Digital Product Passport Registry is Live


On July 20, 2026, the European Commission launched the Digital Product Passport Registry together with a testing environment for businesses to begin working with it. Since 2019, and up to today, the Digital Product Passport has existed primarily as a regulatory concept under the Ecodesign for Sustainable Products Regulation (ESPR). For years, DPP was something companies knew about, but didn’t need to act on. However, with the arrival of the DPP Registry, this changes. The infrastructure businesses need to register products is operational, and the first hard compliance deadline is coming in February 2027.

At PSQR, we work with manufacturers, brands and their suppliers on exactly the kind of data challenge the DPP creates. Our goal is proving, with evidence, where a product and its components actually came from.

Therefore, in this article, we will unpack what the launch of the DPP Registry really means and why the technical plumbing the Commission has built is only part of the compliance picture.

What is a Digital Product Passport Registry

The Registry is best understood as a directory, not a data store. It holds a unique identifier for each product along with basic registration details. Moreover, it points to where the full Digital Product Passport information actually lives, whether that is with the company placing the product on the market or with a service provider working on its behalf. The detailed content of the passport itself, materials, origin, compliance documentation, stays decentralized.

Businesses can register a product through a secure web interface or via API. This means registration can be built directly into existing systems rather than carried out manually for each item. Companies can also generate an official proof of registration to demonstrate compliance to business partners and customers.

Alongside the Registry, the Commission has released a free, machine-readable repository of standard data models and vocabulary. This gives businesses a shared way of describing the same information, so that a term like “material composition” or “country of origin” means the same thing regardless of who is registering the product.

Several of the harmonized EU standards underpinning the system, covering identifiers, data carriers, and data exchange, have already been published.

What this means for businesses

The infrastructure that will eventually hold every company’s product data is now operational, sooner than many businesses planned for. That changes the nature of the compliance question.

It is no longer a matter of whether the system will exist. It is a matter of whether a business is in a position to use it correctly when its sector’s deadline arrives.

Registering a product depends entirely on the data behind it. This means knowing, with confidence:

  • what a product is made of, and
  • where each material and component came from,

often across multiple tiers of suppliers and several countries.

For most companies, that information exists somewhere, but it is rarely structured, consistent, or complete. It is spread across:

  • supplier certificates,
  • spreadsheets,
  • quality records, and
  • emails

that were never built to be checked electronically or cross-referenced with a regulatory system.

This is the work that takes time, and it is not a task that begins once a deadline is close. Once the underlying data is accurate, verified, and structured to the right standard, registering it is the straightforward path.

Where traceability comes in

The Digital Product Passport Registry was built to hold an identifier and point to a company’s data. It’s purpose isn’t to verify the data is accurate, or to help a company gather it in the first place. That is a separate function, and it is the one traceability systems exist to perform.

  • Capturing data at the source. Rather than relying on supplier declarations alone, a traceability platform helps build a verifiable record of materials and processes across every tier of the supply chain, from raw materials to finished products.
  • Structuring data to the right standard. The EU has published shared data models for how this information should look. A traceability system that is built to those models from the outset means feeding data into the Registry becomes a natural step in an existing workflow, rather than a separate translation exercise carried out under deadline pressure.
  • Keeping evidence audit-ready. If a customs authority or market surveillance body asks a company to demonstrate where a product came from, a declaration is not sufficient. The underlying evidence, certificates, transaction records, and supplier data need to be organized and available.
  • Maintaining data over the product’s lifecycle. A Digital Product Passport is not a one-time filing. As suppliers, materials, or components change, the data behind the passport needs to be updated too. Traceability systems are built to track that ongoing change, not just the information available at first registration.

In short, the Registry provides the address. Traceability is what ensures the information at that address is accurate, complete, and able to withstand scrutiny.

Conclusion

The Commission has built the system that will hold every company’s Digital Product Passport identifier, and it is operational ahead of several sector deadlines. That is the more straightforward half of DPP compliance. The harder half, knowing exactly where materials and components come from and being able to prove it, remains a traceability challenge that each company has to solve internally.

Businesses that begin that work now, while the testing environment is open and there is still time to get it right, will be far better positioned than those waiting until their sector’s deadline is close.

If you would like to understand where your organization’s traceability capability currently stands against the Registry’s requirements, don’t hesitate to reach out to us.