A digital product passport is an information system connected to a physical product. RFID or NFC can carry an identifier or a link into that system. Neither the tag nor a landing page alone establishes regulatory compliance.

This guide describes engineering roles as of October 1, 2026. Determine the rule and application date for the exact product group from current EU law and implementation measures; do not use a general article as the legal approval for a shipment.

Framework and product rules are different

The Ecodesign for Sustainable Products Regulation, Regulation (EU) 2024/1781, creates a framework for product requirements and passports. Requirements are developed through product-specific or grouped measures. A working-plan target is not automatically the date a particular product must comply.

Identify the applicable measure, scope, data requirements and responsible economic operator. Do not state that every textile, electronic item or consumer product already has the same passport obligation. Other legislation may create separate obligations that need their own review.

Choose a carrier for each access task

Access task Carrier to evaluate
Consumer opens the product record Camera-readable code or supported NFC link
Warehouse inventories serialized items UHF RFID identity
Service or recycling station identifies the item Carrier compatible with installed equipment
Authentication is also required Separate, explicit security architecture

A NFC tag can support a phone interaction, while a UHF inlay can support bulk inventory. Link both to the correct record if both are used. Assess the carrier against the relevant legal and interoperability requirements rather than a marketing claim that one technology is mandatory.

Determine the identifier’s scope: model, batch or individual item. Keep the carrier readable through the intended life and normal handling. For a web link, control the domain, redirection, service ownership and migration plan. A tag’s physical longevity is irrelevant if the record disappears.

Specify access rights for different users, data update responsibility and export or continuity arrangements. Avoid putting private or frequently changing information directly into a publicly readable carrier unless required by the system design.

Pilot before freezing the label

Test scan or tap usability on the final material and decoration. Confirm identifier mapping, displayed record and behavior when the service is unavailable. Include replacement carriers and reassignment controls so service work does not disconnect the product from its history.

Send the intended product group, carrier workflow and service-life needs through the Antenza engineering inquiry. Establish the compliance and data architecture with the responsible specialists first, then validate the physical tag construction.

Frequently asked questions

Does the EU require an NFC tag on every product?

No universal NFC requirement follows from the ESPR framework. Product-specific measures determine requirements and timing; the carrier must meet the applicable rules.

Does buying an RFID or NFC tag make a product DPP compliant?

No. The carrier is only one part. Required information, identifiers, access, persistence and product-specific obligations must also be satisfied.

Sources & further reading