FAQ Archive
GPSController FAQs - Page 8
Browse older support questions without loading full answer pages into the archive.
FAQ
Why do GPS location data and maintenance alerts arrive separately even from the same telematics device?
GPS location pings, engine CANbus data, and calculated maintenance flags often take separate paths through the carrier network. They don't flow in one unified packet, resulting in jitter where different data types arrive...
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How does operating at scale (50+ vehicles) affect maintenance alert synchronization?
At scale, the software's polling cycle for diagnostic data gets throttled. While GPS pings might continue every 30 seconds, the system might only check for new fault codes every 5 minutes, creating dangerous data gaps es...
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What is the main risk of delayed sync between GPS and maintenance alerts in fleet management?
The primary risk is a false sense of security where dispatchers see normal GPS location status but miss simultaneous, unsynced engine faults. This gap can lead directly to roadside breakdowns, missed delivery windows, an...
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When should a fleet consider switching from their current tracking platform to a new system?
Consider switching when sensor data delays mean making operational decisions based on old information, or when the cost of manually fixing and reconciling data outweighs the cost of moving to a platform built for real-ti...
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What happens when fleet tracking platforms can't handle multiple sensor streams per vehicle?
When platforms scale to hundreds of vehicles with multiple sensor feeds, they often introduce lag. Real-world performance typically falls apart after 4-5 active sensor streams per vehicle due to network congestion and pr...
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How does delayed IoT data create compliance risks for fleet operations?
Delayed IoT data causes compliance issues with regulations like ELD rules and food safety logs. Regulators require accurate timestamps, and when data is delayed or jittery, mismatches occur between device records and pla...
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What are the main IoT data problems with Fleetio competitors in fleet tracking?
The main problems are data jitter and delayed alerts. Sensor data arrives out of order with inconsistent timestamps, which creates useless alerts and makes it impossible to accurately reconstruct events like delivery seq...
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When should I fix my current platform versus switching to a different solution?
If you're manually cross-checking GPS travel logs with maintenance records just to pass an audit, it's time to switch. The labor cost of manual reconciliation exceeds any price difference. Look for platforms based on tru...
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How many vehicles before sync problems appear in combined platforms?
Sync problems tend to surface at scale, typically between 30 to 50 assets. Database latency can cause location maps and maintenance status to fall out of sync by several minutes, crippling real-time decision making.
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What is the biggest risk with a cheap all-in-one GPS and maintenance platform?
Signal loss between modules is the biggest risk. The maintenance scheduler might not get real-time engine hour data from the GPS unit, leading to missed service intervals that accelerate engine wear over time.
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Is a combined GPS and maintenance platform cheaper than separate tools like Fleetio?
The monthly subscription for a combined platform is often cheaper, but the total cost depends on data reliability. Using separate best-in-class tools with a solid API bridge can sometimes prevent costly maintenance mista...
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When should I look for a Fleetio alternative with built-in hardware?
It's time to move when you see persistent 'data not syncing' alerts, when driver HOS logs need daily manual correction, or when critical event alerts (like hard braking or geofence exits) consistently arrive too late to...
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