Write vehicle and route sequence back to AFAS when the ERP also needs to make operational planning available to warehouse, accounting or customer service teams. Treat these details as a derived snapshot from route planning, not permanent order facts. Only a current, fully validated route may replace the previous plan.
Make planning useful beyond the planning software
An AFAS sales order says a delivery is needed, but not always which vehicle or in which sequence. That information emerges during route optimisation. Writing it back can help the warehouse with loading order, accounting with route questions and service with realistic context. It prevents every team from needing to open a separate route portal.
That benefit exists only when meaning and freshness are clear. A sequence number is a position within one specific route and date, not a universal priority. A vehicle code must be translated into a recognisable ERP value. Retain route ID, planning date and source version beside vehicle and sequence, or at least make them traceable through the audit trail.
Planning checks before every update
- Does the route come from the correct provider account and workspace?
- Is it a complete, current snapshot rather than an isolated old webhook?
- Does every stop link exactly to the intended AFAS order?
- Is the vehicle code known and suitable for the agreed ERP field?
- Is the stop sequence unique and logical within the same route?
- What should happen to orders removed from a revised route?
A configurable workflow in Connect can perform this check after route planning. Do not write a partial set when half the stops cannot be identified; AFAS would then appear to contain complete planning when it does not.
Fictional example: loading sequence after route optimisation
Fictional example: garden store Groene Grond plans twelve deliveries for Wednesday. Track-POD creates two routes. Order GG-310 goes on vehicle B as stop 2; GG-294 goes on the same vehicle as stop 7. The integration validates every stop link and writes vehicle and route sequence to the corresponding AFAS orders.
At 07:10, the planner moves GG-310 to vehicle A because of volume. A new, complete route snapshot receives a later version. Vehicle and position are updated for the affected orders only after validation. A delayed snapshot from 06:55 arrives afterwards but does not overwrite the new plan. In Desk, service sees current route context without presenting the old value as certain. This example is fictional and makes no promise about exact fields in every AFAS setup.
Define the meaning for the recipient
| Field | Meaning | Do not interpret as |
|---|---|---|
| Vehicle | Current route assignment for a date | Final until the order closes |
| Route sequence | Relative position within one route | Exact arrival time |
| Route ID | Identity of the planning set | Customer-facing tracking number |
| Snapshot time | Version underlying the fields | Time the driver departed |
Agree who may correct source planning. An employee who sees an incorrect route sequence in AFAS must not locally change a number that will return in the next synchronisation. Provide a route to the correct source or a controlled change action. Have Desk also show when planning was last updated. For processes requiring this specific feedback, custom software around existing systems may be appropriate.
Test the write-back flow with partial routes too. Create a test route with ten stops and deliberately give one an unknown order reference. Decide beforehand whether the entire snapshot stops or nine validated lines may be updated with one visible warning. The choice depends on how AFAS uses the information. When the warehouse loads by route sequence, an apparently small missing stop can make the whole list misleading. If the fields provide only additional service context, partial success may be acceptable. Record the decision rather than leaving it to accidental error behaviour.
Also retain the previous value and reason for the change. For a customer asking “why did it show vehicle B?”, a history from route R-18 version 3 to version 4 helps more than just the current Van A. Measure how often planning changes after being written back and until which cutoff updates remain useful. Late changes may disrupt a loaded vehicle; early synchronisation may distribute a provisional sequence. The right timing is therefore a process agreement between route planner, warehouse and service.
Want to make route planning useful in AFAS without false certainty? Define the planning fields and version checks with Yindle.