Tier 2 · Supply Chain Terms

Geofencing

Geofencing is the creation of virtual geographic boundaries around physical locations (facilities, ports, rail terminals, customer sites) that trigger automated events when a tracked vehicle enters or exits the defined area, enabling precise arrival and departure detection without manual check-in.

Why It Matters

Manual check-in is slow, inconsistent, and creates data gaps. Geofencing automates arrival and departure detection so the system knows the moment a truck reaches a facility, without the driver calling, checking in at a gate, or updating a portal. This precision is the foundation for accurate dwell measurement, ETA fulfillment tracking, and appointment adherence scoring.

The FourKites Perspective

FourKites uses configurable geofences at facilities, ports, and customer sites. The Shipment Twin automatically records pickup and delivery events when GPS signals cross geofence boundaries. The Graph aggregates geofence data across the network to recommend optimal geofence configurations for each facility type (the ideal geofence radius for a 100-door DC is different from a small manufacturer).

Frequently Asked Questions

What is geofencing?

Geofencing is the creation of virtual geographic boundaries around physical locations (facilities, ports, rail terminals, customer sites) that trigger automated events when a tracked vehicle enters or exits the defined area, enabling precise arrival and departure detection without manual check-in.

How does AI change geofencing management?

AI transforms geofencing from a reactive metric measured after the fact into a proactive capability predicted and optimized in real time. AI agents monitor data continuously, detect anomalies before they become problems, and take autonomous action using network intelligence from the FourKites Graph, which aggregates cross-company patterns from 882 enterprise shippers.

How does FourKites handle geofencing?

FourKites uses configurable geofences at facilities, ports, and customer sites. The Shipment Twin automatically records pickup and delivery events when GPS signals cross geofence boundaries. The Graph aggregates geofence data across the network to recommend optimal geofence configurations for each facility type (the ideal geofence radius for a 100-door DC is different from a small manufacturer).

See how this concept powers autonomous operations.