The EU estimates that up to 20% of products currently sold may no longer be permitted under future Ecodesign requirements. This is the most regulation-driven emerging capability in the tree. Data quality issues making passports unreliable if underlying data is inaccurate or incomplete, and interoperability failures between legacy IT/ERP systems and DPP workflows, are the primary implementation risks.
Assembles and maintains a digital identity for each product/batch that carries its full quality, regulatory, and sustainability data through the supply chain. Accessible via QR code per Article 10 of the EU ESPR. Data must be complete, accurate, continuously updated, and maintained for the product's lifetime plus 10 years.
EU ESPR timeline. The Ecodesign for Sustainable Products Regulation (EU 2024/1781) entered into force July 18, 2024. The EU DPP digital registry launches July 19, 2026. Battery passports become mandatory February 18, 2027 for EV, industrial >2kWh, and light means of transport batteries. Textiles and iron/steel delegated acts are anticipated mid-2027. Progressive expansion to additional product categories continues through 2030. The scope covers almost all physical goods on the EU market, with exceptions for food, feed, and medicinal products.
Battery passport as first mover. The Global Battery Alliance conducted 2024 expanded pilots with 10 consortia led by the world's leading battery cell manufacturers representing over 80% of global EV battery market share. Seven digital solution providers participated, tracking six materials (lithium, graphite, aluminium, cobalt, copper, iron phosphate). The Battery Pass Consortium (with Fraunhofer IPK) developed technical reference standards; the project now continues as BatteryPass-Ready test environment. Named companies in pilots include Audi, Tesla, and Kia.
Technical standards. QR code as mandatory data carrier (readable by smartphone, printable at near-zero cost), unique identifier per ISO/IEC 15459:2015, GS1 Digital Link + JSON-LD format, open interoperable formats without vendor dependency.
Precedent systems. DSCSA pharma serialization provides the closest precedent for end-to-end digital product identity — an Irish study found serialization increased COGS by 2.7%, with smaller manufacturers facing disproportionate burden. EU FMD (Falsified Medicines Directive) has been operational since February 2019 with unique identifiers on every medicine pack. Automotive IMDS (International Material Data System) provides precedent for cross-supply-chain material composition data sharing.
DPP platform providers (Circularise, Spherity, Scantrust), serialization/EPCIS platforms adapted for DPP, GS1 Digital Link infrastructure, JSON-LD data carriers, supply chain data exchange networks.
EU ESPR (EU 2024/1781, in force July 18, 2024), EU Battery Regulation (Annex XIII battery passport), EU MDR Article 27 (UDI — precedent), DSCSA (pharma serialization precedent), FSMA Section 204, ISO/IEC 15459:2015 (unique identifiers), GS1 Digital Link standard.
End-to-end lot/serial tracking of materials through production to finished goods, enabling recalls, root-cause isolation.
DPP requires complete material genealogy data as the foundational content layer.
Version-controlled creation, approval, distribution, and retirement of SOPs with immutable audit trail, electronic signatures, and access controls.
DPP data management procedures and lifecycle maintenance rules must be controlled.
Evaluating, qualifying, and developing supplier quality performance through PPAP/APQP, ongoing scorecards, second-party audits, and SCAR management.
Supplier-provided material composition and sustainability data feeds the DPP.
Nothing downstream yet.
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