for steel, textiles and the other ESPR product groups, category-specific delegated acts are still being finalized, while the European DPP registry has been live since 20 July 2026, alongside a testing environment ahead of that first deadline.

The problem the text of the law does not solve

Every source explaining the DPP covers the obligation: which products, from when, with what penalties. None addresses the problem that whoever has to build it hits first, namely that the passport is not a form filled in once but a piece of data that must stay accurate for years, fed by parties that do not report to the same organization. Whoever generates the data on a component's composition is not who assembles the finished product, and is not who sells it: three organizations, three systems, and none of the three holds the full picture by definition. The passport also requires a unique identity for the individual unit (or batch) that stays stable as the product changes hands, gets repaired, changes owner: a master data management problem applied to a physical object instead of a customer or a supplier. And then there is the most uncomfortable case, the one no elegant data model solves on its own: the upstream supplier, often outside the EU and outside the regulation's direct scope, simply does not have, or will not give, the required data on material composition.

An enterprise example

An Italian automotive components manufacturer selling to German assemblers has to certify the raw material composition of a technical fabric lining it sources from a third-party supplier in Asia. That supplier invoices by batch, not by individual unit, and does not trace fiber origin at the lot level. The Italian manufacturer cannot write a fact on the passport it does not possess: it first has to impose on its own supplier a data contract specifying the granularity, format and update frequency of the information, then build a system linking that data to the batch identifier and keeping it current when the supplier changes its production process. The passport itself, technically, is the easy part: the hard part is making that supply chain capable of producing reliable data on an ongoing basis, not once for an audit.

Why it matters to decision-makers

Treating the DPP as a compliance task handed to software that generates a QR code means finding out, at the first check by a customer or a market surveillance authority, that the data behind that code is incomplete or stale. The decision to make first is architectural, not tool-based: where each component's master data lives, who in the supply chain has the contractual obligation to keep it current, and how the individual unit is uniquely identified as it changes hands. Whoever sets this work up as an extension of existing data governance, rather than an isolated compliance project, reaches the 2027 deadlines with a system that also answers the next product category, not just the one in force today.

This entry is informational and does not constitute legal advice: for determining the scope of application and category-specific obligations, involve your legal counsel or product compliance advisor.