A Digital Product Passport (DPP) is a structured, machine-readable record of a physical product — what it is made of, where it came from, how to repair or recycle it, and who has held it across its life. Under the European Union’s new eco-design rules it is moving from a “nice to have” to a legal requirement for many product categories. This guide explains what a DPP is, why it is arriving now, the data it carries, and how open standards make it interoperable rather than another data silo.
What is a Digital Product Passport?
A Digital Product Passport is a digital identity for a physical item, reachable from a data carrier on the product itself — typically a QR code, NFC tag or GS1 Digital Link. Scanning it opens a record that can include material composition, origin and supply-chain events, technical documentation, repairability and spare-part information, recycled content, and end-of-life instructions.
Crucially, a DPP is not a marketing page. It is governed data: a defined set of attributes, expressed in open formats, that different actors — manufacturers, resellers, repairers, recyclers, customs authorities and consumers — can each read for their own purpose. The passport travels with the product across owners and borders.
Why now: the ESPR and the 2027 timeline
The driver is the EU’s Ecodesign for Sustainable Products Regulation (ESPR, Regulation (EU) 2024/1781), in force since July 2024. The ESPR establishes the DPP as a core instrument and empowers the Commission to set DPP requirements category by category through delegated acts.
Textiles are widely expected to be among the first regulated categories, with obligations beginning to bite around 2027. Batteries are already ahead on a separate track under the Batteries Regulation (EU) 2023/1542, which mandates a battery passport for certain batteries from February 2027. The direction of travel is clear: if you place products on the EU market, a DPP is becoming a condition of access, not an optional sustainability gesture.
What data does a DPP carry?
The exact attributes are set per category, but a DPP typically spans four layers:
- Identity — a unique, resolvable identifier for the item or model (for example a GS1 GTIN plus serial, expressed as a GS1 Digital Link).
- Composition & sustainability — materials, substances of concern, recycled content, carbon or environmental footprint where required.
- Lifecycle events — manufacture, shipment, sale, repair, resale and recycling, recorded as verifiable events over time.
- Circularity & compliance — repair and disassembly instructions, spare-part availability, conformity documentation and end-of-life routing.
How a DPP works technically
A credible DPP rests on three technical pillars that keep it portable instead of trapping data in one vendor’s database:
- Standard identifiers. GS1 identifiers and GS1 Digital Link let a single QR code resolve to the right passport and carry both consumer-facing and machine-facing information.
- Event data with GS1 EPCIS 2.0. EPCIS 2.0 is the open standard for describing supply-chain events — the what, where, when and why of each step — in JSON-LD. It is what turns a static label into a living history of custody and condition.
- Data carriers. QR codes, NFC and RFID connect the physical item to its digital record at any point in the chain.
Interoperability and portability: the Data Act
A passport that can only be read inside the system that created it defeats the purpose. Two forces push DPPs toward openness. The first is the ESPR’s own requirement that DPP data be based on open standards and remain accessible across the value chain. The second is the Data Act (Regulation (EU) 2023/2854), which strengthens rights to access and port data and constrains lock-in.
The practical test of a good DPP implementation is simple: can the passport be exported as a self-describing file — identifiers, events and schema together — and read by another actor without your platform in the loop? If not, it is a silo wearing a passport’s clothes.
DPP by category
Requirements differ sharply by product type:
- Textiles — expected early under the ESPR; focus on composition, recycled content, durability and care/repair.
- Batteries & electronics — the battery passport under Regulation (EU) 2023/1542 leads, with state-of-health, chemistry and due-diligence data.
- Jewellery and high-value goods — where provenance, authenticity and verified resale matter most, and where a passport underpins circular value such as certified second-hand and re-certification with lineage.
From compliance to circular advantage
Treated only as a reporting burden, the DPP is a cost. Treated as data infrastructure, it becomes the foundation for new circular business models — verified resale, take-back, product-as-a-service and re-certification — because trustworthy product data is precisely what those models need.
This is the argument developed in our peer-reviewed research: the DPP functions as a data-governance infrastructure whose circular potential is realised when combined with analytics and dynamic capabilities.
Bravo-Fabian, M. A., López-Pérez, S. D. J., & Vence, X. (2026). Artificial intelligence and digital product passports: Data governance infrastructures enabling circular business model innovation. Journal of Cleaner Production, 571, 148875. https://doi.org/10.1016/j.jclepro.2026.148875
DPP-as-a-service: a distribution backbone
Airlines never each built their own global booking network — they connected through a shared distribution system. Digital Product Passports face the same problem: thousands of manufacturers, marketplaces and authorities need to issue, resolve and exchange passports without wiring point-to-point integrations with everyone else.
GovGDS is building that layer: a Global Distribution System for digital product passports, focused on interoperability and portable, standards-based data. Our approach is proven today in an operating jewellery demonstrator that issues GS1 EPCIS 2.0 events and exportable, self-describing passport files (XML with an accompanying schema, plus a PDF with the XML embedded). Profiles for textiles and electronics are on our roadmap; we are transparent that third-party deployments at scale are ahead of us, not behind us.
Frequently asked questions
Is a Digital Product Passport mandatory?
Not universally yet. The ESPR makes DPPs mandatory category by category through delegated acts. Textiles are expected among the first (around 2027) and a battery passport is required from February 2027 under Regulation (EU) 2023/1542.
What is the difference between a DPP and a QR code?
The QR code is only the door. The DPP is the governed data behind it — identity, composition, lifecycle events and compliance — expressed in open standards so many actors can read it.
What standards underpin a DPP?
Most credible implementations use GS1 identifiers and GS1 Digital Link for identity, and GS1 EPCIS 2.0 for supply-chain event data, aligned with the ESPR and the Data Act on openness and portability.
Does a DPP apply outside the EU?
The legal obligation is triggered by placing products on the EU market, so non-EU manufacturers exporting to Europe are affected. Many expect DPP-style requirements to spread to other markets over time.
How do I start?
Begin with identity and event data for one product line, using open standards, and make sure the passport can be exported and read independently. That foundation is what later scales across categories.
Talk to GovGDS
If you need to issue, resolve or distribute digital product passports across partners and borders, we can help you do it on open, portable standards.
Go deeper: ESPR explained — the regulation making DPPs mandatory · GS1 EPCIS 2.0 explained · The EU Data Act & portability · DPP-as-a-service · The research behind our approach