EU Regulation 2024 · Mandatory from 2026

Digital Product Passport:
Everything You Need to Know

The EU is transforming how products share their story. Starting 2026, the Digital Product Passport (DPP) will be mandatory for key product categories. Learn what it means and how to prepare.

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What Is a Digital Product Passport?

A Digital Product Passport (DPP) is a standardized digital record that accompanies a product throughout its entire lifecycle. It contains structured data about the product's materials, manufacturing origin, environmental impact, recyclability, and supply chain history. Think of it as a digital identity card for every physical product.

The concept was established by the ESPR regulation (Ecodesign for Sustainable Products Regulation), adopted by the European Union in June 2024. Under ESPR, products sold in the EU market must carry a data carrier, typically a QR code, that links to a DPP containing all required information. This applies regardless of where the product was manufactured.

When a consumer scans the QR code on a product, they access sustainability data and usage instructions. When a regulator scans the same code, they see compliance certificates and test results. When a recycler scans it, they find disassembly instructions and material composition. All from the same code, powered by a technology called GS1 Digital Link.

The DPP is not just a regulatory checkbox. It represents a fundamental shift toward product transparency, giving consumers, regulators, and recyclers access to verified information that was previously locked in enterprise systems. Companies that prepare early gain a competitive advantage in markets that increasingly value sustainability and traceability.


EU Regulation Timeline and Deadlines

The Digital Product Passport rollout follows a phased approach. The ESPR regulation establishes the framework, and delegated acts define specific requirements for each product category. Here is the current timeline that applies to all products entering the EU market, regardless of their country of origin:

1
June 2024

ESPR Regulation Adopted

The European Parliament and Council adopt the Ecodesign for Sustainable Products Regulation (ESPR), establishing the legal framework for Digital Product Passports across all product categories sold in the EU.

2
July 2026

Central DPP Registry Launches

The EU's central DPP registry goes live. Batteries and industrial equipment are among the first product categories required to have a Digital Product Passport. Companies must have their DPP infrastructure in place.

3
2027

Expansion to Textiles and More

Industrial batteries, textiles, apparel, tires, and additional product categories must comply. The scope broadens significantly, affecting fashion brands, tire manufacturers, and energy storage companies.

4
2028-2029

Electronics and Construction

Consumer electronics, electrical equipment, and construction materials join the DPP requirement. Delegated acts detail specific data fields and compliance standards for each category.

5
2030

Universal DPP Coverage

All products sold in the EU market are expected to require a Digital Product Passport. Companies without DPP infrastructure will face market access barriers for the world's largest single market.


What Information Must a DPP Contain?

The exact data requirements vary by product category and are defined in delegated acts. However, the ESPR regulation establishes common categories of information that every Digital Product Passport must include:

Product Identification

A unique identifier for each product item or batch, linked to the manufacturer and product model. This is where GS1 identifiers like GTIN come in, providing a globally recognized, standards-based identification system.

Materials and Composition

Detailed information about raw materials, chemical substances, and components used in the product. This includes the presence of substances of concern and the percentage of recycled content used in manufacturing.

Manufacturing and Supply Chain

Country of manufacture, facility information, and supply chain transparency data. This enables traceability from raw materials through production and distribution to the end consumer.

Carbon Footprint and Environmental Impact

Product carbon footprint across its lifecycle, energy consumption during use, water usage in production, and other environmental indicators relevant to the product category.

Recyclability and End-of-Life

Instructions for disassembly, recycling points, recyclable material percentages, and proper disposal methods. This information is critical for the EU's circular economy objectives.

Compliance and Certificates

CE marking data, declarations of conformity, test results, and relevant certifications. Regulators can access this information directly by scanning the product's QR code.


Industries Affected by DPP Requirements

The DPP regulation follows a phased rollout, with different industries facing different deadlines. Here are the key sectors and what they need to prepare:

Batteries (First Wave, 2026)

Electric vehicle batteries, industrial batteries, and portable batteries above 2 kWh. DPP must include battery chemistry, capacity, expected lifespan, charging cycles, carbon footprint, and recycled content. This is the first product category to require full DPP compliance.

Textiles and Fashion (2027)

Clothing, footwear, and textile products. DPP must cover fiber composition, country of manufacturing, water and energy consumption in production, microplastic release potential, and durability ratings. Fast fashion brands face the most significant compliance challenges.

Electronics and Electrical Equipment

Smartphones, laptops, appliances, and other electronic products. DPP requirements include repairability scores, expected lifespan, availability of spare parts, energy efficiency ratings, and instructions for proper e-waste recycling.

Construction Materials

Steel, cement, insulation, and other building products. DPP must detail environmental impact of production, recycled content percentage, expected performance lifespan, and end-of-life recyclability to support sustainable construction.

Furniture

Commercial and residential furniture. DPP covers materials used (wood sources, textiles, foams), chemical treatments applied, disassembly instructions for repair or recycling, and durability test results.

Tires (2027)

Vehicle tires for passenger cars, trucks, and commercial vehicles. DPP requirements include material composition, rolling resistance, wet grip performance, noise levels, mileage expectations, and recyclability at end of life.


How GS1 Digital Link Enables DPP

GS1 Digital Link is the recommended data carrier technology for implementing Digital Product Passports. It bridges the physical product and its digital identity through a simple yet powerful mechanism: a QR code that resolves to structured data.

One QR Code, Multiple Audiences

A GS1 Digital Link QR code on a product encodes the product's unique identifier (GTIN) as a web URI. When scanned, a resolver service determines what information to return based on who is requesting it. A consumer sees sustainability data, usage instructions, and recycling guidance. A regulator accesses compliance certificates, test results, and declarations of conformity. A recycler gets disassembly instructions and material composition details. This is called content negotiation, and it is a core feature of the GS1 Digital Link standard.

Standards-Based Product Identification

The ESPR regulation requires a unique product identifier for each DPP. GS1's GTIN (Global Trade Item Number) is already the most widely used product identification system in the world, with over 1 billion products identified. Using GTIN as the DPP identifier means companies can leverage their existing GS1 infrastructure rather than building a new identification system from scratch.

Resolver Infrastructure

The resolver is the engine that converts a scanned QR code into the appropriate DPP data. Linkode provides a high-performance GS1 Digital Link resolver that handles content negotiation, language negotiation, and URI compression. With a two-level cache architecture (in-memory + Redis), response times stay under 50ms even at high traffic volumes.

Future-Proof Architecture

Because GS1 Digital Link uses standard web URIs, the DPP data behind the QR code can be updated at any time without reprinting the physical label. When regulations change or new data fields are required, you update the resolver configuration, not the product packaging. This makes GS1 Digital Link the most cost-effective approach to long-term DPP compliance.


Implementing DPP with Linkode

Linkode provides the complete infrastructure to implement Digital Product Passports using GS1 Digital Link. Here is how to get started:

1. Register Your Products with GTIN

Create your product entries in Linkode using your existing GTIN identifiers. If your products already have GTINs from your GS1 membership, import them directly. Linkode validates the GTIN format and check digits automatically, ensuring data integrity from the start.

2. Configure DPP Data Endpoints

For each product, configure the links that will serve your DPP data. Point to your sustainability reports, compliance certificates, material datasheets, and recycling instructions. Linkode supports multiple link types per product, so different audiences receive different information when they scan the same QR code.

3. Generate Compliant QR Codes

Generate GS1 Digital Link QR codes for your products. These QR codes encode the product's GTIN as a web URI and can include additional qualifiers like batch number or serial number for item-level DPP. Print them on packaging, labels, or directly on the product.

4. Track Access with Real-Time Analytics

Monitor who is scanning your DPP codes, where, and when. Linkode provides analytics on scan volume, geographic distribution, and which DPP data pages receive the most traffic. Use this data to understand how consumers, regulators, and partners interact with your product information.

5. Start Free, Scale When Ready

Linkode offers a free plan that includes GS1 Digital Link resolution and QR code generation. Start building your DPP infrastructure today at no cost. Upgrade to paid plans when you need batch QR generation, advanced analytics, team access, or higher resolution volumes.


Frequently Asked Questions About Digital Product Passport

A Digital Product Passport (DPP) is a standardized digital record that contains comprehensive information about a product's lifecycle, including materials, manufacturing origin, carbon footprint, recyclability, and supply chain data. Mandated by the EU's ESPR regulation, it is accessible via a QR code or data carrier on the product itself. The goal is to enable transparency for consumers, regulators, and recyclers.
The EU Digital Product Passport rollout begins in July 2026 with the central DPP registry and initial product categories including batteries and industrial equipment. Textiles, tires, and additional categories follow in 2027. Electronics and construction materials are expected around 2028-2029. By 2030, all products sold in the EU market are expected to require a DPP.
Yes. The DPP requirement applies to all products sold within the EU market, regardless of where they are manufactured. If you export products to EU member states, your products must comply with DPP requirements according to the applicable timeline for your product category. This means manufacturers in Asia, the Americas, and elsewhere must prepare their DPP infrastructure if they sell to European customers.
GS1 Digital Link is the recommended data carrier technology for implementing Digital Product Passports. It encodes the product's unique identifier (GTIN) into a QR code that resolves to different information depending on who scans it: consumers see sustainability data, regulators access compliance certificates, and recyclers get end-of-life instructions. This content negotiation capability makes it ideal for the multi-audience nature of DPP.
Implementation costs vary by company size and product complexity. With Linkode, you can start for free using the Free plan, which includes basic GS1 Digital Link resolution and QR code generation. Paid plans offer advanced features like batch QR generation, analytics, and multi-user access for larger-scale DPP deployments. The key cost factor is data preparation: gathering and structuring the sustainability, materials, and compliance data that the DPP requires.

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