Commercial Vehicle Management System

Commercial Vehicle Management System

The primary objective of the system is to provide uninterrupted 24/7 access to comprehensive operational data on vehicles in active service within the transportation sector. The system enables early detection of potential faults through predictive diagnostics, facilitates the generation of analytical retrospective reports, and reduces maintenance and operational costs through advanced fleet optimization.

ticari_arac_platform
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The system is designed to securely collect and transmit data from vehicle tracking devices to central servers. Developed with a modern microservices architecture, it ensures high scalability and reliability, enabling real-time processing, classification, and storage of telemetry data from thousands of units simultaneously.

Through transmission protocols such as TCP/IP and MQTT, the platform receives and analyzes various parameters including location, speed, direction, and CAN-Bus data from both internal combustion and electric vehicles. All operational data are visualized on a unified, user-friendly interface that allows users to define threshold values for key metrics. When these thresholds are exceeded, the system automatically triggers alarms and issues notifications, which can also be delivered via e-mail or SMS.

Thanks to its modular and integrable structure, the software supports seamless connection with third-party systems, ensuring efficient fleet management, predictive maintenance capability, and reduced operational costs.

CanBus Data For Internal Combustion Vehicles

With the tracking device connected to the vehicle’s CAN line, the system enables real-time monitoring of CAN-Bus data retrieved from the Electronic Control Unit (ECU) via the Commercial Vehicle Platform.

All supported vehicle parameters—such as fuel tank level, engine coolant temperature, engine oil pressure, and brake pad thickness—can be continuously monitored and analyzed through the platform’s interface.

CanBus Data For Electric Vehicles

The platform also provides comprehensive access to all CAN-supported electric vehicle parameters in real time. This includes detailed monitoring of critical metrics such as battery current, voltage, power output, and State of Charge (SoC), as well as auxiliary system parameters like cooler and heater setpoints.

GSM Connect

Quad Band 850/1800/1900/2100 MHz

3 LED Indicators

95x80x25mm / 100 g weight

Low Power Consumption

SMS Configuration