FAQ Archive
GPSController FAQs - Page 7
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FAQ
How does fleet size impact the reliability of insurance discounts from GPS tracking?
Larger fleets face aggregation errors where overall compliance percentages can be misleading. A system might show 95% compliance across 100 vehicles, but if the 5% failure occurs on the highest-risk vehicles or routes, i...
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Can inaccurate GPS tracking data cause insurance premiums to increase for fleets?
Yes, inaccurate or inconsistent GPS tracking data can lead to increased insurance premiums. If data has gaps or inconsistencies during an audit, insurers may view it as non-compliance or potential manipulation, resulting...
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What GPS data do insurance companies actually verify for fleet insurance discounts?
Insurance companies verify timestamped logs that cannot be altered, including specific events like harsh braking measured by G-force (not just speed drops), proof the tracking system was active during all operating hours...
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When should you consider replacing affordable fleet software that replaced Azuga?
You should replace it when the software can't reliably timestamp and sequence events (ignition, door sensors, PTO use) well enough to pass ELD or hours-of-service compliance audits. If your team stops trusting the data a...
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What's the difference between Azuga's GPS hardware and budget alternatives?
Azuga's hardware often uses multiple satellite systems (GPS plus GLONASS), while budget options typically use basic GPS only. This difference becomes critical in cities or near large buildings where signal drops occur, l...
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How does vehicle scale affect affordable fleet tracking software performance?
With 50 or more vehicles, affordable systems' databases start to struggle under the load. This causes delayed geofence alerts, slow database queries, and discrepancies between live map views and alert feeds, making real-...
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What is the biggest risk when switching from Azuga to cheaper fleet tracking software?
The biggest risk is inconsistent data quality and granularity. Cheaper systems often have longer reporting intervals (like 3 minutes instead of 30 seconds), which breaks automated reports and forces manual corrections, w...
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When should a fleet consider switching tracking platforms due to safety feature gaps?
Fleets should consider switching platforms when alert latency exceeds operational response windows (such as alerts arriving after drivers end their shifts), when sensor data lacks granularity to defend scoring during dri...
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What are the limitations of geofence and speed rule alerts in fleet tracking systems?
Geofence and speed rule alerts don't fire with 100% consistency due to network handoffs between cellular providers on long-haul routes, which can cause data packets to be queued and delivered out of sequence. This result...
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How does system architecture affect driver safety feature reliability at fleet scale?
At fleet scale with hundreds of vehicles, system architecture determines whether safety events are processed in real-time or through batch processing. Batch processing creates coaching gaps where alerts arrive after driv...
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What causes delayed safety alerts in fleet tracking systems?
Delayed safety alerts are often caused by batch processing architectures that process events in 30-60 minute intervals, network handoffs between cellular providers that queue data packets, and signal jitter in urban envi...
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When should a company consider replacing their fleet management software due to sync issues?
Replace when alert latency directly causes compliance violations or severe safety incidents. If tuning alert thresholds and geofencing settings doesn't resolve core timing mismatches, the architecture itself is likely fl...
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