Essentos
Use case | Haulier transport coordination at a logistics terminal

Haulier transport coordination software that protects driver time and terminal flow

How Essentos cut waiting, phone calls and repeat visits for a road haulier operating daily with an intermodal terminal in Spain: QR-validated access with prerequisites cleared upstream, digital weighing and event-by-event tracking on the C-CORE evidence layer.

The challenge of a transport operator losing time on every terminal visit

A road transport company ran daily flows in and out of an intermodal terminal for container drops and pickups. The problem was not truck count: it was lack of continuity. Drivers waited at access, validations were manual, weighing was slow and traffic coordination relied on phone calls whenever a data point was missing or an exception appeared.

Essentos deployed a driver-centric digital flow built around three mechanics: a QR sent by email with prerequisites already validated upstream, site safety information delivered before entry, and weighing made automatic to remove stops at the weighbridge. The visit cycle stabilized, non-value time dropped and both the driver and the traffic desk got a clearer picture.

A predictable visit cycle for the haulier
Validated QR, access, weighing, operation, exit, no phone calls
Road
QR Prerequisites verified upstream
the driver arrives with documentation already resolved
Before
Gate Access with less friction
less manual validation at the moment of arrival
Milestone
Weighing Automated weighing
fewer stops for confirmation or transcription
Flow
Event Event-by-event tracking
fewer calls to the traffic desk, more continuity
Control
Visits/day
18 to 35
Drops / pickups
60/30
Second visits
25%
Observed operating impact on haulier transport coordination
20% Documentation exceptions
Fewer exceptions from incomplete or late-validated paperwork at the gate.
15% Access idle time
Less waiting at access caused by manual confirmations and on-the-spot checks.
25% Coordination calls
Fewer daily phone calls between the haulier traffic desk and the terminal.

Note: Figures observed in comparable Essentos transport coordination deployments. Actual gains depend on visit volume, share of new drivers and window stability.

Day-to-day operations of the road haulier

The haulier moves containers in a classic intermodal pattern: drops, pickups and second visits whenever the cargo is not available the first time around.

Visit volume and operating dynamics
Between 18 and 35 terminal visits per day, depending on the week and campaign cycle
Roughly 60 percent drops, 30 percent pickups and 10 percent mixed visits
Between 20 and 30 percent of trips include a second visit on the same day due to slot changes, time windows or documentation that did not clear in time
Roles involved in haulier coordination
1 traffic coordinator handling appointments, exceptions and replanning.
10 to 20 drivers rotating through the terminal depending on shift and availability.
A recurring call volume to the terminal contact point just to confirm "can I enter yet?" or "is it ready?"

When access and documentation are not aligned, the cost accumulates in lost minutes, idling engines and constant replanning at the traffic desk.

Scope of the haulier transport coordination deployment

The brief was tight: cut friction before the truck reaches the gate and remove unnecessary manual steps once inside the terminal. Essentos worked on three mechanics, all anchored in C-CORE evidence.

1) QR by email with verified prerequisites

The driver gets the QR by email and presents it from a phone, with no app to install. The QR itself is the proof: the documentation and entry prerequisites are already validated. "Arrive and discover something is missing" stops being the default.

2) Site safety briefing delivered before access

For new or occasional drivers the QR also delivers the core safety rules and on-site circulation guidance. First-visit mistakes drop and the access lane stops repeating the same briefing.

3) Smoother weighing with fewer manual confirmations

The weighing flow was redesigned to remove stops caused by manual validation and to absorb peak volume without breaking the visit cycle.

Real operating change for the road haulier

Fewer phone calls to the traffic desk over access and documentation exceptions
Less waiting at the lane caused by manual validation at the moment of arrival
More stability across the visit cycle: the driver knows earlier whether entry is possible and what to do next
Less real-time replanning when the terminal is under pressure

The shift was most visible in peak bands, where non-value time from late confirmations used to compound across the whole shift.

Operating indicators tracked from the haulier's point of view

Indicators were tracked over several months, from the road haulier's perspective rather than the terminal's:

Average time per terminal visit, from entry to exit
Exceptions caused by missing documentation or late validation
Calls and messages required to coordinate with the terminal
Share of visits with long waits at the lane or the weighbridge
Repeat visits caused by missing preparation or confirmation

Does your transport coordination lose hours to waiting, confirmations and second trips?

If your traffic desk loses hours to waiting, calls and second trips, Essentos can help you organize the haulier flow with upstream validation and a clearer process for every driver. The same haulier transport coordination model runs across Essentos deployments in Spain, Europe and the United States.

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