Supply chain traceability helps a business understand where products and materials came from, what happened to them and where they went.
A basic system may record the supplier and customer for each batch. A more advanced system may connect raw materials, production events, certifications, logistics records and product-level identifiers.
The right approach depends on the product, risk, supply chain and purpose of the records. A food manufacturer preparing for recalls has different needs from an industrial supplier preparing product information for overseas buyers.
Technology also varies. Some businesses still use spreadsheets and separate documents. Others connect enterprise platforms, supplier portals and machine-readable product records.
The goal should not be to collect as much information as possible. It should be to create reliable records that support a defined business need.
A traceability project should begin with a clear question: what does the organisation need to trace, and why?
Without a defined purpose, the project can become a large data collection exercise. Teams may collect information that nobody reviews while still missing the records needed during a recall or supplier investigation.
The initial scope should identify the products, materials, suppliers, locations and events that matter most.
Identify the Products, Materials and Events That Matter
Begin by defining the traceable object.
It may be a finished product, raw material, ingredient, component, pallet, batch, individual asset or shipment. Some organisations need to trace several of these levels at the same time.
A food producer may need to connect ingredients with a finished production batch. An industrial manufacturer may need to link components, suppliers, certifications and final equipment records.
The system should also identify relevant events. These may include receiving, production, inspection, packing, storage, transport, sale, return, repair or recycling.
Do not begin by copying every field from an existing spreadsheet. First decide which records are needed to understand the product’s history and movement.
This makes the system easier to design, maintain and test.
Decide What the Traceability Records Must Support
The purpose of the records determines the required level of detail.
A business may need traceability for product recalls, quality investigations, supplier assurance or customer reporting. It may also need records for procurement, sustainability claims or access to a regulated market.
For food businesses, traceability can support faster identification and removal of an unsafe product. FSANZ advises businesses to record suppliers, customers, transaction dates, quantities and batch or lot identifiers. Manufacturers, importers and wholesale suppliers must also maintain a written recall system.
Other industries may need to show the origin of a material, the certification attached to a component or the maintenance history of an asset.
Define these outcomes before selecting software. A system designed only for warehouse movement may not manage supplier evidence or product claims well.
Choose the Right Identification Level
Traceability depends on identifiers.
The identifier allows people and systems to distinguish one product, batch or individual item from another. Without consistent identification, records from different suppliers and systems can be difficult to connect.
The correct level depends on risk, value, volume and reporting requirements.
Compare Product, Batch and Item Identification
Product-level identification distinguishes one type of product from another. However, it does not distinguish two units of the same product.
Batch or lot identification adds a code that links a group of items to a shared production or processing event. This can help a business determine which products came from a particular run, date or input group.
Individual identification assigns a unique serial number to each item. This creates more detailed records but also increases data, marking and system requirements.
GS1’s Global Traceability Standard describes class, batch or lot, and instance-level identification. It notes that higher levels provide more detailed traceability but require more record-keeping and product marking.
The most detailed option is not always the most practical. The organisation should choose the level that supports its risks and business requirements.
Match the Identifier to Risk and Business Need
Global batch traceability may be suitable where quality issues affect groups of products produced under similar conditions.
A batch identifier can help locate affected stock, identify recipients and estimate quantities during a recall. It can also support quality analysis when a defect relates to a production run or material delivery.
Individual serialisation may be more useful for high-value equipment, regulated products or assets that require maintenance and lifecycle records.
Some organisations use several identification levels together. Raw materials may arrive in batches, finished products may receive serial numbers and transport units may use separate logistics identifiers.
The relationships between these identifiers must remain clear. Otherwise, the organisation may know that an item exists without knowing which inputs, supplier records or production events relate to it.
Capture Information Across the Product Journey
An identifier creates a starting point, but it does not provide traceability by itself.
The business must connect the identifier with events, locations, quantities and responsible organisations. These records create the chain that explains what happened to the product.
Incomplete links can break the traceability chain.
Record Suppliers, Production Events and Distribution
A useful record may begin when the business receives a material or product.
The receiving record should identify the supplier, date, product, quantity and relevant batch or serial number. Where several sites operate, it should also show the location.
During production, the system may need to connect input batches with the resulting output batch. This is important when materials are combined, separated, repacked or transformed.
Distribution records should identify the customer or recipient, date, quantity and destination. These details help the business trace forward from a supplier or batch.
Traceability in food often follows the principle that a business should know where products and inputs came from and where they went. FSANZ recommends records covering ingredients, packaging, suppliers, customers, deliveries, batches and quantities.
The same basic principle can support other industries, although the required records may differ.
Connect Claims With Supporting Evidence
Traceability records may show where a material came from. However, they do not automatically prove every claim made about that material.
A recycled-content claim may require a certificate or declaration. A compliance claim may need a test report. A responsible-sourcing statement may need chain-of-custody evidence.
Trusted digital information should connect each important claim with its supporting record where practical.
The system should identify who supplied the evidence, when it was issued and when it expires. It should also show whether someone reviewed or approved it.
This distinction matters because a traceability platform can accurately record an unsupported statement. The presence of data does not prove that the data is correct.
Clear evidence governance helps teams identify missing documents, expired certificates and conflicting supplier information.
Select the Right Technology and Architecture
The best technology depends on the size and complexity of the supply chain.
A small business may begin with controlled spreadsheets and a clear file structure. A larger organisation may need connections between enterprise software, supplier systems, warehouses and customer portals.
The system should match the operational need rather than a technology trend.
Compare Spreadsheets, Central Platforms and Connected Systems
Spreadsheets can support an early traceability process when the product range and supplier network are limited.
However, problems can grow as more people edit the files. Duplicate records, inconsistent names and unclear versions can weaken confidence in the data.
A central platform can provide user roles, structured fields, version history and reporting. It may also connect documents and evidence with product records.
Connected systems can reduce repeated data entry. For example, a traceability platform may receive product identities from one system and shipment events from another.
Integration still requires governance. The organisation must define which system controls each field and how conflicts will be resolved.
Before selecting a platform, map the current data sources. This includes spreadsheets, enterprise systems, supplier portals, laboratory records and document repositories.
Understand Where Blockchain May Add Value
Blockchain for traceability can provide an additional integrity record for selected events.
For example, a system may record a cryptographic reference for an approved product record, evidence document or verification event. Later changes can then be compared with that reference.
This can help show that a specific digital record existed in a particular form at a particular time.
However, blockchain does not confirm that the original information was true. If someone enters the wrong batch, supplier or certificate details, recording them on a blockchain does not correct the error.
Blockchain should therefore support governance rather than replace it.
A practical design should decide which events need an integrity record and which data should remain within normal business systems. Storing every operational event on a blockchain may add cost and complexity without improving the outcome.
The decision should consider privacy, commercial sensitivity, system performance and the need to correct legitimate errors.
Prepare for Food Traceability and Product Passports
Australian organizations may face different traceability expectations depending on their industry and market.
Food businesses must consider Australian food safety and recall requirements. Manufacturers and exporters may also need to monitor overseas product-information rules.
These requirements should not be treated as identical.
Apply Australian Food Traceability Requirements Where Relevant
Food traceability supports the quick identification and removal of unsafe products.
FSANZ states that businesses should know where food and inputs came from and where products went. Relevant records include supplier and customer details, delivery dates, quantities and batch or lot identifiers.
Food manufacturers, importers and wholesale suppliers must have a written recall plan. The plan should identify responsibilities, records, contacts and the process for retrieving affected products.
Batch information becomes especially useful during a recall. It can help the business avoid removing unaffected products when the issue relates to a defined production group.
FSANZ coordinated 92 food recalls in 2025. Undeclared allergens remained the leading cause, accounting for 38% of those recalls. The agency also highlighted the importance of accurate labelling, supplier controls and recall readiness.
Food businesses should confirm their exact duties under the Food Standards Code and with the relevant state or territory authority.
Understand the Role of Digital Product Passports
A digital product passport is a structured digital record connected with a product.
Depending on the applicable rules and product category, it may include product identity, materials, sustainability information, compliance documents and lifecycle records.
The European Union established the Digital Product Passport framework through the Ecodesign for Sustainable Products Regulation. In July 2026, the European Commission launched its Digital Product Passport Registry and testing environment. The system supports product identifiers and passport metadata while product information remains decentralised.
This development may affect Australian businesses that place covered products on the EU market. The exact requirements depend on the product group and applicable delegated rules.
A product digital passport is not simply a public webpage or QR code. The organisation may need structured identifiers, evidence, access controls and machine-readable data behind the access point.
Existing traceability records can provide part of this foundation. However, businesses may still need to improve product data, supplier evidence and governance before creating reliable passports.
Know When to Contact a Traceability Provider
Some organisations can improve their records internally. Others need support because the information sits across many systems and organisations.
Early advice can prevent a business from purchasing software before it understands the required data and workflows.
Seek Support When Information Spans Several Organisations
Professional support may be useful when suppliers provide information in different formats or when records sit across several databases.
It may also help when the organisation needs global batch traceability across production, logistics and customer systems.
Other warning signs include missing product identifiers, unclear data ownership and evidence stored separately from product records.
A traceability provider should begin with discovery. The provider needs to understand the product, supply chain, users, systems and required outputs.
Aleverum may be relevant where an organisation needs to connect product records, supplier evidence, certifications, lifecycle information and Digital Product Passport workflows. Its published platform also supports evidence governance, controlled access, blockchain integrity records and API-ready product data. The exact fit should be confirmed against the organisation’s systems and requirements.
Prepare Useful Information for the Initial Discussion
Begin with the product categories and business goals.
Explain whether the organisation needs recall readiness, supplier assurance, procurement transparency, customer reporting or preparation for Digital Product Passports.
List the current identifiers. These may include product codes, batch numbers, serial numbers, supplier references or logistics identifiers.
Also identify the data sources. Include enterprise systems, spreadsheets, supplier portals, laboratory databases and document storage.
Estimate the number of products, suppliers, facilities and users involved. Explain which external systems may need to exchange information.
Provide examples of certificates, declarations and traceability reports where available. Do not send confidential files until suitable access and confidentiality arrangements are in place.
This information helps the provider assess whether the main problem involves identification, integration, evidence management or governance.
Compare Solutions and Begin With a Controlled Rollout
A traceability platform should support the business process rather than force every product into the same workflow.
Comparing solutions requires more than reviewing a list of features. The organisation should test how each platform handles its actual identifiers, suppliers, evidence and reporting needs.
Choose a Platform Based on Actual Requirements
Start by checking identification support.
The platform should handle the required product, batch and serial identifiers. It should also maintain relationships between materials, components, finished products and logistics units where needed.
Review supplier-data collection and evidence management. The system should show who supplied information, who reviewed it and whether supporting documents remain current.
Access controls matter because not every user should see or change the same information.
Interoperability is also important. Ask whether the platform supports structured exports, APIs and integration with existing systems.
Where blockchain is proposed, ask what records will be anchored, what benefit this provides and how corrections will work.
Aleverum describes its role as a trusted information layer that can connect product data, supplier evidence, verification workflows and Digital Product Passport outputs. It also states that it does not currently claim a live connection to the EU Central DPP Registry while onboarding requirements continue to mature.
That type of limitation should remain clear in any supplier comparison.
Test the Traceability Chain Before Expanding It
Begin with a defined product group or supply chain.
Select a scope that includes real suppliers, batches, evidence and distribution events. Avoid using only perfect sample data because it will not reveal normal operational gaps.
Run a backward trace from a finished product to its materials and suppliers. Then run a forward trace from an input batch to the products and customers affected.
Check how long the process takes and where staff need to search outside the system.
A food business may also conduct a mock recall to test its plan and records. FSANZ recommends practice recalls as a way to check whether the recall process works.
Review missing data, duplicate identifiers and unclear responsibilities before expanding the platform.
For a product-data readiness discussion, organisations can provide Aleverum with their product categories, supplier structure, existing systems, identifiers and evidence requirements. This creates a clearer basis for assessing trusted digital information, blockchain integrity records and Digital Product Passport readiness.
Relevant internal links can connect this article with pages covering Digital Product Passports, product-data standards, evidence verification, blockchain integrity, sectors, integrations and platform access. Each link should help the reader explore a genuine part of the traceability process.
