What is a Digital Product Passport and How Does Warranty Data Feed It?

A Digital Product Passport (DPP) is a structured, machine-readable record that travels with a physical product throughout its entire lifecycle — from manufacturing to end-of-life. It captures information about the product's origin, materials, components, repairability, energy performance, and after-sales history.

The concept is central to the EU's Ecodesign for Sustainable Products Regulation (ESPR), which creates the legal framework for DPP requirements across product categories. Batteries are the first category with mandatory DPP requirements (from 2027), with textiles, electronics, and construction materials following in subsequent years. The regulation is designed to make the EU economy more circular — reducing waste, extending product lifetimes, and enabling better end-of-life decisions.

Practically, the DPP is accessed via a data carrier — typically a QR code, RFID tag, or barcode — attached to the product. Consumers, repair technicians, recyclers, and regulators can scan this to access the product's full lifecycle record. Manufacturers are responsible for creating and maintaining the DPP, and for ensuring it remains accurate throughout the product's life.

The exact data requirements vary by product category and will be specified in delegated acts under the ESPR. However, the general data categories required across all product types include:

Of all the data types the DPP requires, warranty and repair data is among the most operationally complex to capture and maintain. Manufacturing data is relatively static — it is captured at point of production. Warranty and repair data is dynamic — it accumulates throughout the product's life, across multiple stakeholders, in multiple geographies.

Every warranty claim that is filed creates a data event that should be reflected in the DPP: what failed, when, how it was diagnosed, whether it was repaired or replaced, what parts were used, how long the product's warranty period now extends to. For businesses with thousands of products in the field across multiple markets, maintaining this data manually is not realistic.

The DPP requirement therefore acts as a forcing function: businesses need warranty infrastructure that captures structured, machine-readable data as a natural output of the claims process — not as a separate compliance project. Platforms that do not generate this data automatically will face significant manual overhead, and risk data quality problems that expose them to regulatory risk.

iWarranty captures structured warranty and repair data at every stage of the product lifecycle. When a product is registered, when a claim is filed, when a repair is completed, when a part is replaced, when a warranty is extended — all of this is captured in a structured format that maps directly to DPP data requirements.

This data is available via API for DPP system integration, and iWarranty's product registration infrastructure supports QR-code-based product identity from point of sale — the same identifier that becomes the DPP access point. Businesses using iWarranty are not starting from zero on DPP compliance: they are already capturing the right data, in the right format, as a byproduct of running their warranty operations.

The delegated acts specifying exact DPP requirements for each product category are being published on a rolling basis. For most businesses outside the battery sector, mandatory compliance is still one to three years away — but the infrastructure requirements mean preparation needs to start now.

Specifically, businesses should assess: whether their current warranty and repair data capture is structured and machine-readable; whether their product registration infrastructure supports the unique identifier model the DPP requires; and whether their warranty platform can provide API access to lifecycle data for DPP system integration.

Businesses that treat DPP readiness as a standalone compliance project will face a costly and complex integration exercise. Businesses that choose warranty infrastructure designed with DPP in mind will find that compliance is a natural output of their normal operations.