IoT based automatic vehicle control system.

Abstract

The project titled "IoT-Based Automatic Vehicle Control system," is a cutting-edge endeavor that seamlessly integrates modern technology to enhance the safety and control of automobiles. At its heart, this project utilizes a card-based ignition system, a mobile application interface, obstacle avoidance sensors, and fire detection sensors to create a sophisticated automotive experience. The card-based ignition system adds an extra layer of security and user authorization to vehicle start-up. This feature ensures that only authorized users with the corresponding card can initiate the vehicle, enhancing theft prevention and access control. Moreover, the mobile application acts as a powerful control center, allowing users to regulate the car's maximum speed remotely. This real-time speed control feature enhances safety by preventing over-speeding, making it particularly valuable for parents or fleet managers. The integration of obstacle avoidance sensors further elevates the safety quotient. These sensors constantly scan the surroundings and provide alerts to the driver via the mobile app, helping to avert potential collisions and accidents. In addition to safety, the project incorporates fire detection sensors to promptly identify and respond to fire incidents within the vehicle. This feature is invaluable in mitigating fire-related risks and ensuring passenger safety. The culmination of these components results in an intelligent and secure vehicle automation system. Users can monitor critical data, such as speed, obstacle detection, and fire status, through the mobile app's intuitive interface, providing peace of mind and control while on the road. "IoT-Based Vehicle Automation" redefines the driving experience, prioritizing safety, security, and real-time control through the seamless integration of Internet of Things (IoT) technologies.