How Supply Chain Infrastructure Can Prepare for Digital Product Passports

Digital product passports are creating an infrastructure challenge that reaches beyond regulatory compliance. Manufacturers need to connect product specifications, supplier records and life cycle data across complex supply networks. That requires systems capable of keeping information accurate and accessible as products move through different stages.

Preparation starts with stronger data architecture and reliable traceability processes. By developing these capabilities early, industrial organizations can create a more scalable foundation as requirements expand across product categories.

Digital Product Passport Regulation Is Influencing Industrial Data Requirements

The EU Ecodesign for Sustainable Products Regulation (ESPR) provides the central regulatory framework for expanding digital product passports across covered product groups. Under the regulation, its requirements can specify required data, data carriers and whether passports apply at the model, batch or individual-item level.

Much of that detail will come through product-specific delegated acts. Manufacturers serving European markets need to track regulatory developments closely because data and traceability obligations can vary by product group. The EU Batteries Regulation offers an important early example of this direction. From February 18, 2027, each industrial battery with a capacity greater than 2 kWh that enters the market or service must have an electronic battery passport.

Assess Whether Existing Supply Chain Systems Can Support Data

Industrial organizations already hold much of the information required for digital product passports, but it often sits across disconnected systems. Enterprise Resource Planning (ERP) platforms may contain purchasing and material records, while Product Lifecycle Management (PLM) systems manage engineering specifications. Warehouse and supplier management systems add another layer of inventory, sourcing and vendor information.

This fragmentation can make it difficult to maintain a continuous product record from design through distribution and service. Engineering changes may not appear consistently in sourcing records, while downstream systems may retain outdated component or supplier details.

Long product life cycles create an additional challenge. Existing infrastructure must preserve traceable information while products undergo repairs and ownership changes. Digital product passport readiness depends on whether these systems can maintain data integrity well beyond the point of manufacture.

Establish Data Governance Across the Product Life Cycle

Effective data governance starts with clear ownership across procurement and service teams. Each function needs to have defined responsibilities for creating, reviewing and maintaining information throughout the product life cycle. A centralized information hub can simplify access to company data, helping teams maximize the value of their tasks while reducing misalignment between priorities.

Standardized product identifiers and shared data fields matter just as much because they allow information to move more reliably between systems. Validation procedures can also flag incomplete, outdated or inconsistent supplier information before it enters official product records. Governance must continue as products and supply chains change. Formal change-management processes can trigger digital product passport updates when manufacturers modify materials or switch suppliers. This approach keeps passport information aligned with the product throughout its operating life.

Strengthen Supplier Data Exchange and Traceability

Digital product passport readiness requires manufacturers to understand where required information originates across the supplier network. Tier 1 suppliers may provide component specifications and compliance documentation, while material composition or origin data can depend on visibility into deeper supply chain tiers. Mapping these sources reveals where important data gaps remain.

Contractual requirements can define what suppliers must provide, while technical processes standardize how that information enters company systems. Standardized data-exchange formats can reduce dependence on spreadsheets and repeated manual requests. Embedding governance into these data flows also allows organizations to reduce compliance risks and build trusted data ecosystems.

Manufacturers can establish validation thresholds and escalation procedures for suppliers that submit incomplete or outdated information. Persistent gaps may require corrective action plans or closer supplier engagement.

Build Interoperability Into Supply Chain Infrastructure

A Digital product passport-ready architecture must allow information to move efficiently between internal platforms and external systems. ERP, PLM and supplier platforms need interoperable connections rather than isolated repositories. Standardized identifiers and machine-readable formats can then link materials and finished products across their life cycles.

This interoperability strengthens product-level and component-level traceability. When systems use consistent identifiers and structured data, manufacturers can follow relevant information across production stages and organizational boundaries without repeatedly reconciling incompatible records. Proprietary formats and disconnected systems may lock critical compliance data into individual platforms, complicating future integration. Flexible architectures can better prepare industrial organizations to participate in emerging industry data spaces and cross-company traceability networks.

Protect Sensitive Information Without Undermining Accessibility

Effective security starts by classifying data elements as public, restricted or confidential. Public-facing passport information can remain broadly accessible, while commercially sensitive and operational records require tighter controls. Restricted information can use role-based access controls and authentication for regulators or authorized supply chain participants.

Confidential data should never be served through the digital product passport API. Instead, the passport can contain metadata indicating that confidential information exists and identifying the legal basis for requesting access. Cybersecurity controls can safeguard data integrity, while intellectual property protections help prevent inappropriate exposure of sensitive designs or processes. Manufacturers also need governance standards for third-party platforms that exchange or provide access to passport information.

Pilot Infrastructure Before Requirements Reach Full Scale

An initial digital product passport pilot can focus on a product family with complex material inputs and significant exposure to European markets. This approach creates a demanding test case while keeping the project narrow enough to identify weaknesses before broader deployment. The pilot should follow data from suppliers through manufacturing and eventual end-of-life processes. 

Missing-data rates can reveal gaps in internal systems, while supplier response performance can show where external data collection creates delays or quality issues. These findings provide a practical view of how well existing infrastructure supports continuous traceability. Pilot results can then guide improvements to integrations, governance processes and supplier requirements. Addressing these gaps early gives industrial organizations a stronger foundation for expanding processes across additional product lines.

Turn Readiness Into Broader Supply Chain Resilience

Digital product passport preparation offers industrial organizations an opportunity to improve traceability beyond regulatory compliance, with cleaner product and supplier data supporting recall management and circularity initiatives. Greater component visibility can also help manufacturers identify material risks and respond faster when supplier disruptions affect production. As regulations expand, manufacturers with connected, governed and interoperable supply chain infrastructure will face fewer barriers to meeting new requirements.