A Product Passport Starts Before the QR Code

It is easy to picture a Digital Product Passport as a QR label that opens a polished page. But a polished page is marketing; a passport is infrastructure. It must identify an object over time, serve different audiences, survive changes of website and vendor, and remain useful in less photogenic moments: when the product is stained, when a component wears out, when ownership changes, or when someone needs to know whether a material claim is still true.

That distinction matters for everyday objects. We touch them, load them, change what they carry and build a history with them. The further an object travels from the moment of sale, the harder it becomes to recover information that was obvious to its designer and maker. A good passport keeps that context close to the product.

The European Union gave the idea a legal framework through the Ecodesign for Sustainable Products Regulation, EU 2024/1781, signed on June 13, 2024 and published on June 28, 2024. It defines a Digital Product Passport as a product-specific data set that is electronically accessible through a data carrier. Precision matters, however: the Regulation is a framework. Concrete obligations arrive through delegated acts for particular product groups. A leather organizer does not automatically become subject to a mandatory passport simply because the framework exists.

A product page and a passport solve different problems

A product page helps someone decide whether to buy. It therefore foregrounds photography, price, dimensions and promise. A passport accompanies the product across its life cycle. Its questions are different: What is the exact model or batch? Which materials and components are present? How should the object be cared for? What can be replaced? Who may update the record? How can a reader tell that information has not been accidentally overwritten?

The time model is different too. A sales page can change with a campaign. A passport needs continuity. If a care formulation changes, a zipper specification is revised or better cleaning guidance becomes available, the owner needs to know not only the current advice but which product version it applies to. Otherwise, digital information may become less dependable than the physical label it was intended to improve.

What ESPR requires at the level of principle

Chapter III of the Regulation sets several infrastructure principles. A passport must connect through a data carrier—such as a two-dimensional symbol—to a persistent unique product identifier. Its data must be accurate, complete and up to date. The format must rely on open standards and be, as appropriate, structured, searchable, machine-readable and transferable through an interoperable network without vendor lock-in.

The delegated act for each product group is expected to specify whether identity sits at model, batch or item level; which data is included; who may see it; who may create or update it; where the carrier appears; and how long the passport must remain available. The Regulation says that availability should correspond to at least the expected lifetime of the product.

These are not minor IT details. They alter product and operating decisions. Batch identity requires a link between incoming materials and production. A ten-year information promise makes stable identifiers, hosting and backups part of product quality. Avoiding vendor lock-in requires an exportable record, not just an attractive view in one software service.

Seven information layers for an object made to stay

1. Identity. A commercial name is not enough. The record needs a stable identifier for the model and, where useful, for the batch or item. That identity should join the physical product, inventory and digital record even if the website or packaging changes.

2. Composition. A useful bill of materials does not have to reveal trade secrets, but it should be specific enough to support care and end-of-life decisions. “Leather and metal” is a heading; leather type, lining material, hardware composition and adhesive locations begin to support action.

3. Provenance and claims. Every claim should point to evidence: a supplier declaration, test, standard or purchasing record. If confidence differs by component, say so. A trustworthy passport does not fill gaps with green language; it marks what is known, what has been verified and what is still missing.

4. Care. Instructions should depend on material and condition. What is suitable for routine dirt? What needs a professional? Which treatments should be avoided? How should the object dry or be stored? Useful guidance describes an action and its risk, not merely an invitation to “treat with care.”

5. Repair. Which seams, zippers, linings or fittings can be repaired? Can the work be done at home, by a general workshop or only by the manufacturer? What should the owner photograph before requesting help? This information turns a durability promise into a path someone can follow.

6. Versions. Products change even when the name remains. A material supplier changes, a pocket dimension is revised, recommended care improves. A short revision record prevents correct guidance for a new version from becoming incorrect guidance for an older one.

7. Access. Not every field must be public. An owner needs care and composition; a repairer may need a component specification; an authority may need compliance evidence. Access design is not concealment. It is how each audience receives relevant information without exposing data it does not need.

The passport changes the physical object too

Once information becomes part of the life cycle, the data carrier needs a place in the design. An interior label may be protected from abrasion but hard to reach. A code on packaging is convenient at purchase but likely to be discarded. An emboss or engraving can last longer, but it requires space, contrast and a way to redirect the record behind the identifier without changing the identifier itself.

There is also a granularity decision. A model-level passport is cheaper and simpler, and works for shared information such as care. A batch-level passport can connect material changes to production dates. An item-level passport can support warranty, repair and transfer of ownership, but adds cost, privacy questions and operational work. “More precise” is not always “more useful”; the level should serve a clear action.

What the European working plan says—and what it does not

The ESPR Working Plan 2025–2030 was published on April 16, 2025. It prioritises, among other areas, textiles and apparel, with an indicative 2027 adoption timeline, and includes horizontal work on repairability. It explains that product information will mainly be made available through the Digital Product Passport and that requirements will be set product by product or horizontally across similar groups.

But this is not permission to claim that every leather accessory already requires a passport, or that its final schema is known. Small leather goods do not appear as a standalone priority product group in the plan, and delegated legislation determines practical obligations. A business should therefore separate three layers: what is legally required now, what is emerging for its product group, and what is worth building voluntarily to improve service, repair and trust.

A minimum viable passport for a small brand

There is no need to begin with a blockchain, an international consortium or a heavyweight enterprise platform. Start with a model-level record that has a permanent identifier, a stable address and a structured export. The record can contain a product version, a material list at the current level of confidence, care guidance, a repair route, an update policy and the date of its last review.

Behind the public record, keep an evidence file: supplier documents, component photographs, test results and change decisions. The public claim should be derived from that file. If a supplier changes, a batch can be revised without rewriting history. If the evidence for an environmental claim is insufficient, the claim can stay out until it is verified.

Next, test the passport in real scenarios: an owner trying to remove a stain; a workshop receiving a worn zipper; a second owner identifying the model; and an operator who must change a destination without invalidating thousands of physical labels. Passport quality is measured by the actions it enables, not by the number of fields it contains.

Mistakes that weaken trust

The first mistake is turning the passport into a shelf of slogans. Words such as “sustainable,” “responsible” or “premium” are not data. If they cannot be tied to a definition, source and update method, they add noise rather than transparency.

The second mistake is building around a URL alone. A link can break, a domain can change and a SaaS provider can close. A stable identifier, backup and export path create continuity. The third mistake is collecting too much. A passport does not justify customer surveillance, and product identity does not require recording the identity of every person who scans a carrier. Privacy starts by separating the object from its owner.

The fourth mistake is freezing information out of fear that updates will look inconsistent. The Regulation itself emphasises that passport data should remain current. A useful system therefore needs an owner, a review date and a clear rule: what can be corrected, what requires a new version and what must remain visible as history.

From material memory to an ongoing relationship

The European Commission-funded CIRPASS project describes a DPP as a structured collection of product data with defined scope and access rights, linked to a unique identifier and available electronically through a data carrier. That definition matters because it moves the conversation away from the code and back to the system: data, governance, standards and access.

For an everyday object, the human result is simpler. Instead of becoming silent after purchase, the product continues to explain how to live with it. It can say what it is made from, how to preserve it, who can repair it and what has changed since it was made. Material gains a memory, and the brand accepts a responsibility that lasts beyond the transaction.

A passport does not make a product durable. It reveals whether durability has been considered. It does not guarantee repair. It makes the possibility of repair visible and actionable. And it does not replace trust; it gives trust a structure that can be checked, maintained and passed on.

Sources and methodology note

1. Regulation (EU) 2024/1781 — Ecodesign for Sustainable Products Regulation — signed June 13, 2024; published June 28, 2024. See especially Articles 7 and 9–11, and Annex III.
2. COM(2025) 187 final — ESPR and Energy Labelling Working Plan 2025–2030 — published April 16, 2025.
3. CIRPASS, DPP in a nutshell — definition and aims of the Digital Product Passport; reviewed October 4, 2026.

This article offers a product and operations interpretation of the sources. It is not legal advice and does not state that DPP obligations currently apply to EVERYDAY / 01 or to every leather accessory. Precise duties depend on the product group and the relevant delegated legislation.