Tight decision windows
At the moment of planning, dispatch needs to determine whether a transport is actually feasible under all relevant conditions. Many FTL decisions happen under significant time pressure.
In full truckload, speed, reliability, and clean handling of operational restrictions matter every day. Our software helps companies plan FTL more efficiently, use resources better, and make dispatch decisions faster and on a stronger basis.
Why FTL operates differently
The focus is not bundling, but economical and compliant execution of individual transports.
Time windows, equipment, driver rules, and carrier choice have to come together in one decision.
Onward optimization strongly affects whether vehicles in the field stay productive.
In FTL, one vehicle is usually assigned to one job or one clearly defined load. These transports are often direct, time-critical, and tightly bound to pickup and delivery appointments. Planning therefore has to combine feasibility, resource fit, profitability, and reaction speed.
Direct relations between pickup and delivery dominate instead of bundling many small shipments
Time windows, vehicle availability, equipment, and driver rules interact immediately
Every order has to be feasible under real operational and legal conditions
Own fleet and outsourced carriers must be evaluated structurally
Short-notice changes directly affect cost, service level, and resource use
Onward planning determines whether vehicles in the field stay productive
At the moment of planning, dispatch needs to determine whether a transport is actually feasible under all relevant conditions. Many FTL decisions happen under significant time pressure.
Pickup and delivery appointments are often narrow. Small shifts can change the feasibility or profitability of the entire transport.
Not every vehicle fits every load. Body types, capacities, temperature requirements, ADR rules, and customer-specific conditions all matter.
Driving-hour rules, qualifications, availability, and individual duty restrictions directly shape which tour can be executed in practice.
Once a transport finishes, vehicles are rarely back at the depot. They are somewhere in the field, and that is where the search for the best next move starts.
Geographic proximity alone is not enough. An onward job only works if the vehicle can reach the next loading point in time and still respect every relevant constraint.
Even under time pressure, equipment, driver rules, availability, and additional constraints have to be part of the evaluation instead of an afterthought.
Good onward planning turns isolated dispatch decisions into a continuously optimized transport chain with better utilization and fewer empty miles.
How the software helps
Our software models the operational demands of FTL dispatch systematically and evaluates jobs in the context of vehicles, drivers, equipment, time windows, and onward options. It also creates transparency across empty mileage, utilization, cost effects, and service quality.
Orders are evaluated together with available vehicles, drivers, equipment, time windows, and onward options instead of being treated as isolated tasks.
The software helps structure vehicle-load matching and excludes unsuitable combinations early instead of leaving them to manual filtering.
Suitable next jobs for vehicles in the field can be identified and prioritized automatically, reducing manual re-dispatch after each completed trip.
The solution supports structured decisions between own fleet and outsourced carriers while considering availability, fit, and profitability.
When conditions change, dispatch can move quickly to validated alternatives instead of rebuilding the day from scratch.
Less empty mileage
Better vehicle utilization
Higher on-time performance
Stronger dispatch decisions
More transparency into feasibility
Less manual coordination effort