Everything you need to know about the Digital Product Passport

The Digital Product Passport (DPP) is a structured set of data associated with a physical product via a data carrier (QR code, NFC, RFID). Created under the European ESPR regulation (Ecodesign for Sustainable Products Regulation — EU 2024/1781), it makes essential product information accessible: composition, origin, carbon footprint, repairability index, recycling instructions. The DPP accompanies the product throughout its lifecycle — from manufacture to end of life — and allows different stakeholders (manufacturers, distributors, consumers, recyclers, authorities) to access relevant data according to their role. Arianee, as a leading European DPP infrastructure provider, has already deployed more than 3.4 million digital passports for brands including Breitling and Fnac Darty.

The EU created the DPP to accelerate the transition towards a circular economy, in line with the European Green Deal. The objectives are multiple: improve product traceability across their entire lifecycle, provide consumers with reliable information for informed choices, facilitate repair and recycling by giving access to technical data, enable authorities to verify regulatory compliance, and effectively combat greenwashing by requiring verifiable data rather than simple marketing claims. The DPP is part of the Circular Economy Action Plan (CEAP) adopted in March 2020, which aims to decouple economic growth from resource consumption.

An eco-label (EU Ecolabel, etc.) is a static certification granted at a given moment and valid for a product category. The DPP, by contrast, is a set of dynamic data associated with each individual item (unique identifier per product, not per reference). It is updated throughout the product lifecycle: each event (repair, transfer, recycling) enriches the passport. The DPP also contains structured, interoperable data (not a simple PDF), accessible via API, enabling automated use by business information systems, regulators, and sorting centres.

The DPP is 100% digital. It is a digital twin of product data, hosted in an information system accessible online. Access to the passport is via a physical data carrier affixed to the product or its packaging — typically a QR code, NFC chip, or RFID tag. This data carrier is the link between the physical object and its digital passport. The consumer scans the QR code with their smartphone and instantly accesses the product data. Market surveillance authorities use the same mechanism to verify compliance.

The DPP is a central pillar of the ESPR regulation (Ecodesign for Sustainable Products Regulation — EU 2024/1781). ESPR is the horizontal legislative framework that defines the general principles of sustainable ecodesign. The DPP is its implementation instrument: it makes information requirements concrete by structuring each product's data in a standardised, interoperable format. ESPR provides that each product category will be subject to a specific delegated act specifying the mandatory DPP data for that sector. The Battery Regulation (EU 2023/1542) is the first legislative act to mandate a digital passport, with enforcement from February 2027.

The ESPR timeline is staggered by product category. Battery Pass: February 2027 for industrial batteries and EV batteries. Textiles & footwear: 2027. Consumer electronics: 2027–2028. Furniture: 2027–2028. Tyres, steel, aluminium, chemicals: 2028. Construction products, toys, cosmetics, detergents: 2029–2030. Iron and steel serve as the pilot category, with the delegated act expected in 2026. For brands in fashion and luxury, this leaves approximately 12–18 months of additional runway before textile delegated acts are finalised.

The EU Battery Regulation (EU 2023/1542) mandates a Battery Pass for all batteries over 2kWh and electric vehicles, effective February 2027. Required data includes: battery identification (brand, model, serial number, chemistry), energy performance (capacity, state of health, expected lifespan), material composition (cobalt, lithium, nickel content and recycled share), material provenance (country of origin, ethical sourcing certifications), carbon footprint (manufacturing and total lifecycle), and end-of-life instructions (dismantling scheme, recovery rates). This is the most advanced DPP legislation currently in force.

The Green Claims Directive (proposed) aims to ban greenwashing by requiring any environmental claim to be backed by verifiable scientific evidence. The DPP is the ideal infrastructure to support these claims: rather than simply declaring a product is 'sustainable' or 'recyclable', a company can point to the product's digital passport containing verifiable data — carbon footprint calculated via the PEF methodology, certified recycled content percentage, documented repairability index. The DPP thus becomes the technical foundation of the Green Claims Directive.

Batteries are the first sector with a mandatory digital passport (Battery Pass) from February 2027, under Regulation EU 2023/1542. Next are the priority sectors identified by ESPR: textiles and clothing, electrical and electronic equipment (EEE), household appliances, iron and steel, aluminium, and construction products. Delegated acts currently being drafted will define the precise requirements and timelines for each sector. By 2030, the majority of physical products sold in Europe should be covered by a DPP.

The textile and footwear sector faces mandatory DPP obligations by 2027 under ESPR. Required data will include: fibre composition (percentage of each fibre, recycled content and its source), durability and longevity (expected lifespan, wash resistance, care guide), hazardous substances (SVHC restrictions, textile certifications), traceability and provenance (country of origin, tier-1 manufacturer names), end-of-life instructions (recycling, take-back programmes), and environmental data (estimated lifecycle carbon footprint, water impact). For luxury brands, the DPP also offers opportunities: anti-counterfeiting, second-hand authentication, and premium transparency as a commercial differentiator.

EEE is one of the priority sectors for ESPR, with delegated acts expected between 2027 and 2028. The DPP for electronics will cover: product identification (brand, model, serial number), durability and repairability (expected lifespan, spare parts availability, repairability score), material composition (substances of concern, recycled content), energy performance, end-of-life instructions (dismantling instructions, hazardous substances location), and WEEE compliance information. The WEEE Directive already mandates certain traceability requirements, and the DPP will extend and standardise these.

The DPP uses open, interoperable standards. Arianee's infrastructure is built on: GS1 Digital Link for product identifiers and QR codes (compatible with existing barcodes), JSON-LD with Schema.org vocabulary for structured semantic data, EPCIS 2.0 for supply chain events, and W3C DID (Decentralised Identifiers) and Verifiable Credentials for optional blockchain use cases. The data model follows the JRC145830 methodology (Joint Research Centre, March 2026) which defines Core DPP (immutable static data) and Life-cycle Log (append-only dynamic events).

The DPP QR code follows the GS1 Digital Link standard, which is compatible with standard barcodes (GTIN). When scanned, the QR code resolves to the Arianee Passport Portal — a Progressive Web App that opens directly in the smartphone browser without requiring an app download. The portal displays the product information adapted to the user's role (consumer, repairer, recycler, authority). The same QR code serves all stakeholders across the product's entire lifecycle.

The JRC145830 methodology defines three granularity levels, all permitted under ESPR: Model-level (one DPP per model/reference, shared by all units — minimal cost), Batch-level (one DPP per production batch — useful when carbon footprint or materials vary by batch), Item-level (one DPP per individual unit with serial number — required for high-value products and batteries). A hybrid approach is explicitly recommended: static data at model level (composition, specs) + dynamic data at item level (repair history, state of health). Arianee supports multi-level referencing, allowing an item passport to reference its batch or model passport.

Arianee's Enterprise APIs offer native connectors for SAP, Oracle, NetSuite, Odoo, and Shopify. Integration can be done via REST API, CSV/JSON bulk import, or event-driven webhooks. The Management Hub supports mass import of up to 100,000 DPPs in a single batch. For e-commerce platforms, native integrations exist for Shopify, WooCommerce, Magento, and Adobe Commerce. CDP and DMP connectors (Segment, Tealium, mParticle) allow customer data synchronisation. SDKs are available for JavaScript/TypeScript, Python, and Java.

No, blockchain is not mandatory for the DPP. The European regulation requires data to be tamper-proof, traceable, and verifiable — but does not prescribe the technical means. Arianee's architecture supports both centralised (cloud-native, SOC 2 Type II) and decentralised (blockchain-based, W3C DID) approaches. The choice depends on the use case: item-level passports for high-value products benefit from blockchain for ownership transfer; model-level passports for mass-market products typically use a cloud-native infrastructure. Arianee handles both within the same platform.

The cost of DPP implementation varies significantly based on: granularity level (item-level is more expensive than model-level), number of products and SKUs, degree of supply chain integration required, and the data already available internally. Industry estimates range from €0.05 to €0.50 per product for basic model-level implementations, up to €1–5 per product for serialised item-level with full lifecycle tracking. With Arianee, scalability tiers run from 100 DPP/year (Starter) to 30,000+ DPP/year (Enterprise), with costs that scale linearly. The ESPR investment is in any case unavoidable from 2027 — the question is how to maximise the return on this obligation.

A typical DPP implementation with Arianee takes 4–12 weeks depending on scope. The phases are: supply chain audit and data gap analysis (2–3 weeks), platform configuration and API integration (2–4 weeks), pilot on a representative product range (1–2 weeks), adjustments and deployment (1–3 weeks). The main bottleneck is usually data collection from suppliers, not the technical integration itself. Arianee provides project templates and pre-configured compliance schemas (ESPR, WEEE, Battery Pass) that significantly accelerate setup.

The JRC145830 methodology explicitly states that DPP compliance is cross-functional — no single team can handle it alone. The typical steering committee includes: Product/CSR/Sustainability (data content, environmental metrics), IT/Digital (API integration, data management), Supply chain (supplier data collection), Legal/Compliance (regulatory monitoring, archiving), and Marketing/Customer Experience (consumer-facing passport portal). The Commercial/Distribution team should also be involved early if sellout monitoring or second-hand use cases are in scope. Arianee provides a dedicated implementation team to support each function.

Companies that start their DPP project early have significant advantages. First, data collection from suppliers is the longest phase — starting now gives time to build the processes. Second, early adopters gain credibility with regulators and consumers, and can use transparency as a commercial differentiator before it becomes table stakes. Third, the infrastructure built for compliance (product identifiers, data model, APIs) creates marginal-cost opportunities: sellout monitoring, second-hand authentication, post-purchase engagement, Carbon Scope 3 reporting. The DPP is an unavoidable investment from 2027; the strategic question is who extracts value from it first.

Arianee's DPP platform is organised into four modules: Management Hub — the brand back-office for creating, importing, validating, and publishing DPPs at scale (CSV/JSON bulk import, reusable templates, lifecycle pipeline); Compliance Engine — the automatic validation engine against ESPR, WEEE, Battery Pass, and AGEC-CSRD schemas, with certified legal archiving via Arkhineo (Docaposte Group); Passport Portal — the consumer-facing Progressive Web App accessible by QR code scan, with 5-tier role-based access control (consumer, repairer, recycler, supply chain, authorities); Enterprise APIs — the RESTful API layer for cloud-native integration, supporting GS1 Digital Link, webhooks, SDKs, scalable from 100 to millions of DPPs.

Arkhineo is the French leader in legally certified electronic archiving, part of the Docaposte Group (La Poste). Arianee's Compliance Engine integrates natively with Arkhineo to provide DPP archiving with legal probative value — meaning the archived records are admissible before courts and regulatory authorities. Data centres are located in France with geographic redundancy. Archiving includes trusted timestamping, electronic signature, and a full audit trail of every consultation and modification. Compliance certificates are accepted by French authorities and courts. This is compliant with GDPR, NF Z42-013, and eIDAS standards.

Arianee's platform is SOC 2 Type II certified, covering security, availability, processing integrity, confidentiality, and privacy. EU data residency is guaranteed (GCP France/Frankfurt/Sweden/UK options). The platform uses OAuth 2.0 and JWT authentication, TLS 1.3 encryption for all communications, full API audit logging, optional IP whitelisting, and data encryption at rest. GDPR-compliant with full data reversibility — no vendor lock-in. AFNOR member for French standardisation and GS1 partner for product identification standards.

The Passport Portal implements the 5-tier RBAC model defined by the JRC145830 methodology: Tier 1 — General public (free access via QR scan: durability/repairability scores, composition, care instructions, warranty, recycling options); Tier 2 — Professional operators (registered and certified repairers, refurbishers: dismantling instructions, diagnostic codes, spare parts list, ability to log interventions); Tier 3 — End-of-life operators (accredited recyclers: detailed material composition, substances of concern, safe dismantling instructions, ability to generate recycling certificates); Tier 4 — Supply chain (B2B identified manufacturers: detailed composition, recycled content, environmental footprint for upstream DPP aggregation); Tier 5 — Authorities (market surveillance, customs: full access to technical documentation, test reports, compliance declarations, audit history).

The DPP is the technical foundation enabling circular economy at scale. At purchase: the buyer accesses full composition, origin, and environmental data to make an informed choice. In use: a detailed care guide optimises product lifespan. In second-hand: the DPP certifies the actual condition of a used product — historical usage data (cycles, charge, maintenance) enables precise residual value assessment. In repair: the DPP lists available spare parts, authorised repairers, and estimated repair cost, stimulating repair over replacement. At end of life: the DPP guides the consumer to the appropriate recycler, documents composition for optimised sorting, and can generate recycling certificates.

Yes, the DPP with cryptographic certificate makes counterfeiting significantly harder. The authentic product's digital identity is anchored on-chain (or in a tamper-proof registry), making it impossible to duplicate without detection. Buyers — on a second-hand platform or in-store — can verify authenticity by scanning the QR code. The ownership transfer history is also recorded, providing provenance. For luxury and premium brands, this creates a verified authenticity guarantee that travels with the product, not with the paper invoice.

Ownership transfer is a native DPP lifecycle event. When a product changes hands (sale, gift, inheritance), the current owner initiates a transfer via the Passport Portal. The new owner scans the QR code and accepts the transfer. The entire maintenance history, certifications, and lifecycle log transfer with the product. For B2B contexts (distribution, ERP-integrated retailers), transfers can be automated via webhook. Each transfer is timestamped, signed by both parties, and recorded in the immutable Life-cycle Log. This creates a verifiable provenance chain of custody from manufacturer to current owner.