Abstract

Our project aimed to provide a mobility system for E-bikes to make urban mobility affordable and non-pollutable thus providing service through the secure mode of transportation for the urbanites and in closed environments like universities and IT parks. A fingerprint-based biometric system of authentication for E-bikes to enhance micro-mobility among the targeted audiences. Compared to other systems of authentication, fingerprint- based authentication is unique, highly accurate and an economical technique. An account can be created using personnel data and unique ID will be assigned to each individual's fingerprint. By database management system, the user can be identified, tracked and the user can also check his account and the amount for the usage-based on time is deduced from the account in the form of minutes. The web-based application notifies regarding account recharge which shows minutes. The security of the system is ensured via GPS and GSM. GPS based security ensures the vehicle becomes inoperable outside the area formulated by the service provider. This sends the system information to the web-based mobile application. This project encourages the urbanities to use E-bikes to commute affordable and eco-friendly. Keywords: Automobile Security, Biometric authentication, Fingerprint sensor, GPS and GSM technology, Vehicle sharing.

Key words: Intelligent , Theft , Controlling , System