Storage 3D models a container terminal as a configurable operating surface. Teams can define rows, cells, storage tiers, rail approaches, and work zones around the real geometry of a site.
The system supports the container types used by the terminal and keeps their dimensions, placement constraints, and current positions visible in one plan.
The allocation algorithm plans how containers arriving by rail should be distributed across the yard. It balances valid placement, future access, and the amount of crane travel required by the sequence.
Because the crane moves alongside the train, the planner groups work around its current position and aims to complete the maximum number of useful actions at every cell instead of paying for repeated empty movement.
A 3D operations view makes the yard layout, occupied tiers, rail line, and planned movements understandable at a glance. The same surface supports configuration, diagnostics, and day-to-day control.