ESPR 2024/1781. Phased 2027–2030. Delegated acts, category by category.
The Ecodesign for Sustainable Products Regulation makes a Digital Product Passport mandatory across most physical goods sold in the EU. Aeroz binds each unit to its passport, so the digital record and the physical item cannot be separated.
A DPP is a digital record — material content, origin, repairability, compliance. But the record is meaningless if it cannot be tied with certainty to the physical unit in front of you. A printed QR or 2D code is data, not identity: it can be photographed, reprinted, and applied to a counterfeit or swapped onto a different item.
When the carrier can be cloned, the passport it points to inherits the same doubt.
A dual-frequency chip carries an AES-128 identity bonded to each unit; the GS1 Digital Link resolves that identity to the DPP; every custody change writes an EPCIS 2.0 event to an append-only log. The passport stops being a printed pointer and becomes a verifiable record of a specific physical item.
A dual-frequency NFC + UHF chip with an AES-128 identity is bonded to each unit. A cloned QR resolves to the passport, but fails the cryptographic check the chip provides.
The unit resolves to its passport through GS1 Digital Link — the standard the EU and CIRPASS converge on. No proprietary lookup, no vendor lock to read the record.
Commission, ship, receive, repair, resell — each event lands in an append-only EPCIS 2.0 ledger with no UPDATE, DELETE, or TRUNCATE for any role. The passport's history can't be quietly rewritten.
Chip · bound identity
GS1 Digital Link · resolution
Custody · EPCIS 2.0 events
ESPR sets the framework; delegated acts switch on the DPP product group by product group through 2030. The priority categories are already named.
Fibre composition, origin, and durability — the lead category for DPP enforcement.
Electrical and electronic equipment: components, substances, and repairability data.
Materials, finishes, and disassembly information for repair and second life.
Grade, recycled content, and embodied-carbon attribution per batch.
Construction, materials, and lifecycle data tied to each unit produced.
Composition and performance declarations aligned to the construction framework.
Every passport resolution logged — which market asked, and what it verified.
Each handoff from line to retail as a signed EPCIS 2.0 event.
Composition, recycled content, and provenance bound to the unit, not a SKU.
Repairs, refurbishments, and ownership changes written to the same record.
Armed or breached, per unit, the moment the seal state changes.
Unit-level custody and DPP data fields, generated from one log on demand.
Built on the open standards the EU Digital Product Passport converges on
Aeroz is a member of INCITS, the ANSI-accredited U.S. standards body, and participates in the U.S. Technical Advisory Group to ISO/IEC JTC 5 — Digital Product Passport. JTC 5's mandate is cross-system DPP interoperability: exactly the layer Aeroz is built for — a tamper-proof physical anchor with an EPCIS 2.0 provenance layer that works under any passport or ledger.
Membership in the standards process; not an endorsement or certification of Aeroz or its products by INCITS, ANSI, or ISO/IEC.
DPP obligations arrive category by category, so the audit starts with yours: which delegated act, which data fields, which carrier requirements. We then issue live passports for one product line — UNTP-conformant credentials signed against each unit's chip identity — so your DPP works across borders, not just in Brussels.
Cross-border · one passport, every market
A fixed-fee Aeroz audit produces a written readiness assessment against ESPR 2024/1781 for your product category, a GS1 Digital Link and EPCIS 2.0 data-mapping review, and a scoped pilot plan with cost and timeline.
The Digital Product Passport (DPP) is a structured digital record of a product's identity, materials, and lifecycle, mandated under the EU Ecodesign for Sustainable Products Regulation (ESPR), Reg. (EU) 2024/1781, and accessed through a data carrier on the physical product.
Phased from 2027 to 2030. ESPR entered into force in 2024; delegated acts then set requirements category by category, with textiles and batteries among the first product groups.
The physical anchor. Aeroz binds each unit's identity to its DPP via a GS1 Digital Link URI and EPCIS 2.0 events, with an append-only audit log — so the digital passport is provably tied to the physical product, not just printed alongside it.
ESPR requires a data carrier such as a QR code or NFC tag linking to the passport. Aeroz pairs a GS1 2D barcode with a tamper-evident dual-frequency chip, meeting the carrier requirement while adding anti-counterfeit authentication.
Batteries (under the separate Battery Regulation, from February 2027) and textiles are early priorities, followed by electronics, furniture, and other categories defined by ESPR delegated acts through 2030.