FAQ Archive
GPSController FAQs - Page 314
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FAQ
How can I tell if my fleet's GPS data is being spoofed rather than just experiencing normal delays?
Watch for impossible physics in the data: instant jumps in location, vehicles appearing to go through impassable terrain, or whole groups of assets reporting identical, suspiciously perfect coordinates. A key signal is p...
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What's the difference between GPS jamming and a simple coverage issue, and why does it matter for my fleet?
GPS jamming is an attack on data integrity, not just signal strength. While coverage issues cause signal loss or delays, jamming involves deliberate, sophisticated false coordinates being fed to your GPS controller. Trea...
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When should fleet managers redesign workflows instead of just coaching drivers about idle time?
When GPS data shows pervasive idling across the fleet tied to specific routes, scheduling blocks, or customer locations, the solution requires operational redesign rather than just behavioral coaching. This might involve...
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What is a common hidden cause of high idling that GPS tracking reveals?
A common hidden cause is 'creep idling' during short deliveries. Drivers making multiple drops in congested urban areas might leave the engine running for 5-10 minutes between stops, thinking it's faster. GPS tracking ag...
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Can GPS tracking data help with emissions reporting for compliance?
Yes, by accurately calculating fuel consumption from idle time and distance traveled, GPS tracking systems can generate estimated emissions reports (CO2, NOx). This provides auditable data for environmental compliance fr...
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How does GPS fleet tracking measure vehicle idle time?
GPS tracking measures idle time by combining GPS movement data (zero speed) with direct input from the vehicle's engine control unit via OBD-II or hardwired connections. This confirms when the engine is running while the...
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When should a transport operator replace their automated compliance reporting system?
Replacement is necessary when the core architecture cannot maintain a single, immutable source of truth for time and location across all events. If your team spends more than a few hours weekly manually correcting automa...
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Why is geofence validation critical for accurate compliance reporting?
Incorrectly drawn geofences at loading bays can cause logs to switch to 'driving' mode while the truck is still being loaded, which incorrectly eats into legally available drive time. Proper geofence setup is essential t...
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What timestamp synchronization issues can affect compliance reporting at scale?
At scale, even a 30-second delay between the telematics device clock and the compliance software server can create unreconcilable discrepancies in an audit. Network congestion can also cause HOS updates to arrive out of...
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How does automated compliance reporting handle yard moves within a depot?
Proper automated compliance reporting software should correctly classify yard moves - those short, low-speed movements within a depot - so they don't count against driving hours. Manual logs often miss these, leading to...
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What is the reality of battery life for GPS collars in poor signal areas?
While collars may have 30-day battery ratings, frequent pings in poor signal areas can drain batteries in as little as 10 days. This creates a cascade of problems: dead collars mean no data, which leads to manual searche...
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When should a farm replace its entire GPS collar system?
Replace when the cost of what you're missing (theft, escapes, health crises) plus labor for manual verification exceeds the cost of a new system. If you're constantly sending staff to double-check collar data or if data...
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