Supply chain traceability helps a business follow products and materials through each stage of their journey.
That journey may begin with a supplier or farm. It may continue through production, storage, transport and sale.
A useful system should show where an item came from. It should also show where the business sent it.
However, traceability requires more than saving invoices or delivery notes.
The records need clear identifiers, dates, quantities and links between each stage. Staff must also be able to retrieve the information when a problem occurs.
For Australian food businesses, traceability can support recall readiness and food safety. FSANZ advises businesses to record suppliers, customers, dates, batches and quantities. Manufacturers, importers and wholesale suppliers must also maintain a written recall plan.
Other industries may use traceability for quality checks, compliance, procurement and product transparency.
This guide explains what a practical traceability system should record.
A business should define why it needs traceability before buying software.
The purpose will shape the records, identifiers and level of detail.
A food producer may focus on recalls. A manufacturer may need stronger supplier evidence or component history.
An exporter may also need structured records for customer or regulatory requests.
Define Why the Business Needs Traceability
Begin with the main business problem.
A company may need to identify affected batches during a recall. Another may want to confirm the origin of raw materials.
Procurement teams may need supplier certificates.
Quality teams may want to connect complaints with production records. Sustainability teams may need evidence for product claims.
Each goal requires different information.
For example, recall readiness depends on fast access to product and distribution records. A sustainability claim may require certificates, declarations and source evidence.
Write down the decisions the system must support.
This step will stop the business from collecting large amounts of data without a clear use.
The system should provide useful answers, not simply store more files.
Choose the Correct Level of Detail
Traceability can operate at product, batch or item level.
Product-level records describe a model or product type.
They may include specifications, materials and general supplier information. However, they do not always identify one production run.
Batch-level records connect a group of units with common production details.
A batch may link products with a date, facility or material source. Global batch traceability can support recalls and quality investigations.
Item-level records identify one physical unit.
This may suit high-value equipment, regulated products or goods that need individual lifecycle records.
More detail creates more data to manage.
Choose a level that matches the risk and business need. Do not use item-level tracking without a clear reason.
Record Reliable Product and Batch Identity
A traceability system needs a stable identity for each product.
Without clear identifiers, staff may connect records with the wrong item or batch.
Use consistent names and codes across every system.
Use Consistent Product Identifiers
Start with the product name.
Then record the stock code, model number or catalogue number used by the business.
Include recognised identifiers where relevant.
These may include a Global Trade Item Number or another industry identifier [VERIFY].
Avoid creating several codes for the same product.
Sales, production and warehouse teams should use the same core identity. Where different systems require separate codes, maintain a clear mapping between them.
The record should also show the product version.
A design or formulation may change over time. The traceability system must separate older and newer versions.
Descriptions should remain clear.
Do not rely on short internal names that new staff or external partners cannot understand.
Connect Batches With Production Records
Each batch needs a unique reference.
The record may include the production date, processing time and facility. It may also show the production line or work order.
Record the quantity produced.
Include units of measure so staff can interpret the number correctly.
Where products have expiry or best-before dates, connect them with the batch.
Incoming material batches may also matter.
For example, a finished product batch may use ingredients or components from several suppliers.
The system should connect those inputs with the final output where practical.
This link makes investigations more targeted.
FSANZ advises food businesses to retain batch numbers or lot identifiers, transaction dates and quantities. These details can help businesses respond faster when a food safety issue occurs.
Connect Suppliers, Facilities and Customers
Traceability should cover both directions.
The business needs to know where materials came from. It should also know where finished products went.
This approach is often described as tracing one step back and one step forward.
Record Where Materials and Products Came From
Create a reliable supplier record.
Include the legal business name, contact details and supplier code.
Also record the products or materials supplied.
A supplier may operate several facilities. Record the relevant source site where possible.
Purchase dates and delivery dates also matter.
Connect each incoming shipment with its purchase order, delivery note and supplier batch.
Record the quantity received.
The receiving team should also note rejected or damaged goods when relevant.
Food businesses in Australia should only accept food when they can identify it and the supplier’s Australian name and address. They should retain those details.
Other industries may follow similar practices for quality and procurement control.
Track Where Finished Products Went
Record each customer or distribution destination.
This may include a wholesaler, retailer, project site or internal warehouse.
Connect the customer with the shipment date and product batch.
Also record the quantity supplied.
These details become important during a recall or quality investigation.
A business should be able to identify which customers received an affected batch.
FSANZ says food recall plans should include customer contact details and product distribution records. The plan should also show how much product was distributed and how much remains unaccounted for.
Keep distribution records easy to search.
A long spreadsheet may technically contain the information. However, it may still fail if staff cannot retrieve answers quickly.
Link Claims With Trusted Evidence
Traceability data becomes more useful when supporting evidence sits behind it.
A product record may state where a material came from. The business should also keep documents that support that statement.
Evidence helps staff, customers and reviewers understand why they can trust the record.
Attach Documents That Support Product Information
Useful evidence may include purchase orders and invoices.
It may also include supplier declarations, test reports and certificates.
Quality records can support production details.
These may include inspection results, non-conformance reports and release approvals.
Chain-of-custody records may help when materials move through several organisations.
Do not upload documents without linking them to a specific product, supplier or batch.
A certificate in a general folder may be difficult to verify later.
Record the document date and expiry date where relevant.
Also note which claim or data field the document supports.
Aleverum describes its platform as supporting structured product records, supplier evidence, certifications, lifecycle data and verification workflows. These are company-published capabilities and should be confirmed against the required project scope.
Control Updates and Approvals
Assign an owner to each important record.
The owner may create, review or approve the information.
Keep a version history.
Staff should be able to see what changed, when it changed and who made the update.
Access should match each user’s role.
A supplier may only update its own evidence. A quality manager may approve information before publication.
Important records should not change without control.
Trusted digital information depends on clear ownership and review.
The business should also set review dates.
Supplier certificates may expire. Product specifications and facility details may also change.
Regular reviews help prevent old information from remaining active.
Compare Traceability Technology Options
Technology should support the business process.
It should not create extra work or force the organisation into an unsuitable structure.
Several technology options may support traceability.
Understand Databases, Digital Passports and Blockchain
A normal database may be enough for many businesses.
It can store product, supplier, batch and customer records. It may also support reports and integrations.
A digital product passport can provide structured information linked to a product identifier.
It may connect product identity, materials, supplier evidence and lifecycle records.
The EU Digital Product Passport framework requires accurate, complete and current data for covered products. Product-specific rules will decide whether the passport operates at model, batch or item level.
Blockchain for traceability may add an integrity layer.
It can record evidence that a specific event or data state existed at a given time. However, blockchain does not prove that the original information was true.
The business still needs reliable data entry and governance.
Blockchain may suit selected high-value or audit-sensitive events. It does not need to store every operational detail.
Choose a Platform That Connects With Existing Systems
List the systems already used by the business.
These may include enterprise, warehouse, manufacturing and product information platforms.
A traceability solution should connect with them where practical.
Manual re-entry can create errors.
Review support for APIs, data exports and common identifiers.
The business should also check data ownership.
It needs a practical way to retrieve and move its information if the provider changes.
Security matters too.
Ask how the platform handles permissions, backups and audit history.
Aleverum states that it supports product, material, supplier and facility mapping. It also publishes capabilities for evidence governance, machine-readable outputs and blockchain integrity records. Aleverum does not currently claim a live connection with the EU Central DPP Registry.
Confirm all required integrations and standards before choosing a platform [VERIFY].
Know When to Contact a Traceability Provider
Some businesses can improve traceability with better internal records.
Others need outside help because information sits across many suppliers and systems.
Early advice can reduce wasted work.
Seek Help When Records Cross Many Suppliers or Systems
Contact a provider when staff cannot trace a product quickly.
The same applies when records sit across emails, spreadsheets and disconnected databases.
Complex supply chains may need stronger structure.
A product may include materials and components from many sources. Each supplier may use different names and codes.
Regulatory or customer requirements can also increase complexity.
Food businesses may need stronger recall records. Exporters may need digital product passport readiness.
Specialist support can help map the current process.
A provider may also identify missing identifiers, evidence and ownership.
However, a technology supplier should not replace legal or regulatory advice.
Seek qualified guidance when the applicable duties remain unclear [VERIFY].
Prepare Useful Information Before Requesting Advice
Begin with the product groups.
Explain what the business makes, imports or distributes.
Provide a list of suppliers and facilities.
Also describe the customers or distribution channels.
Identify the systems that hold current information.
These may include spreadsheets, warehouse software or enterprise platforms.
Share examples of product and batch codes.
Explain the main problem as well.
The business may need faster recalls, stronger supplier evidence or digital passport preparation.
Aleverum may help organisations structure and govern trusted product information across products, suppliers, materials and evidence workflows. Confirm its current platform scope, implementation model and integration support before proceeding.
Start With a Pilot and Improve the Process
A full supply chain project can become large.
Start with one product family or batch process.
A controlled pilot can reveal gaps before wider adoption.
Test One Product or Batch Workflow
Choose a product with a manageable supply chain.
Map the journey from incoming materials to the final customer.
Record the product and supplier identifiers.
Then connect incoming batches with production and distribution records.
Add supporting evidence.
This may include invoices, declarations and quality records.
Test the process with a simple question.
For example, ask which customers received a chosen batch. Then trace its materials back to their suppliers.
Measure how long the answer takes.
If staff need several hours, the process may need better links or data structure.
Also test missing information.
The system should show gaps clearly instead of hiding them.
Measure Gaps and Plan Wider Adoption
Record each problem found during the pilot.
Some issues may involve missing batch codes. Others may involve supplier names or outdated documents.
Assign an owner to every gap.
Set a date for review and correction.
Measure data accuracy and retrieval time.
Also review supplier participation and staff workload.
A useful system should make traceability easier, not add repeated administration.
Expand the pilot only after the core process works.
Supply chain traceability should help the business connect products, suppliers, batches and customers with trusted records.
Aleverum can be contacted to discuss structured product data, supplier evidence and Digital Product Passport workflows [VERIFY].
