Ecommerce & retail
The EU Digital Product Passport and QR codes
The EU Digital Product Passport, created by the Ecodesign for Sustainable Products Regulation, attaches a structured data record to individual products via a data carrier on the item, in practice usually a QR code. Batteries go first, with passports required from 2027 under the Battery Regulation; other priority categories follow via delegated acts.
What the DPP is
The Digital Product Passport is the EU's mechanism for attaching structured, accessible data to physical products. The framework comes from the Ecodesign for Sustainable Products Regulation (ESPR), in force since 2024; the product-by-product detail arrives through delegated acts that specify, per category, what data the passport must hold (durability, repairability, recycled content, substances of concern, disassembly and recycling information), and who may access which parts of it.
The passport itself is a data record, not a label. What connects the physical item to the record is a data carrier on the product: a machine-readable symbol that resolves to the passport. The regulation is carrier-neutral, but in current EU planning and in every serious industry pilot the carrier is a QR code, because it is printable at label scale, readable by any phone, and, via GS1 Digital Link, able to carry structured identifiers inside an ordinary URL.
Timeline, framed carefully
Dates beyond the battery case are still being set, so treat this as the current EU planning position rather than a settled schedule:
| Milestone | Status |
|---|---|
| ESPR in force | Done, July 2024 |
| Battery passports required (Battery Regulation) | From February 2027, for EV, LMT and industrial batteries above 2 kWh |
| First ESPR delegated acts (priority categories: textiles, iron and steel, furniture among those signalled) | In preparation, dates come with each act |
| General DPP infrastructure (registry, resolvers) | Under construction by the Commission |
The battery passport is the template: per-unit identity, carbon footprint, material provenance and state-of-health data, reached through a code on the battery. Other categories will rhyme with it.
What the carrier requirements imply
For the code on the product, the practical implications are already visible:
- Unit-level or batch-level identity. A passport for this battery means serialised codes, not one code per SKU, per-unit generation at production scale (the batch API pattern, or MES-integrated).
- Durability. The carrier must survive the product's life, for industrial goods that points at engraved or laminated codes rather than paper labels.
- Resolvable identifiers. A GS1 Digital Link URL carrying GTIN plus serial is the likely lingua franca, because it serves the retail scanning migration with the same symbol.
What to do now
Nobody should print "DPP-compliant" codes today, the delegated acts that define compliance mostly do not exist yet. What is worth doing now is removing the future retrofit:
- Get serialisation working. Per-unit identity is the hard operational change; start before it is mandatory.
- Adopt Digital Link-shaped URLs on new artwork (
example.com/01/{gtin}/21/{serial}), so today's marketing code becomes tomorrow's passport carrier without new artwork. - Structure the data you already publish: materials and recycling, repair, provenance, so populating a passport schema later is an export, not a project.
- Keep resolvers on a domain you control with the permanence discipline packaging already demands.
FAQ
What is the EU Digital Product Passport?
A structured data record attached to individual products under the Ecodesign for Sustainable Products Regulation, covering durability, repair, materials and recycling data. It is reached via a data carrier on the product, which in practice will usually be a QR code.
When does the DPP become mandatory?
Batteries first: the Battery Regulation requires passports for EV, LMT and industrial batteries above 2 kWh from February 2027. Other categories follow through ESPR delegated acts, each setting its own dates: textiles and steel are among the signalled priorities.
Will the DPP require a QR code specifically?
The regulation is carrier-neutral, but current EU planning and industry pilots centre on QR codes, typically carrying GS1 Digital Link identifiers, because any phone can read them and the same symbol can serve retail scanning.
What should manufacturers do before the rules land?
Build unit-level serialisation, move new artwork to Digital Link-shaped URLs on a domain you control, and structure existing material and repair data so it can populate a passport schema later without redesigning packaging.
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Related
- GS1 Digital Link for retail: one code for the till and the phone, How the 2D retail migration works in practice: Sunrise 2027, the dual-symbol transition, resolver strategy, and what brands should put on artwork now.
- QR codes for serialised products, Unit-level codes done right: opaque serials resolved server-side, GS1 SGTIN framing, batch generation at production scale, and the use-case stack.
- QR codes for sustainability and recycling information, Disposal instructions differ by municipality: a QR code can geo-route where the pack cannot. Material data, take-back schemes and the greenwashing line.
- GS1 Digital Link in QR codes, One QR code that opens a web page for shoppers and yields the GTIN for checkout scanners: the Digital Link URI syntax and the 2D sunrise behind it.