The EU Digital Product Passport and Why NFC Is on the Table

Introduction

The EU Digital Product Passport (DPP) is a digital record that follows a product, and a data carrier on the product is how you reach it. NFC is one of the carrier options on the table, alongside the QR code. It is not required, and the rules for each product group are still being written.

If you make, label, or resell physical goods, this changes how you tag them. Here's what the passport is, when it starts, and how a tap compares with a scan.

What the Digital Product Passport is

The passport is "a digital container for products, components, and materials," according to the European Commission. It carries information that supports sustainability, circularity, and legal compliance.

The legal basis

The DPP comes from the Ecodesign for Sustainable Products Regulation (ESPR), Regulation (EU) 2024/1781. The ESPR sets the frame. What each product must include comes from delegated acts for that product group, or from other laws such as the Batteries Regulation (EU) 2023/1542.

Who sees what

Access depends on role. Consumers get key product information, repairers and recyclers get what their work needs, and public authorities can verify compliance. The Commission page doesn't define formal access tiers, so don't assume a fixed tier scheme yet.

Where the data lives

The passport isn't one giant EU database. The full information is held by the economic operator or a DPP service provider, and the EU registry stores registration metadata and an identifier. Ecochain adds that the data must stay accessible for the product's full life, even if a business closes.

The timeline

Dates are indicative and depend on what actually gets published.

• 20 July 2026: the DPP registry becomes operational.
• 18 February 2027: DPPs become mandatory for certain battery types: electric vehicle, light transport, and industrial.
• Late 2027: delegated acts expected for textiles, aluminium, and tyres.
• 2028–2029: furniture, then mattresses.

After each delegated act, operators get a transition period of at least 18 months. For apparel, Carbonfact expects the textile act around 2027 and real implementation from about 2028.

QR code or NFC tag: the carrier question

The passport connects to the product through a data carrier tied to a unique product identifier. The carrier can sit on the product, its packaging, or accompanying documents. The Commission's own wording is that "a digital data carrier, such as a QR code, links the physical product to its DPP."

Regulators haven't mandated one technology. GS1 says ISO-compliant, internationally standardised carriers qualify, and advises waiting for each sector's delegated act, which may add requirements. QR codes are the most common choice. NFC chips and RFID tags are also permitted, and Ecochain points to them for higher-value or longer-life products.

The tradeoff is the same one we cover in NFC versus QR code comparison:

• QR code: printed or etched, close to free, readable by any phone camera. It needs line of sight and can scratch or fade.
• NFC tag: no aiming, and it can sit under a label or inside a housing. It needs an NFC-capable phone, costs more per unit, and has to survive the product's life. Whether a tag's materials complicate recycling is an open question the Commission has flagged.

A printed code is the easy default for a garment label. A battery pack or industrial part that spends years in a dirty environment? A tag is worth a look.

What NFC adds beyond a link

A tap can do more than open a URL. Chips such as the NTAG 424 DNA produce a different signed response on every tap, which helps prove a tag is genuine; see NFC product authentication and NTAG 424 DNA. That's a bonus for brand protection, not something the passport rules ask for.

What to do now

1. Work out which product group you're in and watch for its delegated act.
2. Plan a unique identifier per model, batch, or unit.
3. Pick a carrier per product, not per company. A QR code on the hang tag and an NFC tag in the product can coexist.
4. If you prototype NFC, an app like NFCore lets you write and test tags before committing to a chip.

Frequently Asked Questions

Does the EU require NFC for the Digital Product Passport?

No. The regulation requires a data carrier tied to a unique product identifier but doesn't name one technology. QR codes are the most cited option, with NFC and RFID named as alternatives.

When does the Digital Product Passport start?

Certain battery types come first, from 18 February 2027. Textiles, aluminium, and tyres follow through delegated acts expected from late 2027, with at least 18 months of transition after each act.

Where is the passport data stored?

With the economic operator or a third-party service provider. The EU registry holds identifiers and registration metadata, not the full passport.