FAQ Archive
GPSController FAQs - Page 114
Browse older support questions without loading full answer pages into the archive.
FAQ
What is the main difference between RFID and GPS tracking?
GPS is for global location outdoors and requires power (battery/vehicle power). RFID is primarily for local inventory or close-range identification indoors. Passive RFID tags are very low-cost and battery-free, ideal for...
Read full answer ->FAQ
Is IoT asset tracking expensive to implement?
Initial capital expenditure for hardware and software licensing is required, but the system generates a rapid ROI through cost savings from reduced theft, elimination of unplanned downtime via predictive maintenance, and...
Read full answer ->FAQ
What kind of data is collected beyond just location by modern GPS fleet management systems?
Modern systems collect a rich array of data, including engine diagnostics (fault codes, fluid levels, battery health), driver behavior (speeding, harsh braking/acceleration, idling time), actual mileage, time spent at a...
Read full answer ->FAQ
How quickly will I see a return on investment (ROI) from GPS fleet tracking?
Most companies begin seeing a positive ROI within 6 to 12 months. Savings are typically realized immediately in fuel reduction and labor efficiency, with longer-term savings coming from reduced insurance premiums and low...
Read full answer ->FAQ
Is GPS fleet tracking an invasion of driver privacy?
Reputable GPS fleet management systems are designed for business purposes. Transparency with drivers about what data is collected (e.g., location during work hours, driving behavior metrics) and how it will be used (e.g....
Read full answer ->FAQ
What is the main reason internal idle reduction policies fail in large oil & gas fleets?
The primary failure is the lack of real-time data granularity, as manual logs miss idle events during off-hours or in field locations. A GPS controller provides continuous telemetry that makes waste visible at the vehicl...
Read full answer ->FAQ
Can geofencing alerts automatically reduce idle time without driver cooperation?
Yes, geofencing alerts can trigger automatic engine shutdown or notify a supervisor when a vehicle idles beyond a set time limit within a defined zone. However, this depends on consistent network connectivity, which may...
Read full answer ->FAQ
What is the typical fuel cost of excessive idling for a single heavy-duty truck per year?
For a truck idling an average of four hours per day at $4.50 per hour, the annual cost exceeds $4,600 per vehicle. For a fleet of 50 trucks, this represents over $230,000 in wasted fuel that could be redirected to other...
Read full answer ->FAQ
How does a GPS controller fuel analytics dashboard detect idle-time waste in an oil & gas fleet?
The dashboard compares engine runtime against vehicle movement data, flagging any period where the engine is on but GPS shows no motion. This isolates fuel consumption that is not associated with transport or active work...
Read full answer ->FAQ
When should a fleet upgrade from a standard ELD plugin to a full API integration?
When a fleet experiences repeated compliance log rejections due to CSRF token mismatches or stale session data during border crossings, the standard plugin is insufficient. That is the boundary where the internal plugin...
Read full answer ->FAQ
Can an API fix a compliance issue that manual edits cannot resolve?
No, an API cannot correct a driver who falsified a log entry. But it removes the data error from the automated telemetry stream so that the compliance log reflects the real engine start and stop times without manual inte...
Read full answer ->FAQ
What causes data errors in cross-border ELD logs?
Data errors usually come from a mismatched geofence alert that triggers a duty status change prematurely when the truck stops at the border inspection booth. An API integration corrects this by using actual engine teleme...
Read full answer ->