Secured Fingerprint-enabled Keyless Motorcycle Authentication System using Arduino | Zendy

Maynard Gel | Zendy; VELO Jérôme | Zendy; John Vic | Zendy

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Secured Fingerprint-enabled Keyless Motorcycle Authentication System using Arduino

Author(s) -

Maynard Gel,

VELO Jérôme,

John Vic

Publication year - 2019

Publication title -

international journal of computer applications

Language(s) - English

Resource type - Journals

ISSN - 0975-8887

DOI - 10.5120/ijca2019918950

Subject(s) - computer science , fingerprint (computing) , arduino , authentication (law) , fingerprint recognition , computer security , artificial intelligence , computer vision , embedded system , computer hardware

In the past years, the numbers of motornapping had increased. A total of 46,467 motorcycles were reported stolen in 2016 compared to 45,555 reported in 2015 (Velasquez, 2014). Because of risen numbers of motornapping, the proponents proposed secured fingerprint-enabled keyless motorcycle authentication system using arduino to stop and minimize the number of motornapping in the Philippines. Upon the evaluation, 20 evaluators agreed that the mobile application has a user authentication and 20 evaluators agreed that the motorcycle connects via bluetooth. About the ignition of the motorcycle, 20 of them agreed that the application can control the master ignition of the motorcycle. Whereas 20 of the evaluators agreed that the mobile application can turn on the engine as well as the use of the fingerprint scanner.

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