Supply Resilience

Stock-Out-Driven Priority Routing

High-priority orders move through gate, yard, and dock automatically — no phone calls required.
Order Twin
Shipment Twin
Yard Twin
Appointment Twin
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Stock-Out-Driven Priority Routing

What we deliver

The Problem (Before)

Priority flags set in the ERP don't reach the gate, yard, or warehouse — every urgent order still needs a manual call.

Who feels this:

Supply Chain Manager, Warehouse & Logistics Manager

The Outcome (After)

High-priority orders move through gate, yard, and dock automatically — no phone calls required.

What makes this different:

The priority flag normally goes no further than the system. This carries it into the gate, yard, and dock, fast-tracking urgent orders end-to-end without a single call.

How it works

The building blocks behind this outcome.
What Happens

Priority flags in the Order Twin propagate automatically to the Shipment Twin, gate check-in, Dynamic Yard spotter tasks, and dock door assignments, fast-tracking hot orders without manual calls.

The Intelligence Behind It

This outcome draws on the FourKites Graph for cross-company intelligence, carrier benchmarks, and facility behavior patterns.

This intelligence exists because the Graph aggregates behavior across 882 enterprise shippers, 10,164 carriers, and 3.6 million facilities over 11 years. No single company's data could produce it.

Why This Cannot Be Replicated

ERP priority flags stop at the system boundary. This system carries the priority signal through gate, yard, and dock so hot orders are fast-tracked end-to-end without a single phone call. The intelligence layer is what makes the difference. Building the basic capability is straightforward. Building it on top of 11 years of cross-company supply chain intelligence, with continuous learning from 2.5 million agent actions per month, is what took a decade and cannot be replicated with software alone.

Digital Twins

Order Twin, Shipment Twin, Yard Twin, Appointment Twin

FourKites Graph

Cross-company intelligence powering every decision

FourSight AI
  • FourSight AI: "How many priority orders are in transit?"
  • Custom Insights: Priority order fulfillment rate

Inventory Optimization Transformation

Stock-Out-Driven Priority Routing is one outcome in a broader optimization of your inventory operations. When deployed alongside these outcomes, inventory decisions are driven by real-time intelligence rather than safety stock buffers. The Inventory Twin projects demand. The Shipment Twin feeds live inbound positions. Tracy and Alan execute the response.
  • Inventory-Aware Inbound Orchestration
  • AI-Powered STO Rebalancing
  • Network Inventory Re-Balancing
  • Alternative Sourcing Cost Avoidance
  • Premium Shipment Spend Reduction via ETA Confidence

Validation

Deployment Evidence

Live in enterprise production: Inventory Twin detects projected stock-outs and hands the corrective transfer to Booking Connect for autonomous execution, with a human-in-the-loop single-click approval.

Expected Impact Range

Detection-to-execution compressed from several hours to under five minutes, with reduced expedite spend and fewer OTIF penalties by routing freight to the highest-risk shortages first.

Related outcomes

Supply Resilience
Zero-Touch Supplier Document Processing

Every supplier document processed and linked to orders automatically. Zero manual data entry. For supplier-managed shipments, FourKites creates shipments and updates orders directly from these documents, eliminating manual shipment creation entirely.

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Supply Resilience
24/7 Autonomous Carrier Follow-Up

Your logistics team never makes another carrier check call. Every exception resolved before it impacts delivery.

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Supply Resilience
Instant Supplier Onboarding

New suppliers live on the platform in days, not weeks. No IT projects required. FourKites onboards suppliers by leveraging documents and the underlying carriers already connected through our existing 500K+ carrier network.

Read more

One billion hours of operational work completed by AI agents over the next decade.

The supply chains that adopt autonomous execution in the next 24 months will define the competitive standard for the next decade. The ones that do not will spend that decade trying to catch up.
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