GPS Tracking Glossary

Technology that uses satellite signals to determine the precise location of vehicles, assets, or people in real-time.

The process of overseeing and coordinating a company's vehicle fleet to improve efficiency, reduce costs, and ensure compliance.

The integration of telecommunications and informatics to transmit vehicle data over long distances for monitoring and management.

Live location updates that show where a vehicle or asset is at any given moment, with minimal delay.

A unique 15-digit identifier assigned to every GPS tracker and mobile device for identification on cellular networks.

A standardized diagnostic port found in most vehicles manufactured after 1996, used for connecting GPS trackers and diagnostic tools.

Communication standards like GT06, H02, and Teltonika that define how GPS trackers send data to tracking servers.

A subscriber identity module that provides cellular connectivity, allowing GPS trackers to transmit location data over mobile networks.

The precision of GPS position data, typically within 3-5 meters under optimal conditions, affected by satellite visibility and environmental factors.

A hardware device installed in vehicles that collects and transmits data about location, speed, fuel consumption, and driver behavior.

Two connectivity options for GPS trackers: cellular uses mobile networks (affordable, urban coverage) while satellite works globally (remote areas, higher cost).

Using GPS tracking technology to locate and recover stolen vehicles, significantly increasing recovery rates and reducing financial losses.

Using GPS tracking and fuel monitoring to detect and prevent fuel theft, siphoning, and fraudulent fill-ups in fleet vehicles.

Tracking driving behaviors like speeding, harsh braking, and rapid acceleration to improve driver safety and reduce accident risk.

Using GPS data and algorithms to find the most efficient routes, reducing travel time, fuel consumption, and vehicle wear.

Detecting when company vehicles are used outside of approved times, areas, or purposes through GPS tracking and alerts.

Monitoring and reducing the time vehicles spend idling with the engine running, cutting fuel waste and emissions.

Creating virtual boundaries around locations to automatically trigger alerts when vehicles enter or exit designated areas.