Digital Product Passport: the data integration roadmap
Why the Digital Product Passport is a data integration problem first
A passport is only the visible surface. Behind the QR code sits a structured record that draws on most of a business’s systems at once: product identity and lot data from the ERP, bills of material and composition from the PLM or engineering files, sustainability attributes and documentation from the PIM, and test or certification records from the quality system. Suppliers hold another share, since recycled content and origin data enter the chain upstream. What the Digital Product Passport demands is that all of it resolves into one consistent record per product.
None of those systems was designed to publish outward, and none holds the full picture. The work is assembling accurate data from systems that were never coordinated, keeping it current as products change, and doing it for every affected SKU. That is an integration problem, and it is the part that takes quarters rather than weeks.
What does the DPP timeline look like through 2027?
It phases in category by category rather than on a single date. ESPR, in force since 2024, works through delegated acts: each product category gets its own act defining what its passport must contain, followed by a transition period before the requirements apply. Textiles are among the categories prioritized in the first ESPR working plan.
The first fixed milestone sits outside ESPR: under the EU Battery Regulation, battery passports become mandatory for EV and larger industrial batteries from February 2027. For everything else, the exact dates per category are still being set. That is not a reason to wait. It is the reason the data groundwork, which does not depend on any category’s final details, should start ahead of them.
The DPP data model: which data from which systems
A workable DPP data model starts by mapping each required data point to the system that owns it. Identity, lot, and supplier data belong to the ERP. Composition and material data belong to the PLM and inbound supplier feeds. Circular economy data, repairability information, recycled content, and end-of-life instructions typically live in the PIM alongside product content, which is why the PIM’s role in Digital Product Passports is central rather than supporting.
The mapping exercise usually surfaces two gaps. Some required data exists but is unowned, duplicated across systems with no agreed golden source. Some does not exist digitally at all, sitting in supplier PDFs or engineering archives. Both gaps take longer to close than any publishing step, which is why they belong at the front of the roadmap.