Abstract
Motorcycles are still the dominant means of transportation in Indonesia, marked by the number of motorcycle sales in 2018 reaching 6.3 million units. One problem that motorcycle users do not want is the loss of keys. Therefore in this study will create a motorcycle secondary authentication system with the Product Development Lifecycle method, by using the SA-RT (Situation Awareness Rating Technique) method to the analysis of functional system requirements, this research stated the authentication system is operated from an android application that is connected to an Arduino device on a motorcycle via Bluetooth and SMS. Passwords are sent through the Android application to the Arduino microcontroller to turn on or turn off the electricity on the motorcycle. The maximum distance of a Bluetooth connection on this system is 5 m, the average Bluetooth authentication response time is 344 ms, the average SMS authentication process time is 249 ms, and the suitability of the function is 100%. The results obtained show that the proposed method can be an alternative solution for motorcycle security and motorcycle secondary authentication system.
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