International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395-0056
Volume: 11 Issue: 04 | Apr 2024
p-ISSN: 2395-0072
www.irjet.net
IOT BASED SPEED BREAKER AND POTHOLE DETECTION CH. SURESH, ASSISTANT PROFESSOR, DEPT. OF ECE IN SESHADRI RAO GUDLAVALLERU ENGINEERING COLLEGE, GUDLAVALLERU, VIJAYAWADA, ANDHRA PRADESH 521356.
G. VENKATA RAMARAJU, M. SRIYA, G. DURGA BHAVANI, L. AKHIL. STUDENTS IN DEPT. OF ECE IN SESHADRI RAO GUDLAVALLERU ENGINEERING COLLEGE, GUDLAVALLERU, VIJAYAWADA, ANDHRA PRADESH 521356. -------------------------------------------------------------------------***---------------------------------------------------------------------ABSTRACT: To enhance road safety, an Internet of Things (IoT) system is being developed to identify and notify drivers in real-time of possible dangers, such as potholes and speed breakers, utilising GPS and an ESP32 camera connected to an Arduino. An ESP32 camera processes images, a GPS system keeps tabs on where the user is, and an Arduino system analyses data and generates alerts. Road accidents caused by speed breakers and potholes are a serious problem, and this initiative aims to solve it. Its goal is to improve road safety by reducing the likelihood of accidents and giving drivers timely notifications. The software and hardware parts of the system integrate perfectly to warn drivers of impending hazards like speed breakers and potholes. A driver-friendly interface, integrated image processing algorithms for danger identification, and system design and development are all part of the project's purview. The accuracy and reliability of the technology will be tested under different road conditions. There is a dearth of reliable real-time traffic warning systems at the moment. To address that, this project will use Internet of Things (IoT) technology to develop a preventative safety measure. The technology may save lives by letting drivers know about impending hazards like potholes and speed breakers. Finally, the Internet of Things (IoT)-based warning system for speed breakers and potholes might greatly enhance traffic safety. Cities and municipalities that are interested in improving their road infrastructure and reducing accidents may find it useful after further development and integration.
INTRODUCTION Because of hazards like speed breakers and potholes, road safety is an important issue on a worldwide scale. Because they are often unexpected and may cause serious accidents, especially while travelling at high speeds, these road hazards provide unique challenges. This project suggests an Internet of Things (IoT) system that uses GPS, an ESP32 camera, and Arduino to detect potholes and speed breakers and send out alerts when they are detected. In order to improve road safety, the system would notify drivers in real-time of impending hazards like potholes and speed breakers so that they may take appropriate measures. With the use of Internet of Things (IoT) technology, the system can identify dangers and have productive conversations with drivers, which might make roads safer for everyone. A global positioning system (GPS) module, an ESP32 camera (for image processing), and an Arduino (for data analysis and alert production) are the main components of the project. Images of the road are taken by the ESP32 camera and are analysed in real-time to identify speed breakers and potholes. Accurate location alerts based on the vehicle's position are made possible via the GPS module. Hardware component research and development, danger identification using image processing techniques, and an intuitive interface for drivers to see warnings are all part of the system's purview. To make sure the technology works and is reliable under different road conditions, we will test it thoroughly. Summarising, the Internet of Things (IoT)based warning system for potholes and speed breakers is an innovative strategy for road safety that might drastically cut down on accidents caused by these issues. The technology may save lives and make roads safer by alerting drivers in a timely manner.
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