Optimizing 24/7 Logistics: Ensuring Uninterrupted Production

What happens when an entire agricultural operation depends on a flow that can never stop?

In Brazil, a leading logistics operator manages the internal transport operations of large sugarcane farms, where both harvesting and processing for ethanol production operate continuously. Any delay in moving raw materials between the fields and the mill can quickly impact productivity.

To ensure this uninterrupted flow, the operator partnered with DecisionBrain to implement an intelligent truck scheduling and dispatching system for Supply Chain Optimization. The solution automated the planning process, enabled real-time adjustments, and improved overall stability and efficiency.

Challenge: Maintaining Continuous 24/7 Logistics Flow

In continuous-production operations such as agriculture, timber, and mining, harvesting machines and processing facilities depend on an uninterrupted flow of raw material. Cutting machines run around the clock, and processing mills rely on a constant supply to keep operating.

To prevent blocking production, trucks must move in a perfectly synchronized loop: collecting full containers at the harvesting fronts, delivering them to the plant, picking up empty containers, and returning just in time to keep cutting machines moving. But real-world operations are unpredictable. A truck breakdown, a driver absence, sudden rain, or a slowdown at the unloading area can quickly disrupt the flow.

The complexity and speed of these operations made manual planning insufficient. The logistics operator needed a smarter, faster, and more resilient way to keep the system stable 24/7.

The solution: real-time, intelligent dispatching

DecisionBrain developed an integrated optimization solution that combines capacity planning with real-time scheduling. Periodically, the system is used to determine the ideal fleet size required to support the expected production and consumption rates. On a daily basis, the tool generates the truck schedules, continuously monitors the operations and updates the plan automatically.

Truck Scheduling

The solution integrates with the operator’s transport monitoring system (TMS) which is equipped with GPS geofencing to interpret truck activities across the entire operation, from unloading areas to weighing stations, fueling points, and harvesting fronts. The software automatically projects stock levels by analyzing trucks movements history and previously executed plans. This ensures that both production fronts and processing facilities always maintain the necessary balance of full and empty containers.

Locations Schedule

What makes this system particularly effective is its ability to replan in near real time. Every five minutes, it receives updated information from the TMS, identifies delays, detects anomalies, and recalculates the optimal plan while maintaining stability with previous schedules. This enables the operations to respond smoothly to unexpected events without jeopardizing production.

Results: 20% Reduction in Logistics Fleet Size

By optimizing the entire operations, the logistics operator  achieved clear, measurable improvements:

• The system demonstrated that the same workload could be handled with 20% fewer trucks, reducing both capital investment and ongoing operational costs;
• The operation became more stable and transparent;
• Planners gained real-time visibility into every truck movement;
• Emergency situations could be detected and addressed immediately;
• Manual workload dropped substantially, allowing personnel to focus on strategic decisions rather than constant firefighting;
• The optimization balanced the workload among trucks, reducing unnecessary inactive time, minimizing bottlenecks, and improving asset utilization across the board.

Target Achievement

For continuous-flow operations

The results show how real-time planning and adaptive optimization can bring stability and efficiency to high-pressure, continuous-flow operations. By improving visibility, coordinating production fronts, and responding quickly to disruptions, the solution helps create a more resilient and predictable logistics flow.

These same capabilities are highly relevant to other continuous-flow industries, such as timber, mining, and pulp and paper, where uninterrupted movements between extraction sites and processing facilities are essential.