Traceability Technologies

Keeping track of the supply chain stages a product passes through in real time helps trace back the date and time of each process. This is especially useful for detecting anomalies such as product defects, recalling, and identifying counterfeits.

Hence, traceability is a hot topic in the supply chain industry – for all the related benefits in driving business growth, customer satisfaction, and adherence to compliance.

Traceability Solution: Key Tools and Technologies

There are various tools and technologies to achieve traceability in the supply chain domain.

• Track and trace software: A trace and trace software solution is a centralized hub in which companies can perform a myriad of actions such as:
  • generating unique serial numbers, barcodes / QR codes
  • managing data, track and trace products, etc.
• Data capturing technologies: After tagging pallets and cases with labels containing unique identifiers, barcodes, or QR codes tacking, data capturing technologies like barcode scanners are necessary. They capture and record information instantly and free of errors.
• Software interoperability: To seamlessly transfer and receive traceability information with other software applications, file transfer types like AS2 and SFTP must be enabled.

The Process of Traceability in Action

A traceability system works by creating a continuous digital connection between products, data, and supply chain activities. From the moment a product is created to the moment it reaches its final destination, every movement and relevant information can be recorded, monitored, and accessed through a traceability platform.

The following example shows how traceability works in practice, covering the main steps of a product’s journey: commissioning, shipping, receiving, and data management through traceability software.

Traceability Solution: Commissioning

The traceability process begins with product identification. Before a product enters the supply chain, it is assigned a unique digital identity that allows companies to recognize and track it throughout its entire lifecycle.

This identification is usually created through technologies such as barcodes, QR codes, or RFID tags. The assigned identifier is connected to the product’s key information, creating the first digital record within the traceability system.

Depending on the product and industry requirements, this information may include:

• Product serial number
• Batch or lot number
• Manufacturing date
• Production details
• Other relevant compliance or quality information

Once this data is entered into the traceability software, the product becomes digitally traceable, allowing all future movements and events to be linked to its unique record.

Traceability Solution: Shipping

When products leave a manufacturing facility or warehouse, the next step is recording their movement through the supply chain.

During the shipping process, product identifiers are scanned to confirm that the items have been dispatched and to update their status within the traceability system.

At this stage, the platform collects important logistics information, such as:

• Shipment date
• Destination location
• Carrier details
• Expected delivery information

By connecting product data with logistics information, companies gain better visibility into where products are located and how they are moving through the supply chain.

Traceability Solution: Receiving

When products arrive at their destination — for example at a distribution center, warehouse, or retail location — they are scanned again to confirm receipt.

This step ensures that the traceability system is continuously updated and that companies have an accurate view of product location and status.

The receiving process also enables verification activities, including:

• Matching received products with shipping records
• Identifying missing or incorrect items
• Detecting potential supply chain discrepancies

This level of control helps reduce errors and improves transparency between supply chain partners.

Track and Trace: Traceability Software

All the information collected during commissioning, shipping, and receiving is stored and connected within the traceability software. The platform acts as a central hub where companies can access a complete history of a product’s journey.

Through data aggregation, the system creates a digital trace of every relevant event, from production to final delivery.

Key capabilities of traceability software include:

• Data management:Collecting and organizing products, logistics, and compliance information in one centralized system.
• Real-time visibility:Allowing authorized users to monitor product location, status, and movement at any point in the supply chain.
• Reporting and analysis:Generating insights on product flows, inventory levels, operational performance, and potential risks.

By transforming supply chain data into actionable information, traceability software helps companies improve efficiency, ensure compliance, and make faster, more informed decisions.