Logistics Sector
AI, Route Optimization & Development
Logistics optimization is an essential component for efficiency in the transportation and distribution sector. At Logixs, we are faced with the challenge of transforming route planning to maximize time savings and reduce operating costs. Thanks to our Generative Artificial Intelligence solutions, we have managed to enable commercial logistics to achieve efficiency and precision improvements, allowing intelligent route planning that dynamically adapts to daily conditions and needs. Our approach was not only to improve routes, but to build a robust solution that integrates data sources, advanced optimization, and compatibility with management tools to facilitate subsequent analysis and administration.
We use OpenAI to optimize route planning and support decision-making on commercial routes, adapting to the company's operational needs and strategy.
We integrate a database with distances and travel times using data from Google Maps and OpenStreetMap, ensuring reliable and optimized route planning. The system can plan routes accurately, minimizing errors and avoiding unnecessary delays.
Implementing a scalable infrastructure allows the system to handle large volumes of data and routes without compromising performance. Additionally, process automation reduces manual intervention, allowing for smooth and efficient route planning that can adapt to the needs of an expanding operation.
We have incorporated route planning into Outlook and Microsoft PowerBI, allowing secure and centralized access to itineraries, facilitating management and data analysis in real time.
"The implementation of GenAI took logistics planning to a new level of efficiency and accuracy. From address standardization and sales route optimization to integrating itineraries into sales reps' Outlook calendars, each process was automated and customized. This transformation allowed for reduced planning times and improved route accuracy, achieving a 40% decrease in operating costs and optimizing resource use."