The EU Digital Product Passport Central Registry officially went live on July 19, 2026, marking a turning point for product transparency across Europe. While much of the conversation has centered on regulation and compliance timelines, there is a technology story here that deserves attention. RFID and NFC are emerging as the backbone infrastructure that will make Digital Product Passports work at scale.
The registry itself operates as a federated index, similar in concept to how DNS works for the internet. It does not store the full contents of every product passport. Instead, it records the existence of each DPP, holds key metadata, and resolves queries to the location where the actual passport data lives. Manufacturers remain responsible for hosting and maintaining their own passport content. The registry simply ensures that every product can be found, verified, and traced.
What makes this system practical is the GS1 Digital Link standard sitting underneath it. GS1 Digital Links encode product identifiers into web-resolvable URIs, and here is the critical detail for the RFID industry: these identifiers are designed to be compatible with both QR codes and RFID tags. This is not an afterthought. It is baked into the technical architecture from the ground up.
NFC tags are particularly well suited to consumer-facing DPP access. An NFC tag embedded in a garment label, a battery casing, or a piece of furniture allows anyone with a smartphone to tap and instantly retrieve that product’s full sustainability data. Material composition, recycled content percentages, carbon footprint figures, repairability scores, hazardous substance declarations, and end-of-life recycling guidance are all accessible with a single tap. No app download required. No manual searching. The product simply tells you its story.
On the supply chain side, UHF RFID brings a different but equally important capability. Bulk scanning at warehouse docks, distribution centres, and customs checkpoints means that thousands of products can be verified against the central registry in seconds rather than hours. As automated customs verification comes online over the next few years, UHF RFID will be the technology that makes real-time compliance checking feasible at the volumes the EU market demands.
The phased rollout adds urgency. Iron and steel products fall under the requirements immediately alongside the registry launch. Batteries, textiles, tyres, and aluminium follow in 2027. Furniture in 2028. By 2030, most remaining product categories will be covered. That means hundreds of millions of individual product passports across thousands of businesses, all needing reliable, durable identification technology that can survive the full product lifecycle, potentially ten years or more after a product leaves the market.
Platforms like Voittaa’s Digital Product Passport solution are already enabling businesses to create, manage, and maintain compliant product passports. Having the right platform infrastructure in place now, rather than scrambling as each sector’s deadline approaches, is the difference between a smooth transition and an expensive one.
A 2022 European Commission assessment found that 53 percent of environmental claims made by companies were vague or misleading. The DPP system, underpinned by verified data carried on RFID and NFC tags, is designed to end that ambiguity. When a product carries an NFC-enabled passport, the claims become verifiable on the spot.
The registry going live is not just a regulatory milestone. It is the moment when RFID and NFC shift from being useful supply chain tools to being essential compliance infrastructure for every company selling goods into Europe.