A Digital Product Passport is a structured digital record that follows a physical product through its lifecycle, making key data available to regulators, supply chain partners, consumers, and recyclers via a machine-readable identifier.
The concept is not new, but the regulatory context is. The EU's Ecodesign for Sustainable Products Regulation (ESPR), adopted in 2024, makes the Digital Product Passport a legal requirement for a wide range of product categories sold in the European market. For enterprises, this is a compliance mandate with significant data infrastructure implications.
This article explains what a DPP is, which regulations drive it, what data it must contain, which industries are affected, and what enterprises need to do to prepare.
A Digital Product Passport (DPP) is a digital record that contains structured information about a product's materials, manufacturing process, environmental impact, repairability, and end-of-life characteristics. It is linked to the physical product via a unique identifier, typically a QR code or RFID tag, and is accessible to authorized parties throughout the product's lifecycle.
The DPP is not a document or a PDF. It is a machine-readable data record, accessible via an API or web endpoint, structured according to a defined schema that enables automated processing by supply chain partners, customs authorities, recyclers, and regulators.
A DPP can carry information about a specific product model, a production batch, or an individual serialized unit, depending on the regulatory requirements and the product category.
The EU introduced the Digital Product Passport as part of its Circular Economy Action Plan and the broader European Green Deal. The core problem the DPP addresses is information asymmetry in product supply chains: data about material composition, environmental impact, and end-of-life options exists somewhere in the supply chain but is not reliably available to those who need it.
Recyclers cannot efficiently process products without knowing what materials they contain. Regulators cannot verify compliance claims without access to verified product data. Consumers cannot make informed purchasing decisions without transparent lifecycle information. The DPP is designed to make this data flow reliably across the value chain.
ESPR provides the legislative foundation, defining which product categories require a DPP, what data elements must be included, and the compliance timeline across different sectors.
Specific data requirements vary by product category and are defined in product-specific delegated acts under ESPR. Most DPP frameworks include the following categories:
Some data elements are mandatory under the applicable regulation; others are recommended or optional. The balance shifts by product category, with batteries having more extensive mandatory requirements than most other consumer products.
ESPR does not apply to all product categories simultaneously. The European Commission publishes delegated acts that define DPP requirements for each category on a rolling schedule. The table below summarizes current status and expected timelines.
| Product category | Regulation | DPP mandate status | Expected timeline |
|---|---|---|---|
| Batteries | Battery Regulation (EU 2023/1542) | Confirmed | From Feb 2027 (industrial, EV) |
| Textiles | ESPR delegated act | In development | Expected 2026-2027 |
| Electronics | ESPR delegated act | In development | Expected 2027-2028 |
| Construction products | Construction Products Regulation (revision) | In development | Expected 2027+ |
| Furniture | ESPR delegated act | Scoping phase | Expected 2028+ |
| Cosmetics | Cosmetics Regulation (revision) | Under consideration | TBC |
The Battery Regulation (EU 2023/1542) is the most advanced DPP framework. It requires a battery passport for industrial batteries above 2 kWh, light means of transport batteries, and EV batteries placed on the EU market from February 2027. Required data includes carbon footprint, material composition, state of health for EV batteries, and supply chain due diligence information for materials such as cobalt, lithium, and nickel.
Textiles is a priority category under ESPR. The DPP for textiles is expected to require data on fiber composition, country of manufacture, repairability, and recycled content. Fast fashion supply chains with complex, multi-tier supplier structures face particular challenges meeting the traceability requirements.
Electronics DPP requirements are expected to cover material composition (including critical raw materials), repairability scores, spare part availability, and end-of-life handling. The sector faces challenges in managing component-level data across highly fragmented global supply chains.
The revision of the Construction Products Regulation introduces DPP requirements with a focus on environmental performance, carbon footprint, and end-of-life characteristics. The diversity of construction product types means delegated act development is taking longer than some other categories.
Furniture is included in the ESPR work plan but is at an earlier scoping stage. Requirements are expected to focus on material composition, durability, repairability, and recycled content declarations.
Cosmetics DPP requirements are under discussion as part of the Cosmetics Regulation revision. The focus is expected to be on ingredient transparency and packaging sustainability data. The timeline is the least defined of the categories listed here.
A DPP is accessed via a unique identifier attached to the product, most commonly a QR code. When scanned, the identifier resolves to a DPP data record hosted by the manufacturer or a third-party DPP platform. The record is structured according to the applicable data schema and returns the relevant product information to the requesting party.
Access to different parts of the DPP can be tiered. Regulators and market surveillance authorities typically have access to the full record. Consumers may see a simplified public-facing view. Supply chain partners and recyclers may have access to technical data not visible to the general public.
The data in the DPP must be kept current. When a product's material composition changes, when a supplier declaration is updated, or when the product enters a new lifecycle phase, the DPP record should reflect that change. This is what distinguishes a DPP from a static product datasheet.
For enterprises selling into the EU market, DPP compliance is a market access requirement. Products in scope that do not carry a valid DPP will not be permitted for sale in the EU once the applicable delegated act takes effect.
Beyond compliance, the DPP creates pressure to improve supply chain data quality that many organizations have long deferred. Collecting, verifying, and maintaining material composition data, supplier declarations, and carbon footprint data forces a level of data discipline that has broader benefits: for procurement, for sustainability reporting under CSRD, and for supply chain risk management.
For enterprises with B2B customers in regulated industries, DPP data will increasingly appear in procurement requirements and supply chain due diligence requests ahead of the formal regulatory deadlines.
The primary implementation challenge for most enterprises is data integration. DPP data is scattered across ERP systems, PLM tools, supplier portals, and logistics platforms, none of which were designed to produce a unified, machine-readable product record. Assembling that data, validating it, and keeping it current requires real integration architecture investment.
Supplier data is the hardest element to solve. Material composition and sustainability declarations from sub-tier suppliers are difficult to obtain in structured form, particularly for global supply chains with hundreds or thousands of supplier relationships. This is a data supply chain problem as much as a technology one.
Regulatory uncertainty adds a planning challenge on top of the technical one. Many delegated acts are still in development, meaning precise data requirements for categories beyond batteries are not yet finalized. Enterprises need platforms built for adaptability, not for a fixed set of fields.
The most practical first step is a regulatory scope assessment: determine which of your products will require a DPP, under which regulation, and by when. This sets the compliance timeline and scopes the implementation.
The second step is a data readiness assessment: for each required data element, establish where it currently lives, whether it is in a usable format, and where genuine gaps exist. This drives integration architecture design and surfaces supplier onboarding requirements that need to start well before the technical build begins.
Organizations closest to compliance readiness are those with modern integration infrastructure, reasonably complete product data in their ERP and PLM systems, and established supplier data sharing processes. Those starting from a less mature baseline should plan for longer timelines and an iterative delivery approach.
Mimacom helps enterprises implement Digital Product Passports by addressing the hardest part: data integration. Connecting ERP, PLM, and supplier systems, building event-driven data pipelines with Kafka, governing product data with IBM Event Automation, and exposing passports via API Connect are the core technical capabilities Mimacom brings to DPP programs.
As a certified Confluent partner, Mimacom designs integration architectures that scale across product categories and evolving regulatory requirements. Whether your starting point is a readiness assessment or an architecture design for a specific product category, Mimacom's DPP implementation services are built to take you from initial scoping to a production-grade platform.
Meeting the DPP mandate is a forcing function for supply chain data quality that has value beyond the regulatory deadline. The work of connecting source systems, onboarding suppliers to structured data exchange, and building governed product data infrastructure pays dividends in procurement, sustainability reporting, and risk management.
Enterprises that approach DPP implementation as a capability investment rather than a one-time compliance project will be better positioned as additional product categories come into scope and as supply chain transparency expectations from customers, investors, and regulators continue to increase.
No. A declaration of conformity is a manufacturer's statement that a product meets specific regulatory requirements. A Digital Product Passport is a structured data record that makes product information available digitally throughout the lifecycle. A DPP may reference compliance declarations, but it is a broader and more comprehensive data object that covers the full range of material, environmental, and lifecycle information.
ESPR applies to all enterprises placing in-scope products on the EU market, regardless of size, though some threshold exemptions may apply at very low production volumes. SMEs that supply components or materials to manufacturers subject to DPP requirements will also face indirect pressure to provide structured data to support their customers' compliance programs.
Both options are viable. Third-party DPP platforms can accelerate time to compliance for organizations without integration infrastructure, though they introduce dependency on a vendor's data model and API contracts. Enterprises with complex product portfolios, multiple regulated categories, or existing investment in integration platforms often find it more cost-effective and flexible to build on their own infrastructure.
Let Mimacom assess your readiness and build your DPP roadmap. Contact our team to discuss your product scope and compliance timeline.