Fleet Telematics: A Buyer's Guide
How to choose a telematics system — device types, data depth, contract traps, integration requirements and what actually changes once it is installed.
Vehicle tracking, sensors and the data pipelines that turn raw signals into decisions.
10 articles
Telematics produces an enormous amount of data and, in most fleets, very few decisions. These articles cover choosing between device types, what engine parameters you will and will not get from a given vehicle, judging data quality before trusting a report, driver behaviour scoring that does not create grievances, and the privacy duties that come with tracking people at work.
How to choose a telematics system — device types, data depth, contract traps, integration requirements and what actually changes once it is installed.
The realistic capabilities of GPS fleet tracking, accuracy limits, geofencing design, and how to use location data without creating a surveillance culture.
Most fleets use a fraction of the telematics data they buy. Nine reports and workflows that turn an existing subscription into measurable savings.
Road-facing, driver-facing and AI-triggered video systems — what each is for, the privacy obligations, the review workload.
A practical comparison of plug-in and hardwired telematics devices — data depth, tamper resistance, installation cost, vehicle compatibility and when each.
How to track non-powered assets — device options, battery life trade-offs, utilisation analysis and the theft and recovery case that usually justifies it.
How to build a driver scoring programme that improves safety instead of generating grievances — metric selection, normalisation.
Why telematics data is dirtier than it looks, the eight common defects, and how to validate and clean it before it drives decisions.
Temperature, door and load sensors for refrigerated transport — what to monitor, alarm design, compliance evidence and integrating sensor data with delivery.
The new data points, charging management and range planning that electric vehicles introduce to fleet telematics and route planning.