What actually counts toward a trailer's dwell time?

Trailer dwell time is tracked from the moment a truck arrives to the moment it pulls away, and telematics land in the same event model as every scan, so that dwell time sits right next to the pick or putaway order the trailer was actually waiting to serve. That's what separates a busy door from a congested one — dwell time on its own doesn't tell you which.

Do I need telematics?

No. The dock and task schedule builds from the arrival and departure scans, dock-door assignments and putaway task data your yard and WMS already record, so a first schedule doesn't wait on a telematics project. What that gets you is dwell time and door assignment logic from day one. Trailer telematics, if your yard already has them, sharpen dwell measurement further and let a mixed carrier fleet read on one comparable scale, but they're a refinement on top of a working schedule, not something the schedule depends on to run.

How does dock scheduling interact with wave planning?

They're optimised together, not handed off between systems. Task scheduling, dock-door scheduling and wave timing all run against the same plan, so a wave isn't released ahead of the inbound work it depends on, and a door isn't assigned without accounting for the staging and putaway work already queued behind it. The three pieces move as one schedule instead of three that occasionally collide.

Can it handle colliding carrier cut-offs?

Yes — that's exactly the kind of conflict dock-door scheduling is built to resolve. The sequence already accounts for what's staged at each door and how much longer its current trailer needs, so when two carriers are due at once, it's the load actually ready to move that gets priority, not whichever truck arrived first. Live re-planning adjusts the sequence and quantifies the impact when reality still doesn't cooperate.

What if my docks are shared between inbound and outbound?

Shared docks are scheduled as one resource, not two separate plans that happen to use the same doors. Inbound and outbound doors are assigned to minimise staging conflicts, so an outbound load staged in front of a door is accounted for before an inbound trailer gets sent to it, and the schedule reflects which direction each door is actually needed for across the day rather than a fixed assignment.

Does the schedule reach the WMS?

Yes. An approved dock schedule becomes the door assignments, putaway tasks and pick lists your WMS runs on for that shift, so the sequence that cleared the queue on the twin is the sequence the yard actually works to — nobody is re-typing a door plan from a screenshot. Trailer arrivals and departures then flow back into the same event model, so the next time inbound volume spikes, the schedule is built from what genuinely happened at your doors last time, not from an assumption about how fast putaway usually clears.

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Common challenges

The queue outsidestarts inside.

Trucks queue at the yard, dwell time creeps past what anyone budgeted for, and receiving starts waving trailers through just to keep the line moving — then the shortfall surfaces later as a picking wave that's short on stock. The fix isn't a bigger yard or another dock door. It's sequencing dock, task and wave plans together, so a trailer gets a door because the work behind it is actually ready for it, not because the door happened to be free.

See dock & task scheduling

WareBee dock schedule showing trailer dwell time next to dock-door utilisation and the pick or putaway work each trailer was waiting to serve

Is this your problem?

How to tell dock congestion from a yard that's just busy today.

A full yard and a congested one look identical from the gatehouse, and cost very differently to confuse. The measure that actually separates them is trailer dwell time next to dock-door utilisation, set against the pick or putaway work each trailer was actually waiting to serve. A busy door with every trailer dwelling against real, ready work is a well-loaded operation having a normal day. A busy door with trailers dwelling against work that isn't ready yet — a wave still running, a putaway crew somewhere else — is congestion, and no amount of extra yard space fixes that.

It happens because the door schedule, the task list and the wave clock are usually run by different people or different systems, none of which sees what the other two are doing. Dispatch hands out the next door as soon as one clears. The pick or putaway plan runs on its own priority order, not on which trailer is sitting outside waiting on it. A trailer can dwell at a fully staffed door not because nobody is working, but because the work behind that door was never sequenced to be ready when the trailer arrived.

WareBee scores trailer dwell time against dock-door utilisation against a peer set matched on order profile, SKU count and footprint — never a blanket industry figure — so 'the yard's backed up again' becomes a number you can compare, argue with and act on.

What's actually causing it

Five places the queue actually starts.

Each one is measured on your digital twin from data you already generate, so you can see which applies to you before the next trailer backs up to a door.

Docks scheduled first-come-first-served

The next trailer gets the next open door, regardless of what's staged behind it or what work is actually ready.

Door assignment can weigh what's already staged in front of each door and how long the trailer occupying it still needs, not just which doors show as free on the board. A door that looks open right now but is about to be blocked by outbound staging shouldn't be handed to the next inbound trailer — that just moves the queue to the unload.

Dock, task and wave plans made separately

The door schedule, the pick plan and the wave clock each run on their own logic, so none of them accounts for what the others need.

Task scheduling, dock-door scheduling and wave timing get optimised together rather than run as three plans that happen to share a building. A trailer gets assigned a door because the putaway or picking work behind it is sequenced to be ready for it — not because a door happened to be free when the trailer pulled in.

Staging space competing with storage

Pallets waiting to move off the dock sit in staging lanes for hours and start acting like storage.

True capacity and occupancy get measured zone by zone rather than as one site-wide total, so a staging lane that's quietly been running as overflow storage shows up as an occupancy number like any other zone — not a blind spot nobody's counting. Reclaiming it is what gets the next trailer a lane to unload into.

Inbound arriving faster than putaway clears

Trailers keep arriving on schedule while the putaway work from the last one is still queued.

The scheduler tracks which tasks depend on which — putaway ahead of the picks it feeds, staging ahead of the load it completes — so the pace inbound is actually clearing at is visible against the pace it's arriving at, rather than assumed to match. When putaway is the constraint, the fix is re-sequencing the task queue, not opening another door.

Dwell time invisible because it sits between systems

The yard knows when a trailer arrived. The WMS knows when the work behind it finished. Nothing puts the two together.

Telematics land in the same event model as every scan, so a truck's dwell time outside a dock sits right next to the pick or putaway order it was waiting to serve — one place, not two dashboards to reconcile by hand. That's the same connected data model behind the rest of the operation.

See the connected warehouse →

Clear the queue before it reaches picking.

WareBee sequences dock-door scheduling, task scheduling and wave timing together, so a trailer gets a door because the putaway or picking work behind it is ready to receive it — not because a door happened to be free when it pulled in. Assigning a door means checking what's already staged in front of it and how much longer its current trailer needs to clear, so the yard stops queueing behind a door that's about to be blocked anyway.

Because it runs on your digital twin, telematics from the trucks already working your dock land in the same event model as every scan, so dwell time sits next to the work it was waiting to serve instead of two systems nobody reconciles. Your team approves the sequence; the WMS receives it as the dock, pick and putaway tasks it already understands.

Dock, task and wave scheduling optimised together, not separately
Door assignment weighs what's staged and what's still clearing, not just what's free
Trailer dwell time sits next to the work it was waiting to serve

See dock & task scheduling

WareBee dock and task schedule showing trailer dwell time next to the putaway or picking work each trailer was waiting to serve

Next step

Dock congestion, answered.

What actually counts toward a trailer's dwell time?
Trailer dwell time is tracked from the moment a truck arrives to the moment it pulls away, and telematics land in the same event model as every scan, so that dwell time sits right next to the pick or putaway order the trailer was actually waiting to serve. That's what separates a busy door from a congested one — dwell time on its own doesn't tell you which.
Do I need telematics?
No. The dock and task schedule builds from the arrival and departure scans, dock-door assignments and putaway task data your yard and WMS already record, so a first schedule doesn't wait on a telematics project. What that gets you is dwell time and door assignment logic from day one. Trailer telematics, if your yard already has them, sharpen dwell measurement further and let a mixed carrier fleet read on one comparable scale, but they're a refinement on top of a working schedule, not something the schedule depends on to run.
How does dock scheduling interact with wave planning?
They're optimised together, not handed off between systems. Task scheduling, dock-door scheduling and wave timing all run against the same plan, so a wave isn't released ahead of the inbound work it depends on, and a door isn't assigned without accounting for the staging and putaway work already queued behind it. The three pieces move as one schedule instead of three that occasionally collide.
Can it handle colliding carrier cut-offs?
Yes — that's exactly the kind of conflict dock-door scheduling is built to resolve. The sequence already accounts for what's staged at each door and how much longer its current trailer needs, so when two carriers are due at once, it's the load actually ready to move that gets priority, not whichever truck arrived first. Live re-planning adjusts the sequence and quantifies the impact when reality still doesn't cooperate.
What if my docks are shared between inbound and outbound?
Shared docks are scheduled as one resource, not two separate plans that happen to use the same doors. Inbound and outbound doors are assigned to minimise staging conflicts, so an outbound load staged in front of a door is accounted for before an inbound trailer gets sent to it, and the schedule reflects which direction each door is actually needed for across the day rather than a fixed assignment.
Does the schedule reach the WMS?
Yes. An approved dock schedule becomes the door assignments, putaway tasks and pick lists your WMS runs on for that shift, so the sequence that cleared the queue on the twin is the sequence the yard actually works to — nobody is re-typing a door plan from a screenshot. Trailer arrivals and departures then flow back into the same event model, so the next time inbound volume spikes, the schedule is built from what genuinely happened at your doors last time, not from an assumption about how fast putaway usually clears.