Project Topics

Engineering Projects

Automated Toll Tax Collection System Using NFC

Published on Jul 09, 2023


This article gives an important guideline for Automated Toll Collection System (ATCS) Using NFC and Theft Vehicle Detection. ATCS comes out/becomes visible as a coming together technology where time and (wasting very little while working or producing something) are important in toll collection systems now/recently. In this, NFC tag will be placed by toll authority having (like nothing else in the world) identification number (UIN) and user details. Active NFC tag will be attached to the vehicle. When vehicle passes through the tollbooth system, data on NFC will be read by NFC Reader and also sent to the server for checking (for truth). Server will check details and toll amount will be deducted from user's account. Theft Vehicle Detection is done with the help of different sets of computer instructions such as OCR and BLOB Detection.

Keywords: — ATCS, NFC tag, UIN, NFC Reader, OCR Set of computer instructions, and Blob Detection.


The modernization of transport has become one of the essential signs for the urban modernization level, the increase in the number of cars leads to serious problems concerning transport system. Electronic Toll Collection facilities offer travellers the ability to pay toll electronically. The electronic toll collection using NFC & android application is a technology that will allow user to make the payment of highway tolls automatically. This system also allows authorities to keep track of black listed vehicles that pass through tolls. This terminology will in turn save the time as well as the money by decreasing the waiting time as well as the queues of vehicles at the tollbooth.

The NFC tag will be having a unique identification number (UIN) provided by the toll authority and customer’s details. The active NFC tag is used in the tollbooth. Whenever the vehicle passes through the tollbooth, the NFC tag data will be read by NFC reader & same will be sent to the server for verification. Server will check tag details & depending upon the type of the vehicle, the toll amount will be deducted from the user’s account. The notification about the toll amount deduction will be sent to the customer via SMS. The developed android application will be used to recharge the customer’s account and keep track of accounts transactions.


This system used to reduce the manual presence near toll gate as well as the time required to pay toll and avoids the scope of presenting fake documents at the time of document verification. A vehicle owner need not carry any documents with him often; instead use a NFC tag which consists of a unique id that specifies the RC details, insurance validity, emission status etc. This information is stored in registration data base and as per the registration their vehicle details also will be stored in a separate data base named vehicle registration.

On the completion of all necessary details, an account will be created for that user or vehicle owner to recharge and make necessary transaction of toll tax. When working with this system initially all the vehicle documents will be verified and then required amount of toll tax will be deducted from his/her account. And if there is any violation reported against the vehicle then authorities will be notified. This helps the police to keep track of blacklisted vehicles.


The architecture diagram of the system is shown above. An android device with NFC facility can be used as NFC reader that can be used to scan tags of vehicles reaching the toll booth. The device reads and sends the tag id then it will be send to the server, it retrieves all the information related to the vehicle including the amount available. The toll tax according to type of vehicle is reduced from the user’s account. If the vehicle is blacklisted by any authority they will be notified about the arrival of vehicle at the toll booth.

architecture diagram

User registration, adding vehicle details, etc. are done using website developed. The website is developed used visual studio 2010 IDE using C# and ASP.NET. MySQL is used as the backend.

The android application is created using Eclipse IDE and android development tools. Eclipse contains a base workspace and an extensible plug-in system for customizing the environment.


Fig 1: Adding users

Adding users

Fig 2: Vehicle verification

Vehicle verification

Fig 3: Rate management

Rate management

Fig 4: Transaction summary (Android application)

Transaction summary

Scope of Future Work

As a future work, we focus on making the system completely automatic than the present semi-automatic approach thus avoiding the presence of man power at tollbooths completely by implementing automatic scanning of tags and providing more security options in the toll booths.


The Automated Toll Tax Collection System provides a better way to carry out operations of a toll booth very effectively and efficiently. The users do not have to spend a long time in queues for payment of toll tax. Through the system it enables user to pay toll tax from his previously created account within seconds after reaching the toll booth. The user gets notification on transactions done in his account through SMS and email. Users need not carry documents related to their vehicle like Registration certificate, Emission certificates, etc. The system allows Police officers to get notifications about blacklisted vehicles when they pass through tolls.


[1] K.Srinivasa Ravi, G.H.Varun, T.Vamsi, P.Pratyusha, “RFID Based Security System,” in International Journal of Innovative Technology and Exploring Engineering (IJITEE) ISSN: 2278-3075, Volume-2, Issue-5, April 2013

[2] Yogesh Kamble1, Ajinkya Abhyankar2, Tanmay Pradhan3 ,Aditya Thorat4, “Check post and Toll Tax Collection using RFID,” in IJISET - International Journal of Innovative Science, Engineering & Technology, Vol. 1 Issue 2, April 2014.

[3] 1Anish Dhurat,2Parag Magal,3Manish Chheda,4Darshan Ingle,” Gateless Electronic Toll Collection using RFID, ” in IOSR Journal of Computer Engineering (IOSR-JCE) e-ISSN: 2278-0661, p- ISSN: 2278-8727Volume 16, Issue 2, Ver. VI (Mar-Apr. 2014), PP 73-80

[4] Ganguli, A. ; Raghavan, A. ; Kozitsky, V. ; Burry, A.,” Automated fault detection in violation enforcement cameras within Electronic Toll Collection systems ,” in Intelligent Transportation Systems - (ITSC), 2013 16th International IEEE Conference on DOI: 10.1109/ITSC.2013.6728520

Project Done By Ms. Hafis Muhammed N F, Ms. Sreereng Ravindran, Ms. Shivadeep Shetty, Ms. Vinit Shetty