FAQ Archive
GPSController FAQs - Page 200
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FAQ
What causes delays in automated ETA notifications from GPS fleet software?
The biggest delays occur in the data chain: GPS signal acquisition (especially after tunnels), device processing, cellular network transmission, and the software's processing loop before sending alerts. Network congestio...
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When should I consider redesigning my workflow instead of just reconfiguring tracker settings?
You should redesign your workflow when the time to get delivery confirmation exceeds your safe response window. If critical safety instructions like 'stop work' orders need acknowledgment in under two minutes but your da...
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What is the 'phantom acknowledgment' issue with fleet tracker messaging?
The 'phantom acknowledgment' occurs when fleet management software shows a message as 'delivered' to the device, but the device itself hasn't actually alerted the worker (through vibration or sound). This creates a compl...
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What are the safety compliance risks if a critical message isn't received by remote workers?
There are significant safety compliance risks if critical messages aren't received. Compliance audits are becoming stricter, and if an incident occurs and your logs show a safety message was 'sent' but not confirmed as '...
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How reliable is two-way messaging on GPS fleet trackers in remote areas?
Two-way messaging on GPS fleet trackers can be unreliable in truly remote areas with poor cellular coverage. Most devices use cellular data networks rather than satellite, so in areas with no signal, messages can sit in...
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How does GPS fatigue monitoring software actually work?
The software doesn't track sleep directly. Instead, it correlates multiple data points: erratic routing patterns from real-time vehicle tracking, harsh braking events, and irregular hour-of-service logs to flag what's pr...
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When should a fleet upgrade their GPS fatigue monitoring system?
Upgrade when you can't reconcile fatigue alerts with data from other fleet management software modules, or when drivers consistently report false alerts on known problematic routes. Also consider replacement when the sys...
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What is the biggest compliance risk with GPS fatigue monitoring software?
The biggest compliance risk is relying solely on automated reports for DOT audits. If the system has an undetected signal lag, your logs could show a driver was 'alert' at a time when raw GPS data actually indicates erra...
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What are the main limitations of GPS driver fatigue monitoring at fleet scale?
At operational scale, two primary failures occur: delayed geofence alerts for designated rest stops, and false fatigue readings triggered by urban canyon driving or temporary GPS signal loss. The system also depends on p...
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How accurate is GPS fatigue monitoring software for trucking?
GPS fatigue monitoring is a probability indicator, not a direct measurement of sleep. Its accuracy degrades quickly with poor GPS signal, data transmission delays, or if drivers learn to game the system by avoiding speci...
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When should a delivery company consider upgrading their routing software?
Upgrade when dispatchers spend hours manually fixing computer-generated routes, when fuel costs plateau despite optimisation reports, or when the system can't incorporate real-world constraints like specific no-truck zon...
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What are the main ways GPS route optimisation reduces fuel consumption beyond just shortening distances?
Optimisation reduces fuel consumption by: 1) Eliminating 'invisible' miles from backtracking and inefficient stop sequencing, 2) Reducing idle time in congestion and at depots, 3) Smoothing driving behavior to prevent st...
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