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This not only significantly increased operational efficiency, but also created the basis for strategically expanding future AI initiatives.
Florian Zumsteg
Florian Zumsteg
Service Unit Lead
Insights

Rethinking efficiency: Predictive route planning with AI

Rethinking efficiency: Predictive route planning with AI

09.09.2025

Projektbericht

Predictive use cases are among the most exciting fields of application of artificial intelligence.
With data-driven forecasts, trends can be identified at an early stage, complex decisions can be validated and operational processes made significantly more efficient.

For companies, this means:

  • Less uncertainty
  • More speed
  • A clear competitive advantage


Especially in dynamic environments such as logistics, where time, costs and customer satisfaction are at stake every day, AI can be the decisive factor for sustainable success.

Challenge

A leading European logistics provider showed how great the potential actually is. Route planning — at the heart of every transport organization — was heavily manual and was based largely on individual experience. This led to complex scheduling processes, limited scalability and risks such as delays or inefficient fleet usage. Increasing costs, growing customer expectations and increasing pressure for efficiency made it clear that data-based and predictive planning was no longer just an advantage, but a business-critical necessity.

Our Approach

In order to exploit the full potential, we first analysed all relevant processes in the transport and dispatch environment and included the available data sources in detail. Together with our customer, the most promising use cases were prioritized — with a particular focus on ETA forecasting and predictive route planning.

By connecting existing systems and creating a central data pool, all order information, driver data and GPS signals could be brought together. On this basis, an AI-based forecasting model was developed, which is continuously trained and optimized. The forecasts and route suggestions obtained in this way were integrated directly into the daily schedule — seamlessly embedded into the existing TMS landscape.

The result

The results impressively show the added value of AI in practice:

  • 40% time savings in planning and scheduling through automated route suggestions and faster truck allocation
  • 25% fewer planning errors, which led to a significant reduction in delivery delays and complaints
  • 11% higher fleet utilization, made possible by the intelligent use of all available data

Über den Autor

Florian Zumsteg

Service Unit Lead

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