The primary objective is to develop a controller and embedded device capable of operating a display for zone monitoring and vehicle speed control. Display and Control may be made to fit inside a car's dashboard and display information about the vehicle. There are two distinct parts to the proposed system: transmitter and a receiver for the zone status (speed display and control). The vehicle's speed is controlled by receiving the signal whenever the vehicle is within the transmitter zone. This means that the vehicle'sspeed is reduced by a cutoff and stays the same until the vehicle leaves the transmitter zone, at which point it is increased. point where the vehicle may independently accelerate. The vehicle's speed is detected by the IR sensor and sent to the microcontroller. Through the driver IC, the microcontroller communicates with the motors to prevent accidents. The simulation method for controlling speed has been provided, and it will be utilized in virtually all of the subsequent automobiles. As a result, we anticipate that in the near future, this will revolutionize traffic management and contribute to the reduction of accidents caused by excessive speeding.