Fleet Management System for EPC & Infrastructure

Telematics is the technology that collects and transmits vehicle data — location, speed, engine status, ignition events, hours of operation and movement patterns — over a cellular or satellite network to a central platform. A GPS tracking system is one component of telematics. A full telematics platform combines location data with engine diagnostics, driver behaviour analytics and operational reports to give fleet managers a complete picture of every vehicle.

GPS fleet tracking reduces costs in several ways: it eliminates billing disputes by showing actual kilometres and engine hours against vendor claims; it cuts idle time by identifying vehicles sitting unused across sites; it prevents unnecessary fuel burn by flagging long idling and route deviations; and it supports maintenance scheduling so machines are serviced before a breakdown causes costly downtime on-site.

GPS tracking shows where a vehicle is and where it has been — location, speed and route history. Telematics goes further: it also captures engine hours, ignition events, idle time, fuel usage patterns, driver behaviour data (harsh braking, acceleration, overspeed), maintenance alerts and vehicle health indicators. Think of GPS tracking as the foundation and telematics as the full operational intelligence layer built on top of it.

Aether triggers maintenance alerts based on the parameters your team tracks. You set a threshold — for example, service every 500 engine hours or every 10,000 km — and the system monitors each vehicle's actual usage automatically. When a vehicle crosses that limit, it appears in a maintenance-due list so your mechanical team can act before a breakdown occurs in the field. Multiple parameters can be combined: alert when engine hours OR kilometres reach the limit, whichever comes first.

Aether provides verified GPS data — actual KM travelled, engine hours, zone activity and trip records — that your accounts and billing teams can use to validate vendor invoices and internal cost centres. For ERP integration requirements, contact the Aether team to discuss data export formats and API options suitable for your billing workflow.

Reducing idle time starts with visibility. Aether records idle duration for every vehicle every day and surfaces it in the Daily Digest and operation-time reports. Managers can identify which machines are consistently sitting idle at a site, cross-reference with zone activity data, and take action — redeploying the vehicle, challenging the vendor, or adjusting the shift schedule. Over time, this data builds a clear picture of utilisation patterns across the entire fleet.

A strong construction GPS tracking system should include live location, KM travelled, engine hours, idle time, geofencing, speed alerts, route history, daily digest reports and digital logsheet verification. Aether IoT combines these features with BI monitoring and field support.

Yes. Aether records actual kilometres travelled, ignition ON/OFF events, engine running hours and idle hours so teams can compare system data with manual KMR, HMR, trip sheets and vendor billing claims.

Geofencing shows when a vehicle entered or exited a work zone, how long it stayed there, whether the engine was running inside the zone and whether the vehicle was present but idle. This helps with zone-level accountability and vendor verification.

Aether provides ignition reports, operation time and engine-hour reports, vehicle tracking reports, route and movement reports, geofence zone reports, driver behaviour and safety reports, and daily digest summaries.

Device selection depends on the vehicle and use case. Aether can recommend options such as FMB125 for construction tracking, FMC650 for CAN Bus heavy machinery, FMB920 for light or service vehicles and FMB001 for OBD-II cars.