What is track-and-trace?
Track-and-trace is a technology that enables businesses to monitor the location and condition of vehicles, goods, and shipments throughout the supply chain. By using technologies such as GPS, RFID, and IoT devices, real-time data can be gathered, helping to protect companies from losses and optimise their operations.
How can it be used by companies in practice?
There are several practical scenarios where track-and-trace solutions are relevant. First and foremost, they provide improved visibility and control. The technology allows customers to see exactly where their vehicles and goods are in real time. This means they can act quickly if any deviations occur, helping to avoid further delays in the supply chain.
Customers can also use track-and-trace data to optimise fleet management and logistics operations. Improved route planning and reduced transport costs can play a significant role in a business’s success.
In addition, compliance is critical. Many companies in the sector are subject to strict security and documentation requirements. Traceability and monitoring of high-risk goods are therefore essential. For example, it is crucial to be able to prove that goods have not been opened during transport. This is where track-and-trace solutions make a real difference. They help reduce administrative burden by making it easier for customers to comply with legal, industry, and end-customer requirements.
What do you see as the biggest benefits of implementing track-and-trace solutions in the logistics industry?
The main benefits include increased visibility and control over the supply chain, leading to more accurate deliveries and reduced costs.
The technology also supports compliance with regulatory requirements and improves product quality by ensuring optimal transport conditions. Quality control is particularly important for goods such as food or pharmaceuticals, where it must be possible to verify that products remain sealed and in the same condition on arrival as when they left the terminal.
Which technologies do you see as the most promising for the future of track-and-trace?
IoT devices and advanced sensor technologies are very promising. These technologies can provide real-time data on the condition and location of goods, enabling businesses to respond quickly to issues. The future lies in integrating these technologies with AI and machine learning for even more accurate and proactive supply chain solutions.
How can track-and-trace solutions contribute to sustainability in the transport and logistics industry?
Track-and-trace solutions can help optimise transport operations, allowing companies to reduce fuel consumption and therefore COā emissions. We can minimise the environmental impact of the transport sector by ensuring goods are transported efficiently and without unnecessary delays. In addition, these solutions help reduce waste, particularly in the food industry, by ensuring proper temperature control during transport.
What challenges do companies typically face when implementing track-and-trace solutions?
One of the biggest challenges is integrating different systems and technologies into a cohesive solution. Many companies already have legacy systems that can be difficult to connect with newer technologies.
Additionally, data standardisation is essential to ensure information can be shared and understood across different platforms.
Finally, implementation often requires significant investment of time and resources, which can be a barrier for some businesses.
What does the future hold for track-and-trace technology in the logistics industry?
The future of track-and-trace technology looks very promising. With continued advancements in IoT, AI, and machine learning, these technologies will become even more integrated and powerful. We can expect greater automation and more proactive solutions, where systems can anticipate and respond to potential supply chain issues. This will improve efficiency, reduce costs, and lower environmental impact. As companies begin to combine data from both internal and external events, the technology will increasingly move from reactive to truly proactive.
