Most devices use standard interface protocols and support API connections, enabling seamless integration with mainstream fleet platforms, with system adaptation completed within 48 hours after installation
The system features remote locking, geofencing, and abnormal vibration alerts, immediately notifying administrators and enabling remote vehicle control upon detecting unauthorized movement or boundary breaches
The system integrates real-time GPS tracking, driving behavior analysis, and smart alert functions to help managers optimize route planning, reduce idle time, and lower accident rates, thereby enhancing fleet efficiency
Hardware supports OTA wireless updates Software upgrades are free during warranty period Hardware expansions eg adding radar modules require service plan fees Compatibility covers over 90% of legacy devices
Support 24/7 online customer service, remote diagnosis and on-site service, three-level response mechanism, remote problems will be solved within 2 hours, and damages caused by quality problems will be compensated by free air express within 72 hours.
Professional inspection is recommended every 12 months or 50,000 kilometers including sensor calibration battery replacement and software health checks Users can schedule via service APP or receive proactive notifications from authorized partners
Yes the system continuously records data including speed braking frequency and fuel consumption stores it in the cloud allowing managers to access and generate reports for fleet optimization
The night mode safety system enhances image recognition automatically adjusts camera sensitivity and activates high-beam assist to help drivers clearly assess road conditions in low light
The system monitors driving behaviors in real-time such as sudden braking or lane departure combined with fatigue detection to provide immediate alerts effectively preventing accidents
Manufacturers use anonymized data solely for system optimization adhering to data privacy regulations users can manage data sharing permissions through settings
Manufacturers typically provide regular software updates and recommend hardware inspections every 12 months or as per the user manual to maintain system performance
Safety system designs may vary between vehicle manufacturers confirm device compatibility through official channels before installation or upgrades
Integration via standardized APIs or CAN bus protocols enables real-time of driver risk scores and vehicle health data to dispatch platforms Combined with mine site maps this reduces accident response time by 40% and maintenance costs by 18%
All hardware meets IP68 dust/water resistance and MIL-STD-810G vibration standards Critical components use redundant design and operate at -40°C to 85°C with MTBF exceeding 20,000 hours