FAQ Archive
GPSController FAQs - Page 28
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FAQ
How does weather affect multi-constellation GNSS trackers?
Heavy monsoon rain can weaken satellite signals, but a bigger issue is increased atmospheric interference that introduces timing errors. The device must filter these out, which sometimes causes temporary loss of fix duri...
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Why does my GNSS tracker lose signal in urban areas in India?
Tall buildings create 'urban canyons' that block and reflect satellite signals, causing multipath errors. The receiver gets confused by delayed signal echoes, leading to signal loss. This is typically not due to a comple...
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What does multi-constellation mean on a GPS tracker?
Multi-constellation means the device can receive signals from multiple satellite networks like GPS, GLONASS, Galileo, and BeiDou to improve the chance of getting a location fix, which is especially important in challengi...
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At what scale of fleet should cab aggregators worry about device failure patterns?
When failures start affecting more than 2-3% of the active fleet daily, it's considered a pattern rather than an anomaly. At this scale, manual reconciliation of trips becomes operationally unsustainable and indicates a...
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What are the biggest financial risks of faulty telematics devices for cab aggregators?
The largest financial risks are driver payment disputes and regulatory fines. Inaccurate trip data leads to incorrect passenger charges and driver commissions. During transport audits, these discrepancies can result in h...
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What's the difference between a GPS device failure and just weak signal?
Weak signal typically shows sporadic pings in dense urban areas, while a failing device shows complete data gaps at random times, even in open spaces. Device failures often correlate with ignition-on events where the dev...
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What are the main operational impacts when a GPS telematics device fails in a cab aggregator's fleet?
GPS device failure creates operational blackouts, leading to 'ghost trips' where drivers complete trips but the system only records partial location data. This prevents automated payout authorization, causes driver payme...
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Can software updates fix dashcam GPS sync issues?
Software updates can only fix issues if they're purely in the data packet firmware. Most integration problems involve hardware-level buffering limits or poor cellular modems that cannot be patched through software update...
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When should fleet operators consider moving to separate GPS and dashcam systems?
Fleet operators should consider separate systems when experiencing consistent data loss across over 20% of their fleet, facing audit mismatches, needing custom reports for audits, or scaling operations beyond a single ci...
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How does India's network environment affect GPS dashcam integration?
India's scale and network load cause simultaneous video and GPS data to overwhelm systems, congesting local device memory and clogging limited 4G bandwidth. This leads to priority routing delays, delayed geofence alerts,...
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What are the main risks of dashcam GPS integration failure for fleet compliance?
The main risks include creating audit mismatches where video evidence and vehicle telemetry split apart, making incident reconstruction impossible. This leads to failed police or insurance reports, blind spots in complia...
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What causes GPS tracker dashcam integration failures in Indian fleet operations?
Integration failures typically occur at data handoff points where live footage and location signals fall out of sync under real network strain. This happens due to packet size mismatches between video frames and GPS ping...
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