FAQ Archive
GPSController FAQs - Page 178
Browse older support questions without loading full answer pages into the archive.
FAQ
What are the practical benefits of jamming-resistant GPS controllers for fleet operations?
They prevent critical failures like trucks showing as 'idle' in a depot yard while actually being 20 miles down the road, maintain accurate real-time vehicle tracking and billing, prevent entire dispatch maps from going...
Read full answer ->FAQ
How does a multi-frequency L1 L2 L5 GPS controller detect jamming and spoofing?
The controller receives and compares signals across three different GPS radio frequencies: L1, L2, and L5. When jamming floods the L1 band with noise, the system detects the problem by checking for the absence of L2 and...
Read full answer ->FAQ
What distinguishes a resilience platform from basic rerouting tools for conflict zone logistics?
While basic tools can reroute trucks, a resilience platform ensures continuity of data itself with features like encrypted data bursts, remote device configuration, multi-network SIMs, and integration with security intel...
Read full answer ->FAQ
How does GPS Controller handle dynamic security situations like changing geofences in conflict zones?
The system handles dynamic, rapid geofence updates from a central desk and logs every entry or exit attempt—successful or blocked. This prevents losing visibility and maintains the audit trail when geographic boundaries...
Read full answer ->FAQ
What happens to delivery proofs and audit trails if the cellular network goes down?
Resilient systems use device-side storage to log everything—timestamped geofence entries, sensor triggers like door openings, and image captures. The encrypted log transmits as soon as any network connectivity is restore...
Read full answer ->FAQ
Can regular GPS tracking work effectively during a conflict zone?
Standard GPS tracking often fails in conflict zones due to signal jamming, spoofing, or network shutdowns. Real continuity requires hardened devices with multi-network connectivity and offline data caching to maintain ch...
Read full answer ->FAQ
Does OSNMA solve all GPS tracking problems for fleets?
No, OSNMA only addresses signal spoofing and data authenticity. It does not fix other GPS tracking issues like signal loss in urban areas, battery problems, or device tampering. It's a specific security tool for verifyin...
Read full answer ->FAQ
When should fleet managers start planning for OSNMA implementation?
Fleet managers should start planning now for a phased rollout before 2026. They should audit current device GNSS chipset models and factor OSNMA-ready devices into their next procurement cycle, prioritizing vehicles on h...
Read full answer ->FAQ
How does location spoofing affect fleet operations and compliance?
Location spoofing can make vehicles appear to be on compliant routes or at permitted sites when they're actually not. This corrupts Hours of Service logs, ELD records, route histories, geofence records, and creates major...
Read full answer ->FAQ
Can existing fleet tracking devices be upgraded to support OSNMA through software updates?
No, most existing fleet tracking devices cannot support OSNMA through simple firmware updates. OSNMA requires specific new hardware—dedicated GNSS chipsets—to process the cryptographic authentication protocol. Existing d...
Read full answer ->FAQ
What is Galileo OSNMA and why is it important for fleet management?
Galileo OSNMA (Open Service Navigation Message Authentication) is a cryptographic verification system for Galileo satellite signals that prevents spoofing by malicious transmitters. It's important for fleets because it e...
Read full answer ->FAQ
When should a fleet consider upgrading tracking hardware for better sensor fusion?
Consider upgrading when operational costs from routing errors, missed delivery windows, or compliance risks outweigh the upgrade cost. If your fleet regularly operates in areas with long GPS dead zones like tunnels or mi...
Read full answer ->