BUS Foot Board Control Using IOT

Bus footboard accidents in India have emerged as a significant safety challenge within the public transportation landscape. By prioritizing passenger safety and leveraging innovative solutions, the goal is to establish a more secure environment within public transportation systems. It employs a combination of advanced technologies including PIC controller, infrared sensors, Load cell sensor and automated alert systems. Load cell sensor strategically placed on the footboard continually monitor passenger presence and weight distribution, enabling the system to detect potential instability or overcrowding situations and send the signal to the PIC16F877A. Using IoT technology, the information that the passengers travelling in the footboard can be updated in the server using the IoT technology. In response to detected risks, the system triggers automated alerts to both the driver and passengers, prompting immediate corrective measures. It aims to revolutionize footboard safety in public transportation, offering an intelligent and responsive solution to mitigate accidents and enhance the overall security of passengers during boarding and disembarking processes. It aims to reduce speed of the bus when the passengers were on the footboards which is safer for passengers. It uses sensors and smart technology to keep an eye on the footboard area where passengers stand. These sensors can detect if it’s getting too crowded or if someone is in a tricky spot. If there’s a risk of someone getting hurt, it sends alerts to the bus driver and passengers, so everyone can be careful. It is designed to reduce accidents and create a safer experience for people using public transportation.