Road traffic accidents claim a significant number of precious lives every day. The most frequent causes are driving errors and slow emergency service response. Any vehicle’s braking system is always a crucial component. A difficulty or perhaps an accident might be brought on by faulty or late braking. Most accidents occur because the driver doesn’t apply the brake quickly enough. This paper proposes an IOT-based automated breaking control system for EV vehicles and a monitoring system that applies the brake depending on the speed of the bike and any detected obstacles. An electric vehicle’s battery monitoring and control system measures the battery’s voltage and temperature. Sensors, a microprocessor, a Wi-Fi module, and a battery make up this system. The design is built using the cost-effective ATMEGA 328 microcontroller (Arduino UNO). It is an automatic braking system consists of Ultrasonic sensor. The barrier is discovered using the ultrasonic sensor, which sends it to the Arduino board, which receives the signals and controls the braking system. Data on voltage and temperature are sent to the microcontroller, and the battery data is subsequently sent over Wi-Fi to the Blynk application. The observation is done immediately by utilizing a Blynk app to monitor the metrics of the vehicle.