Dispatcher Management System

Standard Android devices: rugged tablets mounted on forklifts or handheld terminals, your choice.

By work-order urgency, production schedule needs and configurable rules, with manual override for supervisors.

Yes. Reservations generate dispatcher tasks automatically, so the whole flow from work order to line feeding needs zero human coordination.

It needs coverage along the whole of the routes the trucks drive, fixed points included, because the driver confirms at both ends of every task between the dock, the aisles and line-side. A confirmation made where there is no signal does not reach the server until the device is back on the network, so the task still looks open to the manager. The 30-minute advance alerts are push notifications, so in an uncovered aisle they arrive late or not at all.

Yes, and deliberately so, because a driver who is already loaded or blocked needs a way to say it. No reason is captured with the rejection, so a pattern shows up only indirectly: response time and workload are recorded per operator, and someone who rejects steadily logs hours without the completed task count to match. Decide before go-live who reads those KPIs and asks the question, or the reject button becomes an opt-out.

Not on its own. Each task carries a source, a destination and a route between them, but that route is a fixed path between two known locations. It does not re-route live from wherever the truck currently stands. Continuous positioning needs the separate RTLS module: tags on the trucks, anchor beacons installed and calibrated across the tracked area, and gate scanners where movements are posted. That is a site survey and installation project. You cannot switch it on in the app.

Every source and destination has to be a location the system knows by a unique address, and anything you want confirmed has to carry a scannable label the driver can reach at the moment of handover. Barcode confirmation is only as good as the labelling discipline upstream. If your drivers today find material by knowing where it usually sits, that knowledge has to become master data before the first task is dispatched.

Technically yes, but then somebody keys each task by hand, usually the logistics supervisor, from the same phone calls the system was meant to remove. That is workable for a pilot on one area or one shift, where the volume is small and you are testing operator behaviour and network coverage rather than throughput. It stops being viable at the point where manual task entry costs more time than the radio traffic it replaced.

Two scans per task, one at pickup and one at delivery, a few seconds each when the label is where the driver expects it. The cost is not the scan itself, it is climbing down and walking around a pallet because the label faces into the rack or went on the wrong side. Fix label placement for a driver approaching from the truck before you roll the app out, or those seconds become minutes.

No. It removes the radio traffic and the guessing about what to do next, but somebody still owns priorities, handles exceptions and decides what happens when two lines want the same forklift. What changes is that the supervisor works from a queue and recorded response times. Shouting and memory drop out. Plan for the role to change. Do not plan for a headcount saving.