Heart Attack and Alcohol Detection for Drivers Using Ubiquitous Smart Transportation Incorporate with Sensors

In this increasingly interconnected world, the reliance on devices for daily activities is ubiquitous. This paper presents a novel system aimed at enhancing driver safety through the integration of two critical sensors: an alcohol sensor and a heartbeat sensor. The system is meticulously designed to monitor the seriousness and physical well-being of drivers, thereby mitigating the risks associated with impaired or unhealthy individuals behind the wheel. The alcohol sensor detects the presence of alcohol in a driver's breadth, ensuring they are not under the influence—a primary contributor to road accidents. These techniques leverage sophisticated sensor technologies and real-time data analysis to enhance road safety. Despite its potential, several challenges obstruct the system's effectiveness and widespread adoption. Current systems often face high false-positive rates, privacy concerns, and issues with integrating heterogeneous sensor data. Additionally, real-time processing requirements and maintaining accuracy under varying environmental conditions pose significant hurdles. The proposed system addresses these issues by using the ThingSpeak web platform to present sensor data and take immediate action as necessary. This system offers a promising solution to modern road safety concerns, providing a robust approach to monitoring and ensuring driver fitness.