Persistent asset identity
Connect the product family, configuration and individual serialised asset without losing the relationship between them.
Industrial DPP solution
Digital Product Passports for Industrial Equipment Manufacturers
Give long-life products and serialised assets a persistent digital identity—connecting specifications, evidence, stakeholder access and lifecycle events from manufacture to end of life.
Serialised product identityTechnical evidenceLifecycle traceabilitySecure B2B access
Why industrial products are different
The product keeps changing after it leaves the factory
Industrial equipment can remain in service for years, change owners, undergo inspections and repairs, receive replacement parts and accumulate new evidence. A static product page or PDF cannot reliably represent that history.
A Digital Product Passport creates a persistent identity layer connecting the original manufactured configuration with the information and lifecycle events that follow the individual product.
Industrial capabilities
One governed record across the product lifecycle
Controlled technical evidence
Link declarations, certificates, instructions, drawings and test evidence to the correct product or version.
Lifecycle event history
Record inspection, repair, refurbishment, status and end-of-life events as an auditable product history.
Stakeholder-specific access
Separate public product information from customer, service, auditor, authority and internal views.
QR and NFC access
Connect the physical asset to one stable resolver identity through suitable industrial data carriers.
Enterprise integration
Synchronise governed product information with ERP, PLM, PIM, MES and service systems through APIs.
Applicable product patterns
Where industrial DPP architecture creates value
These examples describe practical traceability patterns, not a statement that every listed product is already subject to an ESPR passport duty.
Lifting and rigging products
Serial identity, technical specifications, certificates, inspection history and status.
Machinery and production equipment
Configuration, manuals, parts, service records, repairs and operating evidence.
Engineered components
Batch or item identity, material evidence, supplier data and traceability relationships.
Industrial tools and attachments
Product identity, compatibility, instructions, inspection and maintenance events.
Electrical and electronic equipment
Model and serial data, materials, documentation, repair and end-of-life information.
Long-life customer assets
Handover evidence, ownership context, service history and controlled customer access.
Model → asset → lifecycle
Keep shared product data separate from serialised history
Product-family data should be governed once. Asset-specific identity, status, evidence and lifecycle events should remain attached to the individual item without overwriting the published past.
01
Product type
Defines the industrial product category and applicable configuration
02
Product master
Controls shared specifications, manufacturer data and approved content
03
Serialised asset
Adds serial identity, manufacture context and asset-specific attributes
04
Passport version
Publishes an immutable evidence-backed view
05
Lifecycle events
Append inspection, repair, ownership, status and end-of-life history
Controlled visibility
Different stakeholders need different product views
A credible industrial passport does not publish every internal drawing, supplier document or commercial record. Data classification and role-based access are part of the architecture.
Manufacturer
Authoritative master data, configuration, evidence and publication control
Customer or asset owner
Product documents, status, service information and relevant lifecycle history
Inspector or service partner
Inspection requirements, permitted evidence and event submission workflows
Supply-chain partner
Component, material or process data within the agreed permission boundary
Market-surveillance authority
Information and evidence available to the role under applicable legislation
Public user
Approved product, sustainability, safety and circularity information
Implementation roadmap
Seven steps from product selection to working passport
Select one representative product family
Choose a real product with genuine data, evidence, stakeholders and lifecycle activity.
Map model, batch and item identity
Define shared product data and the serialised fields that must remain asset-specific.
Build the governed data dictionary
Assign every field a definition, source, owner, format, validation rule, access class and update trigger.
Connect evidence and source systems
Link documents and structured data from ERP, PLM, PIM, MES, service tools and suppliers.
Design role-based passport views
Expose only the information appropriate for public, customer, service, audit and authority roles.
Attach and test the carrier
Validate QR or NFC access, durability, placement and smartphone behaviour on the physical product.
Publish and exercise lifecycle changes
Test inspection, repair, correction, status and evidence updates without rewriting history.
Need help selecting the identifier and carrier?
Compare QR, NFC, RFID, resolver and attachment considerations before buying tags at scale.
Real-world pilot proof
From a high-capacity lifting product to a public DPP
UniQorn Trace has been used in a controlled technical pilot connecting a genuine serialised industrial lifting product to QR and NFC access, controlled evidence, lifecycle events and a mobile public passport.
The pilot validates the technical workflow. It is not a conformity assessment or a claim that the product is already covered by a product-specific ESPR DPP mandate.
What the pilot demonstrated
- Persistent serialised identity
- One resolver across NFC and QR
- Controlled public and internal evidence
- Mobile access on a real device
- Lifecycle-ready product history
Start with one product family
Build an industrial DPP pilot around your real data
UniQorn Trace™ connects multi-tenant product identity, structured information, evidence, stakeholder access and lifecycle events for B2B manufacturers.
Plan the ERP/PLM integrationCommon questions
Industrial equipment DPP FAQ
Do all industrial equipment products already require a Digital Product Passport?
No. ESPR establishes the framework, but product-specific delegated acts determine which products are covered, the detailed requirements and application dates. Other EU legislation may create separate passport duties for particular products.
Should industrial equipment use a model-level or item-level passport?
The applicable product rules determine the required level. Operationally, long-life equipment often benefits from serialised item identity because inspections, repairs, ownership and status changes occur to the individual asset.
What information belongs in an industrial equipment DPP?
The binding dataset depends on applicable legislation. A practical architecture may prepare product identity, specifications, materials, responsible-operator data, instructions, compliance evidence, service information and lifecycle events, with access controlled by role.
Can a DPP replace inspection or certification systems?
A DPP can connect relevant records and evidence, but it does not itself perform an inspection, certify a product or replace the legal and technical processes required for conformity or safe use.
Can existing ERP and PLM data be reused?
Yes. The DPP should govern and exchange authoritative data from existing systems rather than create another manual silo. A data dictionary and ownership model are needed before integration.
How should an industrial manufacturer begin?
Start with one representative product and test the full chain from identity and source data through evidence, access controls, QR or NFC, publication and a lifecycle update.
Primary legal source
See Regulation (EU) 2024/1781. Always verify the current consolidated text and the adopted product-specific measure or other legislation applicable to the exact equipment.
Editorial note: This page provides general implementation guidance, not legal advice, certification, conformity assessment or a claim that every industrial product requires a DPP.