FAQ Archive
GPSController FAQs - Page 21
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FAQ
What are the signs that I need to replace my GPS tracker immobilizer?
You should consider replacement when immobilizer delays become consistent, hardware diagnostic reports show relay fatigue, or when the system can't meet updated compliance requirements for tamper-proof logging. If intern...
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How does network latency affect immobilizer performance in India?
In India's varied cellular landscape, network latency on 2G fallback bands can delay immobilization commands by 45-90 seconds, which is critical during theft situations. The system assumes network continuity, but India's...
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What causes remote engine immobilizer failures in GPS trackers?
Remote engine immobilizer failures are typically caused by voltage drops from aging vehicle batteries, signal jitter in urban areas, cellular network latency (especially on 2G fallback bands causing 45-90 second delays),...
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When should a company consider replacing their entire tracking system due to signal loss?
When signal loss correlates directly with revenue loss from failed deliveries and customer penalties, and when over 15% of daily stops experience signal loss exceeding 90 seconds. This indicates the need for a system-lev...
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Can better GPS devices alone fix signal loss issues in urban canyons?
Not always. While devices with multi-band GNSS (like GLONASS or Galileo) and better antennas help, the systemic fix often requires reconfiguring the entire data pipeline—including heartbeat intervals and dead reckoning s...
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How does GPS signal loss affect delivery proof and compliance audits?
Signal loss creates unmapped stops and time gaps in the journey log, leading to mismatches during delivery verification and potential compliance failures for contracts requiring continuous, tamper-proof tracking. This fo...
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Why do GPS trackers lose signal in Indian urban areas during last-mile delivery?
GPS trackers lose signal in Indian cities due to dense urban canyons created by tall buildings that block the direct line-of-sight to multiple satellites simultaneously. The receiver loses its position fix until it can r...
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When should a municipality consider replacing its fleet tracking software?
Replacement should be considered when: 1) Teams spend significant time manually correcting trip logs for over 15% of the fleet daily, 2) Data errors compromise audit integrity, 3) The system cannot integrate with other s...
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What are the compliance risks of municipal GPS software failures?
Software failures create unverifiable logs for pollution control board reports and smart city grant compliance. When location data is unreliable, municipalities cannot prove route adherence or accurately timestamp vehicl...
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Why does municipal GPS software fail when scaling from pilot programs to full city deployment?
Software that works for 10-vehicle pilots often fails with 300+ mixed assets because it can't handle concurrent data streams during peak operations. Issues include delayed/batched location pings, cellular network handoff...
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What causes GPS signal jitter in municipal fleet operations in Indian cities?
GPS signal jitter occurs due to signal reflection near high-rise buildings in dense urban areas, which causes inaccurate location tracking. This makes vehicles appear stationary when they're actually moving, corrupting i...
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At what fleet size do GNSS inaccuracies become unmanageable for Indian SME operations?
Once you get beyond 25-30 vehicles, manual data reconciliation becomes practically impossible. The systemic error creates a compounding effect on scheduling and compliance, which usually forces you toward a hardware-leve...
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