RFID DESIGN ON MOTORCYCLE KEYS WITH ARDUINO NANO ATMEGA USING THE BLACKBOX TESTING METHOD

Abstrak

This research develops a motorcycle security system utilizing Radio Frequency Identification (RFID) technology integrated with an Arduino Nano microcontroller to replace traditional analog ignition keys. The study addresses the high prevalence of motorcycle theft by providing a dual-layer electronic security solution. The methodology encompasses system architecture design, hardware integration, and software development, followed by comprehensive validation using the Blackbox Testing method. The system utilizes a MIFARE card as an identification tag; the Arduino Nano verifies the stored data specifically the user's name and license type to trigger a relay that activates the ignition. Results demonstrate that the system effectively distinguishes between registered and unauthorized access, significantly enhancing vehicle security. This design offers a cost-effective, low-power, and reliable alternative for modern vehicle protection.