What is a Digital Product Passport? Everything You Need to Know for 2026

The regulatory foundation: ESPR and what it requires

The EU's Ecodesign for Sustainable Products Regulation (ESPR), formally adopted as Regulation 2024/1781, replaces the older Ecodesign Directive and introduces Digital Product Passports as a core mechanism for achieving circular economy goals.

The logic is straightforward: you cannot recycle what you cannot identify, you cannot repair what you do not understand, and you cannot verify sustainability claims without structured, machine-readable data attached to the physical product.

A DPP is that structured data. It is a digital record linked to a specific product instance (not just a product model) that contains information about what the product is made of, how it was manufactured, how to maintain it, and what to do with it at end of life.

What makes a DPP different from existing documentation

Companies already produce Safety Data Sheets, Declarations of Conformity, Environmental Product Declarations (EPDs), and technical data sheets. So why do we need DPPs?

Three reasons:

1. Standardization. Existing documents use different formats, naming conventions, and data structures across manufacturers and industries. DPPs mandate a common schema.

2. Machine readability. A PDF certificate is human-readable but not machine-readable. DPPs use structured data formats (JSON-LD) that enable automated processing by customs authorities, recycling facilities, and supply chain systems.

3. Product-instance linkage. A technical data sheet describes a product model. A DPP describes a specific product unit, tracked by a unique identifier and physically linked via a QR code or NFC tag.

The DPP data model: what goes inside

Every DPP contains data organized into several categories. The exact fields vary by product category (batteries require different data than textiles), but the core structure is consistent.

Identification

• Unique product identifier (GS1 GTIN or SGTIN)
• GS1 Digital Link URI
• Manufacturer name, address, and registration
• Production facility and country of origin
• Batch or serial number
• Date of manufacture

Material composition

• Bill of materials at a declared level of detail
• Hazardous substance declarations (SCIP database entries)
• Recycled content percentage by material type
• Critical raw materials content and sourcing information
• REACH and RoHS compliance declarations

Environmental impact

• Carbon footprint (cradle-to-gate and full lifecycle)
• Energy consumption during manufacturing
• Water consumption
• Environmental Product Declaration reference (if applicable)

Durability and repairability

• Expected product lifetime
• Available spare parts and ordering information
• Repair instructions and authorized service network
• Firmware/software update availability
• Disassembly instructions for recyclers

Compliance and certification

• CE marking status and Declaration of Conformity
• Standards compliance (ISO, EN, IEC references)
• Test reports and certification body references
• Regulatory approvals by market

End of life

• Material recovery instructions
• Recycling facility requirements
• Hazardous waste handling protocols
• Take-back program information

The timeline: which products, when

DPPs roll out in phases. The EU Commission issues "delegated acts" for each product category, specifying the exact data requirements and compliance dates.

The battery deadline is real

If you manufacture, import, or distribute batteries with a capacity greater than 2 kWh on the EU market, the February 18, 2027 deadline is non-negotiable. This includes:

• Electric vehicle battery packs
• Industrial energy storage systems
• Light means of transport batteries (e-bikes, e-scooters)

The battery DPP requires over 90 data attributes, including State of Health tracking, carbon footprint by lifecycle stage, cobalt and lithium sourcing information, and recycled content declarations. This is the most demanding DPP specification to date.

Who is responsible: the liability chain

Understanding responsibility is critical because it determines who faces penalties for non-compliance.

EU-based manufacturers create the DPP. If you manufacture a product and place it on the EU market, you are responsible for generating and maintaining the passport.

Non-EU manufacturers with direct EU sales are equally responsible. If a factory in Indonesia ships batteries directly to an EU customer, that factory must provide compliant DPPs.

Importers bear a specific burden. If the non-EU manufacturer has not provided a DPP, the EU-based importer must create one before the product clears customs. Many importers are unaware of this obligation.

Distributors must verify that a DPP exists and is accessible. They do not create passports, but they cannot legally sell a product that requires one and does not have one.

Online marketplaces are now included under the General Product Safety Regulation (GPSR). Platforms that facilitate sales of DPP-regulated products must verify DPP availability.

Technical implementation: building a DPP system

Step 1: Product identification (GS1 Digital Link)

Every DPP needs a globally unique identifier. The EU has endorsed GS1 standards, specifically GS1 Digital Link URIs. These encode product identity into a URL structure that resolves to the DPP data.

A GS1 Digital Link URI looks like:

https://id.gs1.org/01/09506000134376/21/12345

Where 01 is the GTIN application identifier and 21 is the serial number. This URI can be encoded in a QR code, NFC tag, or RFID chip on the physical product.

Step 2: Data collection and structuring

The biggest challenge is not technology. It is data. Most manufacturers have the required information scattered across ERP systems, quality databases, supplier portals, and engineering documents.

Start with a data gap analysis:

1. Map required DPP fields for your product category

2. Identify which data you already have and where it lives

3. Identify gaps, especially supplier-provided data (material declarations, carbon footprint contributions)

4. Build collection workflows for missing data

Step 3: Supplier coordination

Your DPP includes data from your suppliers: material composition, origin of raw materials, carbon footprint of components. This requires structured data exchange agreements.

Start early. Suppliers need time to organize their own data, and many are unfamiliar with DPP requirements. The earlier you communicate expectations, the smoother the process.

Step 4: System selection

Your DPP platform needs to:

• Store structured product data per the relevant delegated act schema
• Generate compliant DPP records in JSON-LD format
• Create and manage GS1 Digital Link identifiers
• Link DPPs to physical data carriers (QR codes, NFC tags)
• Submit identifiers to the EU Central DPP Registry (when operational)
• Provide API access for ERP integration
• Support bulk passport generation for production batches

Step 5: Pilot and iterate

Start with one product line or one production batch. Generate DPPs, print QR codes, attach them to products, and verify the end-to-end flow: scan the product, see the passport, verify the data is complete.

This reveals process gaps before they become compliance failures at scale.

The Indonesian perspective

Indonesia is not subject to EU DPP regulation directly, but Indonesian manufacturers who export to the EU are. This creates an immediate obligation for:

• Battery manufacturers exporting cells or packs to EU customers
• Nickel and cobalt producers whose materials end up in EU batteries (supply chain due diligence requirements)
• Construction material exporters (steel, cement, insulation)
• Palm oil derivatives used in EU-regulated products
• Textile manufacturers producing for EU fashion brands

Indonesian companies that build DPP capability now gain a competitive advantage in EU procurement. European buyers are actively seeking suppliers who can provide compliant digital documentation.

Indonesia's own regulatory bodies are also exploring digital traceability frameworks. The Ministry of Industry (Kemenperin) has discussed digital product documentation for export goods, and BPOM's regulatory technology initiatives suggest digital compliance records are on the roadmap.

Common mistakes and how to avoid them

Waiting for the final regulation text. The battery regulation is final. Construction product requirements are nearly final. Waiting means compressing implementation into an impossibly short timeline.

Treating DPP as an IT project. DPP is a data project. The technology is the easy part. Collecting, validating, and structuring product data across your organization and supply chain is the real work.

Underestimating supplier data requirements. Your DPP is only as complete as the data your suppliers provide. Start supplier engagement now.

Building custom systems. Unless you have a large engineering team and specific integration needs, use a purpose-built DPP platform. The standards are complex and evolving.

Ignoring the physical carrier. A DPP without a scannable identifier on the product is not compliant. Plan your QR code or NFC tag placement, printing, and application process.

Beyond compliance: DPPs as business value

The smartest companies do not view DPP as a compliance cost. They view it as a competitive capability:

• Procurement differentiation. EU buyers increasingly prefer suppliers who can provide digital product documentation. DPP readiness is becoming a qualification criterion.
• Warranty and service automation. A DPP-tagged product enables scan-based warranty verification, automated service scheduling, and digital spare parts ordering.
• Resale value. Products with complete lifecycle data command higher prices in secondary markets. A used industrial battery with verified State of Health data is worth more than one without.
• Insurance benefits. Some insurers are beginning to differentiate premiums based on the quality of product lifecycle documentation.
• Sustainability reporting. DPP data feeds directly into ESG reports, Scope 3 emissions calculations, and sustainability disclosures.

Getting started today

KALIRA generates Digital Product Passports for batteries, construction products, industrial equipment, and safety gear. You enter your product data once, and KALIRA creates standardized, GS1-compliant passports with QR codes and NFC tags ready for your products.

The platform handles the technical complexity: JSON-LD formatting, GS1 Digital Link generation, data schema validation, and bulk passport creation for production batches.

Start building your Digital Product Passports today. Free to start.