Container depot software with real-time inventory by slot
How Essentos rebuilt container depot management with slot-level inventory, physical stacking rules, purpose-coded zones and event-by-event evidence to cut rehandles and accelerate gate-out at a depot in Spain.
In a container depot, the bottleneck is rarely surface area. It is loss of yard coherence: units stacked without criteria, the same box moved three or four times before it leaves, minutes burned looking for a serial and constant radio chatter to confirm what is in the yard, where it sits and whether it is ready to release.
Essentos deployed a container depot management layer built on C-CORE: slot-level inventory tied to physical position, written operating rules (stacking, weight, compatibility), zones coded by purpose (release, customer pool, inspection, repair, reefer when applicable) and event-level evidence for every move. The yard became more ordered and noticeably faster: fewer rehandles, fewer judgement calls in the cab and predictable gate-out even on peak days.
Note: Figures observed in comparable Essentos depot deployments. Actual gains depend on volume, layout and operating discipline.
Day-to-day container depot operations
The depot handles empty container flows with truck entries and exits across the full shift. Beyond pure storage, services add operating complexity: inspections, damage exceptions and container preparation before release.
- Between 60 and 120 truck moves per day, with defined peak windows
- Typical yard inventory of 1,800 to 3,200 containers depending on the season
- Part of the flow needs prior action: inspection, verification, status change or preparation before release
- 1 gate clerk validating inbound and outbound traffic and resolving exceptions
- 1 administration role managing documents, statuses and confirmations
- 1 yard supervisor prioritizing slot decisions and moves
- 3 to 7 reach-stacker operators executing moves, releases and rehandles
On peak days the cost always shows up in the same place: rehandles without value and shift time burned looking for the right box.
Scope of the container depot deployment
The objective was direct: make the depot run on rules and slot data, not on memory and radio chatter. Essentos delivered a container depot management layer organized around four mechanics, each anchored in C-CORE evidence.
Each container is tied to a real slot and an operating status the team understands and trusts. The depot stops running on two competing realities (what the system says versus what people remember) and starts from a single source of truth.
Each yard area was coded by operating intent rather than by habit:
- Fast-release areas for high-rotation gate-out
- Customer pools by account and contract
- Inspection and exception zones
- Repair areas with workflow status
- Buffers to absorb peak load without breaking yard order
Height, weight and compatibility rules are applied at slot decision time to protect safety and yard consistency. In a container depot, a badly stacked block is not only slower to release: it also creates real operating risk.
Every relevant move leaves a usable trail: what moved, when, who executed it and to which slot. That single change ended most of the cross-checking, repeated radio confirmations and after-the-fact debates.
Real operating change in container depot management
- Search time dropped because slot position stopped being approximate
- Rehandles dropped because stacking now follows expected outbound flow and zone purpose
- The supervisor moved from firefighting to prioritizing with a real, live view of the yard
- Administration cut confirmations because operating status and slot were directly queryable
- Truck release became predictable: less "wait while we find it" and fewer last-minute rehandles
Operating indicators tracked for depot inventory accuracy
Indicators were tracked over several months, focused on container depot yard productivity and release quality:
- Rehandles and non-value moves per day, per crew
- Average time to locate and prepare a release
- Inventory discrepancies: believed position versus actual slot
- Zone occupancy and pressure on critical pools
- Releases with exceptions versus clean releases
Does your container depot lose coherence when volume rises?
If your depot loses time to searches, rehandles and manual coordination, Essentos can help you rebuild the yard around slot-level inventory, physical rules and purpose-coded zones. The same model is in production at container depots in Spain and runs on the same C-CORE layer used across Essentos terminals in Europe and the United States.