Cab Management System
First A. Rutuja Deshmukh1, Second B. Payal Jadhao2, and Third C. Sonal Fatkar3
1Rutuja Deshmukh, College of Engineering and Technology,Akola
2Payal Jadhao, College of Engineering and Technology,Akola
3Sonal Fatkar, College of Engineering and Technology,Akola
Abstract—In this paper, we propose a model aims to significantly improve passenger safety within the cab industry by developing a comprehensive vehicle accident detection system combined with an alcohol detection mechanism. The primary goal of this initiative is to tackle two major issues: the prevalence of accidents and the dangers associated with driving under the influence of alcohol. By leveraging technology, this system integrates a series of components, including switches, GPS, GSM modules, and alcohol sensors, all managed by an Arduino microcontroller. The ultimate objective is to create a smart solution that not only addresses immediate safety concerns but also encourages responsible driving habits among cab drivers, thereby fostering a safer environment for passengers. The innovation of this project lies in its ability to combine multiple safety features into a cohesive system that can actively monitor and respond to potential hazards. The GPS component aids in navigation and tracking, while the GSM module facilitates real-time communication, further enhancing the system's responsiveness. One of the key components is the alcohol sensor, designed to detect the presence of alcohol in the driver’s system, which acts as a preventative measure against impaired driving. By integrating these technologies, the project seeks to mitigate the risks associated with alcohol-related incidents, ultimately contributing to a safer travel experience for passengers and promoting a more accountable approach to driving within the cab industry.
Index Terms—Limit Switch, Alcohol Sensor, GSM, GPS, Arduino.