Supply Chain manager / Logistics IT · X++ extensions for Warehouse Management and Transportation

X++ logistics extensions for D365 F&O — Warehouse, Transport, EDI delivered by AI

Your Warehouse Management and Transportation Management modules cover only 70% of your operations — the rest is in Excel or homemade scripts.

TL;DR

Dynamics 365 F&O X++ logistics customizations: Warehouse, Transport, carrier EDI. 48-72 h per ticket, ISO/FDA compliance. €200 resolved.

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Microsoft D365 F&O expertise
10 ans
D365 F&O
€200 / ticket
Fixed price per resolved ticket
vs €800-1,200 at a typical SI
48 h
Average delivery time
Azure DevOps
Validated by your IT
The problem with your current vendor

D365 logistics requires customizations SIs deliver poorly

  • Custom picking and packing (single-order, wave, travelling-salesman) require X++ extensions rarely done well.
  • Scanner integration (Honeywell, Zebra) and RF terminals remain fragile at most integrators.
  • Carrier EDI flows (DESADV, IFTSTA, IFCSUM) are customized case by case with no reusable pattern.
  • Custom lot/serial traceability (best-before, expiry) impacts your site's regulatory compliance.
How SKALP solves it

An AI specialized on D365 F&O logistics modules

  • Warehouse Management customizations: custom picking, waves, allocation, mobility.
  • Transportation Management integrations: carrier pricing, route optimization, real-time tracking.
  • Packaged logistics EDI connectors (ANSI X12, EDIFACT, GS1): ORDERS, DESADV, IFTSTA, INVOIC.
  • ISO 9001 and 21 CFR Part 11 compliant lot/serial traceability (regulated industries).

How it works

1

Submit your ticket

Describe the business or technical need in a few lines. No 50-page spec required.

2

AI generates the extension

X++ code, unit tests and documentation produced in under 48 hours.

3

Validation on your Azure DevOps

Pull request submitted on your repository. Your IT lead reviews and validates before merge.

4

Delivered — you pay €200

Once merged, it's delivered. No billing if the ticket isn't resolved.

The process applied to this case

  1. 01

    Mapping of standard / operational gaps

    List of business rules not covered by standard WMS / TMS (picking sequence, carrier pricing, quality checks). 10-30 gaps identified in a few hours.

  2. 02

    Priority tickets on the most critical flow

    Start with the flow with highest operational impact (daily picking, customer shipments). Delivery within 48-72 h of the 3-5 priority customizations.

  3. 03

    Testing in UAT with real data

    UAT by logistics operations under real conditions (scanner, RF terminal, picking) before production merge. Short cycle: 1-2 UAT days per batch.

  4. 04

    Production rollout via LCS release

    Automated deployment via the Azure DevOps pipeline + LCS API. Approval gates on the Production environment. Automatic rollback if KPI degrades.

  5. 05

    Real-time operational monitoring

    Power BI dashboard: pickings/h, order completeness rate, shipment cycle time, scanner errors. Allows continuous rule tuning.

Frequently asked questions

Which logistics equipment is integrable?+
Scanners and RF terminals from major vendors (Honeywell, Zebra, Datalogic), via the standard D365 Warehouse Mobile App integration patterns. For more complex WCS and conveyor systems, integration via OPC UA or REST API depending on what your equipment exposes.
Do you integrate specific carriers (DHL, FedEx, Geodis)?+
Yes, via their REST API or EDI flows depending on what they offer. Patterns are standardized (auth, label generation, tracking, billing return) and adapted per carrier on the ticket. Typical setup: 72 h per carrier.
What about multi-site with different processes?+
Customizations are configurable per site (D365 Site / Warehouse) with different rules per legal entity or warehouse. One development covers multiple sites — no duplication needed.

Submit your first ticket

€200 if resolved. Nothing if not resolved.

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