FAQ Archive
GPSController FAQs - Page 114
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FAQ
What is the main difference between RFID and GPS tracking?
GPS is for global location outdoors and requires power (battery/vehicle power). RFID is primarily for local inventory or close-range identification indoors. Passive RFID tags are very low-cost and battery-free, ideal for...
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Is IoT asset tracking expensive to implement?
Initial capital expenditure for hardware and software licensing is required, but the system generates a rapid ROI through cost savings from reduced theft, elimination of unplanned downtime via predictive maintenance, and...
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What kind of data is collected beyond just location by modern GPS fleet management systems?
Modern systems collect a rich array of data, including engine diagnostics (fault codes, fluid levels, battery health), driver behavior (speeding, harsh braking/acceleration, idling time), actual mileage, time spent at a...
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How quickly will I see a return on investment (ROI) from GPS fleet tracking?
Most companies begin seeing a positive ROI within 6 to 12 months. Savings are typically realized immediately in fuel reduction and labor efficiency, with longer-term savings coming from reduced insurance premiums and low...
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Is GPS fleet tracking an invasion of driver privacy?
Reputable GPS fleet management systems are designed for business purposes. Transparency with drivers about what data is collected (e.g., location during work hours, driving behavior metrics) and how it will be used (e.g....
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When should I replace telematics hardware for latency issues?
Replace hardware when you have verified that network signal strength is adequate and the device firmware is up to date, but delay still exceeds five seconds. Some older modems lack the buffer management to handle high fr...
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How does signal latency affect compliance logs?
Compliance logs rely on accurate timestamps. When a geofence alert fires late, the system logs a server receipt time instead of the actual arrival time. Auditors see a mismatch between driver check-in time and system tim...
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Can a weak antenna cause location data delay?
A weak GPS antenna can prevent a fix entirely, but delay is almost always a data transmission problem, not a satellite reception problem. The antenna either gets a lock or it does not. The delay occurs during the network...
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What causes GPS signal delay in fleet tracking?
GPS signal delay happens when the satellite fix is accurate but the modem takes too long to transmit the coordinate to the server due to buffer overload or weak cellular network handshake. The device may also be using a...
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What is the difference between a personal tracker and a standard GPS tracker for compliance?
A personal tracker is designed for human movement patterns, often with smaller batteries and reliance on cellular networks, making it more susceptible to signal loss in dense urban areas compared to a hardwired fleet man...
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Does device battery level affect personal tracking accuracy?
Yes, a low battery often forces the tracker to reduce GPS sampling frequency or switch to power-saving mode, which increases signal latency and can cause missed location pings during critical compliance windows.
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How can I tell if my personal tracking system is causing a compliance failure?
Compare the timestamp on your geofence alerts or check-in reports against the worker's actual shift schedule. A gap of more than two minutes that occurs regularly indicates a location data delay problem.
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