Unlock the full potential of your fleet with direct OEM telematics integration. Fleet Rabbit connects seamlessly with Bosch, Cummins, Delphi, Allison, ZF, Dometic, and more to deliver real-time diagnostics, predictive maintenance alerts, automated sensor data collection, and comprehensive equipment monitoring—all from one unified platform.
Real-time equipment monitoring
Powering and learning from the best in industries
Seamless connectivity that transforms your fleet operations with manufacturer-level intelligence
OEM telematics systems continuously broadcast real-time sensor data from engines, transmissions, brakes, exhaust systems, and other critical components. Fleet Rabbit connects directly to manufacturer systems via secure APIs, automatically collecting parameters like engine hours, fuel consumption, oil pressure, coolant temperature, DEF levels, fault codes, and diagnostic trouble codes (DTCs). All data syncs to your dashboard every 30-60 seconds without manual intervention.
Advanced AI algorithms analyze OEM sensor data to predict equipment failures before they occur. When critical thresholds are exceeded or fault codes are detected, Fleet Rabbit automatically triggers customizable alerts via email, SMS, and in-app notifications. Receive manufacturer-specific diagnostic codes with recommended actions, severity ratings, and estimated repair timelines. Schedule preventive maintenance proactively to avoid costly breakdowns and maximize uptime.
Access comprehensive equipment performance analytics with real-time dashboards and automated reports. Track key metrics including fuel efficiency, idle time, engine load factors, regeneration cycles, DEF consumption, and component utilization rates. Compare performance across vehicles, identify inefficient operators or routes, and benchmark against manufacturer specifications. Use data-driven insights to optimize maintenance intervals, reduce fuel costs, and extend equipment life.
Complete Equipment Intelligence
Optimal synchronization via automated sensor data collection enhances operational efficiency, boosting uptime and productivity. This automation reduces daily operational costs, ensuring accurate and consistent data updates without manual intervention. Consequently, businesses benefit from improved decision-making with real-time equipment intelligence and streamlined operations that prevent costly downtime.
Performance optimization involves measuring fleet performance through continuous OEM data monitoring and sending personalized email notifications for maintenance schedules and critical alerts. This proactive approach helps reduce downtime by identifying potential failures before they occur, ensuring more efficient operations. Consequently, it enhances overall productivity, extends equipment life, and delivers significant cost savings through predictive maintenance.
Access to rich diagnostic data from OEM systems enables you to make data-driven decisions about fleet utilization, route optimization, and resource allocation. Automated data collection and reporting eliminate manual processes, saving valuable time and reducing the risk of human error. This comprehensive equipment intelligence drives productivity, profitability, and helps you optimize maintenance intervals while maximizing asset utilization across your entire fleet.
Everything you need to know about OEM telematics integration with Fleet Rabbit
Fleet Rabbit seamlessly integrates with all major OEM telematics providers including Bosch (engine diagnostics), Cummins Connected Solutions (engine monitoring), Delphi Technologies (powertrain systems), Allison Transmission (transmission monitoring), ZF (driveline systems), and Dometic (refrigeration units). We support direct API connections to OEM systems for real-time sensor data, fault codes, diagnostic information, and equipment performance metrics. Whether you operate trucks, buses, construction equipment, or refrigerated vehicles, our integration covers all major manufacturers and equipment types.
OEM telematics systems continuously broadcast sensor data from vehicle components including engines, transmissions, brakes, exhaust systems, refrigeration units, and more. Fleet Rabbit connects directly to these OEM systems via secure APIs, automatically collecting data points such as engine hours, fuel consumption, oil pressure, coolant temperature, DEF levels, transmission performance, brake wear, fault codes, and diagnostic trouble codes (DTCs). All data syncs in real-time to your Fleet Rabbit dashboard without manual intervention, typically updating every 30-60 seconds. This automated collection eliminates manual readings, ensures data accuracy, and provides continuous monitoring 24/7.
OEM telematics integration delivers multiple benefits: predictive maintenance (identify issues before breakdowns occur), reduced downtime (proactive repairs prevent costly failures), optimized performance (monitor equipment efficiency and fuel consumption), automated compliance (track emission standards and inspection requirements), accurate diagnostics (receive manufacturer-specific fault codes and repair recommendations), lower maintenance costs (prevent major repairs through early detection), extended equipment life (optimize operating conditions and maintenance intervals), and data-driven decisions (comprehensive analytics for fleet optimization). Most customers see 25-35% reduction in unplanned downtime and 20-30% decrease in maintenance costs.
Yes, OEM telematics data is highly secure and reliable. All data transmission uses manufacturer-approved secure API connections with 256-bit encryption. Fleet Rabbit is certified by major OEMs as an authorized data partner, ensuring compliance with manufacturer security standards. Data flows directly from vehicle ECUs (Electronic Control Units) through OEM networks to Fleet Rabbit without third-party intermediaries. All connections use mutual authentication and are monitored 24/7 for security threats. Data accuracy is guaranteed as it comes directly from manufacturer sensors without manual interpretation. We maintain 99.9% uptime for OEM data connections with automatic failover systems and redundant data paths.