What does the AI optimisation layer actually do for the warehouse?
Six tuned capabilities along the order lifecycle · from inbound dock to picker confirmation. Each one is independently switchable.
AI pick-path routing
Multi-stop TSP-style with constraints · bulk first, fragile last, cold-chain time windows.
AI slotting
Velocity-aware · fastest movers near outbound, paired SKUs adjacent, weight-balanced for ergonomics.
Demand forecasting + replenishment
Per-SKU · per-DC · auto-reorder triggers 5 to 9 days before the static rule fires.
Space utilisation + cube fill
Rack-density heatmaps · dead-stock identification · cube-fill optimisation for inbound putaway.
Receiving + putaway optimisation
AI suggests storage location on inbound based on velocity rank and paired-SKU adjacency.
Mobile picker app · barcode + voice + route
EN, BM and 简体中文 · barcode scan, voice prompts, optimal-route guidance, offline-tolerant.
Multi-stop, multi-constraint routing that solves what humans cannot.
A pick list with 18 stops has 6.4 quadrillion possible routes. Your picker is choosing one of them in their head while their handheld beeps. AI pick-path routing solves the optimal sequence in milliseconds with the constraints that actually matter on a Malaysian DC floor · bulk first so fragile items go on top, cold-chain time windows respected, hazardous SKUs picked last, and the picker is guided turn-by-turn through their handheld.
- Solves multi-stop TSP with 6 constraint classes · sub-200 ms per pick list
- Bulk-first · fragile-last · cold-chain windowed · hazardous quarantine
- Adapts to live aisle blockages flagged by other pickers in the same shift
- Walk-time falls 30 to 40% on day one · picks-per-hour rises 28 to 38%
What lives on the warehouse manager's screen all day?
Five live numbers that decide whether tonight's overtime is needed · refreshed every 30 seconds, mounted on the wall in the supervisor's office.
Wall-mounted control screen. Refreshed every 30 seconds, projected on the supervisor's office wall, exported to Power BI for the operations director and the CFO.
Where does AI-Powered WMS sit in our stack · do we have to replace D365?
No replacement. AI-Powered WMS is an optimisation layer. It reads from your ERP and existing WMS, writes back optimised pick lists and replenishment triggers, and talks to mobile devices, sorters and 3PL portals.
How long until AI-Powered WMS is live in our DC · what does the rollout look like?
Four steps from first site walk to live picking · stamped, signed off, ready for the next zone.
Site walk
Daxonet walks your DC with the operations manager · maps existing WMS, ERP, racks and aisles, lists peak-day pain points. Output is a numbered zone plan and the pilot SKU list.
Slotting analysis
90 days of pick history is loaded. Velocity ranking, paired-SKU adjacency and ergonomics overlay are computed. The relocation work order for the night shift is generated and reviewed with your team.
Pilot 1 zone
Edge box installed. Mobile picker app rolled out to the pilot team. AI pick paths run side by side with the old method for the first 5 shifts, then take over. KPIs streamed to the wall display.
Plant rollout
Remaining zones enabled in waves. Each wave includes a bilingual picker training session in EN, BM and 简体中文. Forecasting and replenishment triggers go live once 8 weeks of clean order data exist.