Many inbound and outbound truck movements follow a familiar pattern.
A driver arrives. They provide a reference number, delivery type or transport document. Someone checks the information, decides where the truck needs to go and gives the driver instructions.
The decision itself may take only a few seconds. But when the same decision has to be made for every truck, every day, it creates a constant stream of repetitive coordination.
During busy periods, those small decisions quickly become a bottleneck. Drivers wait for instructions. Dispatchers answer the same questions. Phones start ringing. Teams spend more time keeping routine movements going and have less time to handle the exceptions that actually require their attention.
Automatic dispatch can remove part of that repetitive work. But not every truck movement should be automated.
The best place to start is with recurring inbound or outbound flows where the correct destination can be determined from information already provided by the driver.
Here are five checks to help identify those movements.
1. The driver provides information you already know how to use
Automatic dispatch starts with reliable input.
When drivers arrive, they will usually provide information such as:
- A booking or transport reference
- A delivery or collection number
- The transport company
- The type of material or goods
- A vehicle or trailer identifier
- The reason for their visit
- A document
The important question is not simply whether the information is available. It is whether your team already uses that information to make a consistent dispatch decision.
Imagine that inbound raw-material deliveries always provide a purchase order number. That number can be linked to the supplier, material type and intended unloading location.
Today, a dispatcher may look up the order, recognise the material and tell the driver which unloading area to use. When the same information consistently leads to the same outcome, that flow may be a good candidate for automatic dispatch.
The driver provides the known information at the kiosk or through the registration process. The system validates it, checks current capacity at docks and yard locations, and applies the relevant business rules.
The routine decision no longer needs to wait for someone to make it manually.
2. The destination follows clear business rules
Some dispatch decisions depend heavily on human judgement. Others follow rules that are already well understood by the site.
For example:
- Supplier A delivers to unloading zone 2.
- Product category B is handled at dock 14.
- Empty trailers are directed to the trailer parking area.
- Collection orders for warehouse C use the northern loading zone.
- Drivers arriving outside their booked time follow a separate process.
- Hazardous materials require an additional validation step.
Your team may never have formally documented these rules. But dispatchers often apply them instinctively throughout the day.
To assess whether a movement is ready for automatic dispatch, ask:
- Could we explain the decision as a clear set of “if this, then that” rules?
If the answer is yes, the decision may not require manual coordination every time.
That does not mean the entire process must become rigid. Rules can include conditions such as capacity, appointment status, material type, vehicle characteristics or the availability of a location.
The objective is not to remove operational control. It is to let known rules handle known situations.
Clear business rules also open the door to operating routine flows during low-staff or unattended hours. If inbound deliveries can be dispatched based on validated references, material type and real-time dock availability, drivers can still receive instructions from a kiosk even when no dispatcher is present. Routine flows keep moving, while exceptions are held back for the team to review.
A practical example: after-hours dispatch at Mousquetaires
At one Mousquetaires site, trucks continued arriving after 6 p.m. and throughout the weekend, while the logistics team had already gone home. Before Automatic Dispatch, every truck simply waited on the parking area until somebody manually dispatched them. Drivers became frustrated by long waiting times, security guards had to interrupt their own work, and because everything happened manually, the site gradually lost visibility of where trucks actually were.
After introducing Automatic Dispatch, those same trucks are now dispatched automatically using predefined business rules. Validated references, material types and dock availability determine the right destination, even when no dispatcher is on site. The operation simply continues in what the team there calls “autopilot” mode, without adding extra people.
Their business had grown while their headcount had not. Automation bridged that gap by keeping routine flows moving, while the team focuses its time on non-routine work.
3. The same decision happens frequently
Automation has the greatest impact when it removes a decision that happens repeatedly.
A movement that occurs twice per month may technically be possible to automate, but it is unlikely to be the best starting point. A movement that occurs dozens or hundreds of times per week creates a much clearer opportunity.
Look for flows where dispatchers repeatedly:
- Ask drivers for the same information
- Check the same system or document
- Call the same department
- Assign the same type of truck to the same area
- Repeat the same instructions
- Confirm the same routine decision
Each individual interaction may seem insignificant. Together, they can consume a substantial amount of operational time.
The repetition also becomes more visible during peaks. A process that works comfortably with five trucks per hour may begin to struggle when ten trucks arrive at once. More trucks should not mean more chasing.
Automatic dispatch makes these routine processes more scalable: the effort required from your team does not have to grow in line with truck volume. Routine movements can continue without every truck joining the same manual decision queue.
This can help the site process more volume without automatically adding more repetitive coordination or additional FTE.
4. Waiting for manual dispatch adds no value
Some waiting is necessary.
A truck may need to wait because a dock is occupied, a product is not ready or a safety check has not been completed. In those situations, the delay reflects a real operational constraint.
But drivers also wait simply because no one is immediately available to make a routine dispatch decision.
The dispatcher may be helping another driver, answering a call, solving an issue at a dock or temporarily away from their desk. The truck is ready to continue, but the process is waiting for human confirmation.
That is the kind of waiting automatic dispatch can reduce.
Ask what would happen if the driver received the correct destination immediately after providing the required information:
- Would anything important be lost?
- Would a risk be created?
- Would the dispatcher have made a different decision?
When the answer is no, the wait for manual dispatch may be adding time without adding control.
Removing that unnecessary waiting can support:
- Faster gate processing
- Shorter waiting times
- Faster truck turnaround
- Fewer repetitive calls and questions
- Better use of docks and yard locations
The objective is not simply to move trucks faster. It is to make sure that human attention is used where it creates value.
5. Exceptions can be separated from the routine path
Automatic dispatch should not hide unusual situations or force every truck through the same process.
A good automation candidate has a clearly defined routine path and a clearly defined exception path.
For example, a truck can continue automatically when:
- The reference is valid
- The appointment is recognised
- The driver arrives within the permitted time window
- The expected location is available
- All required information has been provided
The movement can be flagged for human attention when:
- The reference cannot be found
- Information is missing or inconsistent
- The driver arrives too early or too late
- The expected destination is unavailable
- A safety or compliance condition is not met
- The movement does not match any known rule
This separation is essential.
It means dispatchers no longer have to approve every routine movement to remain in control. They can focus on the trucks that actually require a decision.
Routine flows continue. Exceptions remain visible.
That is often the most important operational shift: automation does not replace the dispatcher. It reduces the number of repetitive decisions competing for the dispatcher’s attention.
A simple readiness checklist
A yard movement may be ready for automatic dispatch when:
- The driver provides information that can be validated.
- That information leads to a destination through clear business rules.
- The same decision is made frequently.
- Waiting for manual dispatch confirmation adds no operational value.
- Exceptions can be identified and routed to the team.
The more confidently you can answer yes to these five checks, the stronger the case for automating the flow.
Start with one movement, not the entire yard
It is easy to make automatic dispatch feel like a large transformation project.
It does not need to start that way.
Choose one frequent movement. Map the information the driver provides, the checks your team performs, the decision that follows and the situations that should be treated as exceptions.
For example:
- Valid delivery reference
- Known material type
- Available unloading zone
= dispatch the truck to the assigned location.
Then measure what changes.
Useful indicators include:
- Gate-processing time
- Driver waiting time
- Total truck turnaround time
- Number of manual interventions
- Trucks handled per day
- Use of available docks and yard locations
Once the first flow works reliably, the same approach can be applied to the next recurring movement.
The goal is not to automate every decision in the yard. It is to stop spending human attention on decisions that no longer need to be made manually.
That is how sites create more flow, reduce repetitive coordination and gain more capacity from the yard they already have.