Tier 4 · Frameworks

Order Management: Bridging ERP and the Physical World

How to close the gap between commercial systems (ERP, OMS) and physical execution (shipments, carriers, facilities): connecting the PO in SAP to the truck on the road to the dock at the DC to the goods on the shelf, in one continuous, real-time model.

Why It Matters

In most enterprises, the order world (ERP) and the logistics world (TMS, carriers, facilities) are disconnected. Procurement creates a PO. Logistics creates a shipment. Customer service answers WISMO. Finance reconciles invoices. Each function sees a slice. Nobody sees the full picture from order to delivery.

The FourKites Perspective

The FourKites Order Twin bridges this gap by modeling the complete order hierarchy (PO to Line Items to Deliveries to Shipments) and connecting it to the physical world through the Shipment Twin (where is the freight?), the Facility Twin (when will it be received?), and the Inventory Twin (what will the stock position be?). Sam processes supplier documents and links them to POs. Cassie answers customer inquiries with full order context. The bridge is not an integration project. It is an architectural capability.

Frequently Asked Questions

Who should read this framework?
Chief Supply Chain Officers, VPs of Logistics and Transportation, VPs of Technology, and enterprise leaders evaluating AI platforms for supply chain. Board members and investors seeking to understand the supply chain AI landscape.
How does this framework differ from analyst reports?
Analyst reports evaluate vendor capabilities through feature matrices. This framework evaluates structural advantages: what architecture decisions compound over time, what data advantages are defensible, and what operational models deliver measurable outcomes versus incremental improvements.
Is this framework vendor-neutral?
The framework is analytical, not neutral. It reflects FourKites' perspective grounded in a decade of operational experience across 882 enterprise deployments. The evaluation criteria apply to any platform, but the conclusions are informed by what we have observed at scale.
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