Australian manufacturers are facing increasing expectations to provide accurate information about the materials, components and suppliers behind their products. Supply chain traceability helps businesses establish these connections, making it easier to understand product origins, maintain supporting evidence and respond to information requests.
These capabilities are particularly relevant as the European Union introduces Digital Product Passport (DPP) requirements for selected products.
For Australian manufacturers and suppliers participating in international markets, preparing for these changes involves more than collecting additional documents. Businesses need to understand which regulations apply, identify gaps in existing records and establish reliable ways to manage product information.
This guide explores the connection between traceability and Digital Product Passports, the information businesses may need and practical steps towards regulatory readiness.
Why Is Supply Chain Traceability Important for Digital Product Passports?
Understanding Product Traceability Across Manufacturing Supply Chains
Manufacturing supply chains often involve several organisations providing raw materials, components and specialised production services.
Each supplier may maintain separate records relating to material specifications, production batches and technical documentation.
Supply chain traceability helps connect this information to finished products.
For example, an equipment manufacturer may need to identify which supplier provided a particular component and which material batch was used during production.
Without consistent identification and connected records, locating this information can be difficult.
Effective traceability supports clearer product records, quality investigations, sourcing decisions and communication between supply chain partners.
How Digital Product Passports Depend on Connected Information
A Digital Product Passport provides structured information associated with a product.
Depending on the applicable requirements, this may include product identification, technical specifications, material characteristics and relevant lifecycle information.
The purpose is to make specified information accessible to the appropriate users.
However, a DPP is not simply a QR code or digital label.
The information behind it needs to be maintained, connected to relevant records and available according to the applicable access requirements.
Reliable supply chain traceability helps establish these connections between physical products, their components and supporting evidence.
What EU Regulations Should Australian Manufacturers Understand?
Understanding Digital Product Passport Requirements and Timelines
The European Union’s Ecodesign for Sustainable Products Regulation establishes a framework for introducing product-specific Digital Product Passport requirements.
These requirements are implemented through relevant legislation and regulatory measures rather than applying to every product simultaneously.
An important milestone is 18 February 2027.
Under the EU Batteries Regulation, battery passports become mandatory from that date for specified electric vehicle batteries, light means of transport batteries and industrial batteries exceeding 2 kWh that are placed on the EU market or put into service.
Other sectors, including textiles, steel and aluminium, are part of the wider DPP implementation programme.
However, their obligations depend on product-specific rules and implementation dates.
Australian manufacturers should identify whether their products are covered by relevant EU requirements before deciding what information must be prepared.
Understanding the EU Supply Chain Act and Supplier Risk
Businesses researching the supply chain act EU may also encounter the Corporate Sustainability Due Diligence Directive, known as the CSDDD.
Although both frameworks concern supply chains, they address different obligations.
Digital Product Passport requirements focus on making specified product information available.
The CSDDD concerns how certain companies address relevant human rights and environmental risks connected to their operations and business relationships.
Under the amended framework, application generally begins on 26 July 2029 for companies within scope.
CSDDD third party risk considerations may involve reviewing supplier relationships, relevant risks and supporting evidence.
However, maintaining traceability information does not automatically establish due diligence compliance.
Australian suppliers should confirm which direct obligations or customer information requests apply to their circumstances.
Which Product Records Are Essential for Traceability?
Managing Identifiers and Global Batch Traceability
Product identification provides the foundation for connecting manufacturing information.
Businesses may use product numbers, batch codes, serial numbers and supplier identifiers to distinguish materials and finished products.
Global batch traceability involves maintaining connections between material batches as they move through supply chains and manufacturing operations.
For example, a manufacturer may need to establish which production runs used materials from a particular supplier batch.
Consistent identification helps make these relationships easier to establish.
However, model-level, batch-level and individual-item records provide different levels of detail.
The appropriate approach depends on the product, its intended use and applicable information requirements.
Manufacturers should review their current identification methods before adopting additional systems.
Connecting Material Composition and Supplier Evidence
Beyond product identifiers, manufacturers may need to maintain material specifications, component lists, supplier declarations and relevant technical documents.
These records help explain what a product contains and which information supports its characteristics.
For businesses working with batteries or critical minerals, material origin and processing information may be particularly relevant.
Industrial equipment manufacturers may focus on component specifications, production information and supporting test reports.
Effective supply chain traceability should also identify where records originated, who supplied them and whether they remain current.
This allows businesses to distinguish information that has been reviewed from documentation requiring further verification.
How Can Businesses Improve Existing Product Information?
Creating Trusted Digital Information From Disconnected Records
Many organisations already collect considerable information about their products.
The challenge is often that records are distributed across spreadsheets, emails, PDF files and separate enterprise systems.
Different departments may maintain their own copies, creating inconsistent information or outdated documentation.
Establishing trusted digital information requires more than storing files digitally.
Businesses need consistent identifiers, clear responsibility for maintaining information and appropriate processes for validating changes.
For example, a supplier certificate should be connected to the specific material or component it supports.
Maintaining document versions, review status and record history can also help users understand how information has changed.
These improvements support more reliable traceability without requiring an immediate replacement of existing systems.
Connecting ERP, PIM and PLM Systems
Different business systems often contain different parts of a product’s information.
Enterprise Resource Planning systems typically manage purchasing, inventory and operational transactions.
Product Information Management systems organise product attributes, while Product Lifecycle Management systems manage engineering and development information.
Each may contain records needed for DPP preparation.
Rather than replacing these systems, manufacturers can explore ways to connect their existing information.
Suitable integrations and governed data structures can help establish relationships between products, materials, components and supplier evidence.
This approach supports gradual improvements to information quality while allowing established operational systems to continue performing their intended roles.
Can Blockchain Improve Supply Chain Traceability?
Understanding Blockchain for Traceability and Record Integrity
Blockchain for traceability is sometimes considered when organisations want to maintain a tamper-evident record of transactions or information references.
A blockchain can help preserve a shared history of recorded information.
However, it cannot independently prove that the information originally submitted was correct.
For example, recording an inaccurate supplier declaration on a blockchain does not verify the material’s actual origin.
Other approaches can also support information integrity, including cryptographic hashes, digital signatures and append-only audit records.
The value of blockchain depends on the specific business requirements and governance arrangements.
Digital Product Passports do not universally require blockchain technology.
For manufacturers, reliable source information and appropriate verification processes should remain the priority.
Why Traceability Requirements Differ Between Industries
Industries use traceability for different operational and regulatory purposes.
For example, traceability in food often focuses on identifying affected batches, understanding distribution movements and supporting product recalls.
Industrial products may require more detailed component relationships, technical specifications and manufacturing documentation.
Battery supply chains can involve information about material composition, product identification, performance and lifecycle records.
These differences mean a solution developed for one industry may not automatically meet another industry’s requirements.
Consistent identification standards and interoperable information structures can help businesses share relevant records.
However, each organisation should determine what information is necessary for its particular products and obligations.
How Do You Choose the Right Traceability Platform?
Comparing Digital Product Passport and Traceability Solutions
Selecting a traceability platform should begin with understanding the information the organisation needs to manage.
Manufacturers should consider how a solution handles product identifiers, material relationships, supplier information, technical documents and relevant lifecycle records.
Other important capabilities include access permissions, record history, data validation and integration with existing enterprise software.
For organisations preparing for Digital Product Passports, the ability to exchange structured information is particularly important.
Aleverum™ provides trusted product and asset intelligence infrastructure designed to connect product, material, supplier and supporting evidence records.
Its governed information approach complements existing ERP, PIM and PLM systems rather than automatically replacing them.
However, using a particular platform does not establish regulatory compliance by itself.
Businesses must still understand applicable requirements and ensure their information is accurate.
Questions to Ask Before Selecting a Technology Provider
Before choosing a solution, manufacturers should assess its compatibility with their existing systems.
Can it connect product identifiers with component and material records?
How are supplier documents associated with relevant products?
Can authorised users access appropriate information while sensitive records remain protected?
Businesses should also understand how changes are recorded, how evidence is reviewed and who is responsible for maintaining data.
Supplier participation and information exchange requirements should be considered during the evaluation.
A practical platform assessment should focus on long-term information management rather than simply generating a digital passport interface.
How Can Australian Businesses Prepare for DPP Requirements?
Identifying Supply Chain Traceability Gaps
Digital Product Passport preparation should begin with a review of existing product information.
First, identify products that may be affected by EU regulations or customer information requirements.
Next, map the materials, components, suppliers and manufacturing records associated with those products.
Review whether the information is complete, current and supported by relevant evidence.
Common gaps may include inconsistent identifiers, missing supplier declarations, outdated technical documents and disconnected records.
Businesses should also establish which teams are responsible for maintaining different information categories.
A structured supply chain traceability assessment can help prioritise improvements before significant technology investments are made.
Australian manufacturers supplying European customers may also benefit from clarifying their customers’ information expectations.
Building a Practical Digital Product Passport Readiness Plan
Preparing for DPP requirements does not necessarily require rebuilding existing technology systems.
Businesses can begin by prioritising products with confirmed obligations or significant information requests.
Establish consistent identifiers, clarify data ownership and connect important supplier and material records.
Introduce appropriate processes for reviewing evidence, managing changes and maintaining current information.
As data quality improves, organisations can assess integration opportunities and test information sharing between relevant systems.
Regularly reviewing EU regulatory developments is also important because product-specific requirements continue to evolve.
Aleverum™ can help organisations explore ways to connect existing product, supplier and material information through governed product intelligence infrastructure.
Australian manufacturers and suppliers can discuss their use cases to determine which information management improvements may support their DPP preparation.
Ultimately, supply chain traceability provides benefits beyond regulatory readiness.
Better-connected product information can support quality reviews, sourcing decisions and communication with customers and supply chain partners.
By improving existing records and adopting a phased approach, Australian businesses can prepare for relevant Digital Product Passport requirements while making more informed technology decisions.
