The population of India is growing rapidly because of which the number of vehicles is also increasing. This has led to a lot of commotion on the roads. One such example is the congestion caused by the large queues of vehicle on the toll booth. Hence, a system that enables user to pay the toll without waiting for a long time, through a UID is proposed. The objective of this project is to design an optimal toll system that uses a web interface which will provide all the information related to the car by scanning the QR Code present on the windscreen of the car. The user can then select the route he wants to travel i.e. single way or double way based on which the UID – AADHAR Card is scanned. Since all bank accounts of Indian citizens are linked with their respective Aadhaar card they can pay the amount by authenticating their fingerprints. The payment gateway is encrypted to ensure security. The receipt will then be sent to the registered mobile number with the bank account. With this system, we propose a system with dedicated sensors using microcontroller Arduino UNO R3. The system is coded in Arduino IDE. A perfect tradeoff between accuracy and cost of the system is accomplished by choosing appropriate sensors which are QR Code scanner, BAR CODE reader and, R305 (Fingerprint sensor). A sensor is applied in every signal, to dig up the time at which the vehicle has passed the toll. These details can be used for further actions. Thus this system reduces the manual labor of the toll authorities, saves time and effort.