AUTOMATED FUEL STATION WITH USER SECURITY

  • Deepika Bachhav
Keywords: RFID technology, GSM, authentication, raspberry pi, automation, fuel station.

Abstract

Presently, all fuel stations are operated manually. They required more manpower and time. The technology provides simplicity and comfort yet in addition brings a major worry for security. To put fuel station in particular region it is expensive to give office to the customers, all these problems are dealt with the utilization of automated fuel station which require less time to work and it is successful and can be introduced anywhere. The proposed system help customers that means they need not carry money with them. The straightforward and legitimate utilization of RFID and GSM innovation gives an aggregate security and atomization of conveyance of fuel. The system is easily operated on mobile phone. In this proposed system the OTP is provided to the customer by the fuel station through GSM technology, then OTP is entered by the customer on LCD with the help of keypad. Thus authentication is created by fuel industry with the help of OTP. The appropriation of fuel is not dispensed until the OTP gets confirmed on the basis of information stored in the system. In fact a proposed system provides security for fuel distribution.

References

[1] C.R. Dongarsane, Pooja Dalavi, Sunaina Golandag, Snehal Powar, “Self-Operated Petrol pump”.
[2] O. O. Edward, “A research using remote monitoring technology for pump output monitoring in distributed fuel station in Nigeria”.
[3] C. H. Li, “Automatic vehicle identification (AVI) system based on RFID”.
[4] N.Jeevagan, P. Santosh, R. Berlia and S. Kandoi, “RFID based vehicle identification during collisions”.
[5]. Kulkarni Amruta M. & Taware Sachin S., “Embedded Security System using RFID & GSM Module” .
[6]Behera Susanta K. and Ali Farida A. , “Automatic fuel pump control system using embedded system”.
Published
2018-04-15
How to Cite
Bachhav, D. (2018). AUTOMATED FUEL STATION WITH USER SECURITY. Asian Journal For Convergence In Technology (AJCT) ISSN -2350-1146, 4(I). Retrieved from http://asianssr.org/index.php/ajct/article/view/507
Section
Electronics and Telecommunication

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