Health Centric Driver Safety and Vehicle Speed Optimization System

An adaptive vehicle speed control system that integrates real time driver health monitoring is presented in this paper, in which the system is based on a novel micro controller-based system. To fulfil this need, the proposed system utilizes advanced sensors to monitor continuously critical health parameters like heart rate, body temperature and the levels of fatigue. It triggers instant alerts and takes corrective actions to inhibit potential accidents in case of detecting the abnormal conditions. Finally, the vehicle's speed is dynamically regulated with respect to safety standards and health status of the driver. This system combines health diagnostics with automated vehicle control and is intended to reduce the risks caused by driver fatigue, sudden medical emergency, or delayed response time. Central processing hub is the micro controller, and it makes the job of seamless data acquisition, analysis and decision making. Evaluations of the system's effectiveness for health irregularity detection and dynamic vehicle speed management are performed and show that the system could be scaled up and integrated in modern automotive systems. The advantage of this approach lies in the underlying importance of the driver's health and road safety, which can be achieved at minimal costs in a very practical and viable manner.