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A Digital Product Passport (DPP) is a structured digital record that makes key information about a product accessible throughout its lifecycle. It can contain data about materials and components, product identity, technical characteristics, sustainability, compliance, repairability, and other information required for the relevant product category.
Digital Product Passports are a key mechanism under the EU’s Ecodesign for Sustainable Products Regulation (ESPR). Rather than treating product information as disconnected documents held by individual manufacturers, suppliers, and systems, the DPP is intended to make defined product information available in a standardized and accessible digital form.
For manufacturers and suppliers of industrial equipment, this creates a significant data-management challenge. The information required for a DPP may originate across engineering systems, supplier documentation, certificates, material records, product structures, and operational systems. Creating the passport therefore depends not only on publishing data, but on establishing trusted, structured, and traceable product information.
The exact information contained in a Digital Product Passport depends on the product category and the applicable requirements. A DPP may include product identification, manufacturer information, materials and components, technical characteristics, sustainability information, compliance documentation, repair and maintenance information, and end-of-life data.
This means a DPP is not simply a digital document or QR code. The identifier provides access to information, while the underlying product data must remain structured, accurate, governed, and connected to the correct product throughout its lifecycle.
For industrial organizations, much of this information already exists — but it is often fragmented across engineering systems, ERP platforms, supplier submissions, spreadsheets, certificates, and document repositories. Practices such as Master Data Governance and Data Quality Management therefore become increasingly important when preparing product information for DPP use.
Digital Product Passports are intended to improve access to reliable product information and support greater transparency, circularity, sustainability, and regulatory compliance across product value chains.
Under ESPR, DPP requirements can be defined for specific product groups through subsequent product-specific rules. The information required can therefore differ depending on the type of product.
For companies, this changes product compliance from primarily document-based reporting toward a more data-centric model. Relevant information must be identifiable, maintainable, and available throughout the required lifecycle rather than assembled manually whenever it is requested.
A Digital Product Passport connects a product or product grouping to a digital source containing the information required for that product.
In practice, this requires several layers to work together:
This makes DPP implementation closely related to broader disciplines such as Data Interoperability, master data management, information governance, and lifecycle data management.
The Ecodesign for Sustainable Products Regulation (ESPR) establishes the EU framework under which Digital Product Passports are introduced. Rather than imposing an identical passport on every product immediately, ESPR provides the framework through which detailed requirements can be established for specific product groups.
Organizations should therefore distinguish between the overall DPP framework and the detailed requirements applicable to a particular product category.
Those requirements can determine which data must be included, how it should be made available, who needs access, and how the information must be maintained.
For businesses preparing for DPP, the important question is therefore not simply “Do we need a Digital Product Passport?” but also “Which of our products will be covered, what information will be required, and where does that information currently reside?”
Industrial equipment presents a particularly complex DPP data challenge because a single product can involve large numbers of technical attributes, components, materials, supplier records, certificates, revisions, and supporting documents.
Information may originate from OEMs, EPC contractors, component suppliers, engineering systems, procurement platforms, ERP systems, and document repositories.
The challenge is therefore not merely collecting information. Organizations must be able to determine:
This is where structured Asset Master Data Management and controlled product and asset information become important foundations for scalable DPP implementation.
A Digital Product Passport should not be confused with an Environmental Product Declaration (EPD), Life Cycle Assessment (LCA), or Product Carbon Footprint (PCF).
An LCA is a methodology for assessing environmental impacts across a product lifecycle. An EPD communicates defined environmental information based on an LCA according to applicable rules and standards. A Product Carbon Footprint focuses specifically on greenhouse-gas emissions associated with a product.
A Digital Product Passport is broader as an information mechanism. It can provide access to multiple categories of product information and may reference sustainability and environmental information alongside identity, technical, compliance, material, repair, and lifecycle data.
These concepts can therefore complement each other rather than replace one another.
DPP readiness should begin with the underlying data rather than the final passport interface.
Organizations can start by identifying which products are likely to fall within relevant requirements and mapping the information needed for those products against existing data sources.
A practical preparation process includes establishing reliable product identifiers, identifying authoritative data sources, standardizing classifications and attributes, resolving duplicates and inconsistencies, defining ownership and approval processes, and maintaining traceability between product records and supporting documentation.
Where information must move between multiple organizations and systems, a common structure becomes especially important. A Reference Data Library can help standardize classes, attributes, and terminology so that information supplied by different parties can be interpreted consistently.
Creating a Digital Product Passport is only the beginning. The underlying information must remain trustworthy as products, components, specifications, certificates, and regulatory requirements change.
Effective DPP data governance therefore requires defined ownership, validation rules, controlled changes, traceability, and an auditable record of how information has evolved.
This is closely related to Change Control for Master Data. When a controlled product attribute changes, organizations need to know what changed, who approved it, which systems and records are affected, and whether the corresponding passport information must also be updated.
Without this governance layer, a DPP can become another disconnected snapshot rather than a trusted source of lifecycle product information.
Sharecat helps industrial organizations structure, validate, govern, and exchange technical product and asset information across complex supplier and project ecosystems.
Rather than waiting until DPP information must be published and then attempting to reconstruct it from documents and disconnected systems, organizations can establish structured and traceable information as it enters the data environment.
By connecting supplier data, technical attributes, documentation, classifications, and lifecycle information to controlled records, Sharecat can help establish the data foundation required for scalable Digital Product Passport initiatives.
This approach also supports the broader Digital Backbone needed to maintain consistent information between suppliers, engineering, projects, and operational systems.
A Digital Product Passport is a structured digital record that provides access to defined information about a product, potentially including its identity, materials, technical characteristics, sustainability, compliance, repair, and lifecycle information.
The EU Digital Product Passport is the product-information mechanism introduced through the ESPR framework. Detailed DPP requirements are established according to the rules applicable to individual product groups.
The required information depends on the relevant product category and applicable requirements. It may include product identification, materials, technical information, sustainability data, compliance information, repair information, and other lifecycle data.
No. A QR code or another data carrier may provide access to passport information, but the Digital Product Passport depends on the underlying structured product data, identifiers, governance, and systems used to maintain that information.
Companies should identify potentially affected products, determine required data, map authoritative data sources, establish reliable identifiers, improve data quality, define governance processes, and ensure information can be exchanged and maintained throughout the product lifecycle.
A DPP depends on consistent product identities, classifications, attributes, relationships, and controlled lifecycle information. Poor master data can result in incomplete, duplicated, inconsistent, or outdated passport information.
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