Shipment queue and route view
Select a shipment to highlight its route on the network map and compare its estimated arrival with its delivery window.
Logistics / Product showcase
From dispatch queue to delivery, in one control tower.
Launch interactive demo ↓ Explore the Freight Dispatch AI showcase →Application screenshots · Sample data
Product overview
Find the shipment that needs attention first
Dispatchers need to spot deliveries at risk and decide which shipment to act on first. Bring shipment status, ETA, and delivery commitments together in one view.
Available in the demo
Select a shipment to highlight its route on the network map and compare its estimated arrival with its delivery window.
Simulate heavy traffic or a road closure. The control tower recalculates ETAs and puts the shipment expected to miss its window by the most time first.
Assign a shipment, start transit, and confirm delivery. The control tower updates its counters and removes delivered shipments from the risk queue.
Hands-on walkthrough
When traffic changes across several routes, the dispatcher needs to compare each ETA with its promised delivery window. The control tower brings the route map, shipment queue, and exception priority into one workspace.
Select a shipment and compare its ETA with its delivery window. Its route is highlighted on the map.
Switch from normal traffic to a road closure and see which shipment rises to the top of the review queue.
Freight Dispatch
Logistics workspace
Operations / Control tower
Active shipments
At risk
Delivered
Illustrative route network
The demo uses fictional records. Changes reset on reload.
Example scenario
Compare each shipment’s ETA with its delivery window after selecting Road closure. Review the largest projected overrun first. Confirming a delivery removes it from the risk queue, so the next outstanding exception can surface.
Beyond the demo · Proposed
Assign an unassigned shipment, start transit, and confirm delivery. Watch the active and completed totals change.
AI roadmap
A production system could estimate arrival windows from GPS, traffic, and historical transit times. An assistant could summarize the risk factors and present alternatives for a dispatcher to approve.
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