Automotive Data Collection and Streaming Over Custom Device Drivers for Intelligent Diagnostics, Monitoring, and Secure UDP Telemetry

The combination of multiple sensor data is equally as essential for vehicle monitoring and safety applications in modern intelligent automotive systems technology. This paper describes an original architecture in which key sensor data, including motion, location, tyre condition, and engine diagnostics, is processed by a microcontroller and sent via a trustworthy communication channel to a central embedded processor. A user-friendly device driver is constructed in the kernel to access space at a lower bound through a micro hardware interface, achieving better control over resources. This data can then be monitored in real-time and using algorithms of alerting, studying the control intelligence, knowhow, supervision, and monitoring system, advanced intelligent monitoring can be activated by sending information to the main reception for other notified secondary rooms. The proposed system supports increased visibility concerning vehicle status, provides warnings much earlier in cases of emergencies, and enables new advanced customer assistance services like advanced theft detection and repair work forecasting. Data security, modularity, and flexibility is maintained within that architecture, which focuses on delivering more to the automotive industry in terms of efficiency and safety integrated with intelligence.