Stop Losing Hours to Manual Re-Sequencing
Parcelarc automates every re-sequencing decision after depot cutoff. Your dispatch team spends minutes on exceptions — not an hour rebuilding routes.
6:47pm. Two Minutes to Departure. Forty Addresses Just Changed.
Your dispatcher has the board showing 14 routes, 847 stops across three depots. Then the cutoff data drops: 40 addresses updated in your WMS. Nine stops added, seven removed, two time windows changed to same-day. One driver called off. You have 8 minutes before wheels roll.
The manual process: open each route, compare the new stop list, move stops, recalculate sequence order, push to the driver app, call the driver to confirm. For one depot. Then do it twice more. By the time you finish depot three, drivers at depot one are already fifteen minutes behind the revised sequence.
The next morning: three re-delivery attempts across a route that got out-of-sequence. Two overtime hours. One customer complaint. Four stops that could have been hit on the first pass.
Three Carrier Pain Points. Three Precise Fixes.
Late address exceptions at cutoff require manual route rebuilds. Dispatch spends 30–60 minutes per depot per day on this alone.
Re-optimization engine processes the exception set and publishes updated sequences in under 30 seconds. Dispatcher reviews the diff and confirms — no manual rebuild.
Driver call-offs at 6pm require re-pooling routes across remaining drivers. Current tools require manual stop redistribution.
Driver availability event triggers automatic stop redistribution across the remaining roster, accounting for each driver's capacity and HOS constraints.
Volume variance at the loading dock means planned routes don't match actual load. Capacity mis-match causes stops to get dropped or delayed.
Volume change at dock triggers capacity-aware re-sequence. The engine re-assigns stops to routes that have actual physical space, not just planned capacity.
Designed-for Operational Ranges
Plausible outcome ranges based on operational modeling. Not fabricated SLAs.
From ~45 min/depot to under 5 min for most exception scenarios
Routes that leave in correct sequence hit more stops within time windows
Industry range for failed first-attempt re-delivery cost including overtime and fuel
Lonestar Delivery Co. — Peak Season Re-Optimization
Peak-season volume surges created daily cutoff exceptions across seven of twelve depots. Dispatch team of five was spending ~6 hours per day on manual re-sequencing. Driver overtime costs were running 18–22% above plan during peak weeks.
Connected Parcelarc via API to existing Orion TMS. Configured per-depot constraint profiles. Ran parallel with manual process for the first week to validate sequence quality before full cutover.
Reduction in daily dispatch re-sequencing time during the first full peak week after cutover. Driver overtime returned to near-plan levels.
How Carriers Connect Parcelarc
Connect your TMS via REST API or EDI 204/214. Most integrations are live within 1–2 days. Parcelarc maps to your stop data schema.
Set per-depot constraint profiles: vehicle types, driver roster, capacity parameters, and hard time windows. Takes about 30 minutes per depot.
Run parallel with manual process for one week. Validate sequence quality against your ops team's judgment. Full cutover when you're satisfied.
Talk to Our Team About Your Carrier Operation
Tell us your depot count, stop volume, and current TMS. We'll show you exactly how Parcelarc fits.
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