Optimize your fleet operations with powerful OEM telematics integration. Connect directly to vehicle systems from Bosch, Cummins, Allison, and more to access real-time diagnostics, predictive maintenance alerts, and automated sensor data collection — all from one unified platform.
Powering and learning from the best in industries
Seamless connectivity that transforms your fleet maintenance with real-time vehicle data.
Connect directly to OEM vehicle systems through secure API connections to access real-time diagnostic data, fault codes, sensor readings, and performance metrics. Our platform integrates with Electronic Control Units (ECUs), Connectivity Control Units (CCUs), and proprietary OEM data streams to provide comprehensive vehicle health visibility without manual data entry.
Real-time data streaming active
Stop reactive maintenance. OEM telematics integration enables proactive maintenance scheduling based on actual vehicle health data. Receive predictive maintenance alerts, Vehicle Health scores, and optimization recommendations directly from OEM systems to prevent breakdowns and minimize downtime.
P0420 - Catalyst System Efficiency Below Threshold
Fluid temperature trending high - service recommended
Health Score: 94/100 - All systems normal
Access comprehensive diagnostic insights with real-time dashboards. Monitor engine parameters, transmission performance, fuel efficiency, and sensor readings across your entire fleet. Our integration with OEM systems provides deeper insights than standard telematics alone.
ECU data & fault codes
Shift patterns & temps
Consumption & efficiency
All vehicle sensors
OEM integration that maximizes uptime and reduces costs.
OEM Partners
Less Downtime
Diagnostics
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 entry.
OEM Telematics integration allows for real-time monitoring of vehicle health indicators and performance metrics, enabling proactive maintenance scheduling and minimizing downtime across your entire fleet.
Integrating OEM Telematics enhances diagnostic accuracy, provides access to proprietary vehicle data, and improves maintenance decisions for optimized fleet performance and extended vehicle life.
Feeling inquisitive? Have a read through some of our FAQs or contact our support for help.
We integrate with major OEM telematics systems including Bosch (Connectivity Control Units, FleetME), Cummins (engine monitoring), Delphi (powertrain systems), Allison (transmission monitoring), ZF (driveline systems), and Dometic (refrigeration units). Our platform supports both factory-installed and retrofittable telematics devices that can connect to any commercial vehicle regardless of manufacturer.
Our OEM integration provides comprehensive diagnostic data including real-time engine diagnostics, transmission parameters, sensor readings, fault codes, GPS location, operating conditions, Vehicle Health scores, predictive maintenance alerts, fuel consumption metrics, and over-the-air (OTA) update status. All data flows automatically without manual entry.
OEM telematics continuously monitors vehicle health indicators and performance metrics. When parameters exceed OEM-defined thresholds or trend toward failure, our system generates predictive maintenance alerts. Fault codes automatically create work orders, and Vehicle Health scores help prioritize which vehicles need immediate attention versus routine service.
Yes, we offer customizable integration solutions tailored to fit your fleet's unique requirements, ensuring seamless alignment with existing workflows and maintenance practices. Custom integrations can be developed to address specific OEM requirements or workflows, providing a tailored solution that fits your business needs.
OEM telematics provides deeper insights through direct access to proprietary vehicle data that standard telematics cannot access. This includes detailed ECU data, manufacturer-specific fault codes, component-level diagnostics, and Vehicle Health algorithms developed by the OEM. The result is more accurate diagnostics, better predictive maintenance, and improved maintenance decisions.