The line stops at 10 AM. By 2 PM, nobody has a new plan — just a group chat full of updates.
When an unplanned disruption hits — a line breakdown, a quality hold, a sudden material shortage — the immediate response is a phone chain. The production supervisor calls the planner. The planner calls maintenance. Maintenance calls the vendor. Meanwhile, the work orders that were running are now behind, the work orders that were planned for this afternoon depend on the same line, and three customer shipments are at risk. Nobody has a single view of what has changed and what needs to happen next.
The replanning that follows is manual — the planner opens the production schedule, starts moving work orders around in a spreadsheet, tries to remember which shipments depend on which WOs, and produces a revised plan that is shared over WhatsApp or email. By the time it reaches the shopfloor, the maintenance team has already restarted the line on their own judgment. The revised plan and the actual recovery are running on different assumptions.
A production disruption is a known event with a computable downstream impact. The moment a line stops, HublerX reads the disruption signal — from the MES, the ERP, or a manual flag — maps every work order, shipment, and customer commitment affected, and generates a feasible recovery schedule within the available capacity window. The replanned schedule is available before the phone calls end. Every function sees the same updated picture at the same time.
Live workflow view
The step-by-step sequence
- 1
Disruption detected and logged
HublerX detects the disruption from the MES, a work order status change in the ERP, or a manual flag from the production supervisor. The affected line, the time of stoppage, and the estimated recovery time are captured immediately.
On disruption event · real time - 2
Downstream impact mapped automatically
HublerX identifies every work order delayed by the stoppage, every finished goods shipment dependent on those WOs, and every customer delivery commitment at risk — across the current shift and the remainder of the planning week. The full impact is visible within seconds of the disruption being logged.
Immediately on disruption log - 3
All functions notified simultaneously
Production, logistics, commercial, and procurement receive the disruption impact summary at the same moment — with the specific WOs affected, the shipments at risk, and the customer commitments in jeopardy. No phone chain. No sequential discovery.
Within seconds of impact mapping - 4
Recovery schedule generated
HublerX generates a feasible recovery schedule within the available capacity — prioritising by customer commitment, shipment urgency, and remaining shift hours. Where full recovery is not possible within the shift, the schedule shows what can be recovered today and what must move to tomorrow.
On estimated recovery time confirmation - 5
Customer impact assessed and communications prepared
For shipments that cannot be recovered before the delivery window, HublerX surfaces the at-risk customer commitments with the expected new delivery date — so the commercial team can proactively manage the customer before the delivery misses, not after.
On recovery schedule generation - 6
Revised schedule confirmed and ERP updated
Once the recovery plan is approved by the planner or plant manager, HublerX updates the work orders in the ERP, revises the dispatch schedule in logistics, and notifies the shopfloor of the new sequence. The ERP reflects the actual plan — not the original schedule that the disruption made obsolete.
On planner approval
Results are directional. Outcomes vary by disruption type, ERP configuration, and production complexity.
See how production replanning works in your operation
30 minutes. Your ERP. Your production lines.