SISTEM KEAMANAN PINTU LOCKER DENGAN MEMANFAATKAN KEYPAD DAN E-KTP BERBASIS ARDUINO

Abstract

The importance of security, makes everyone feel the need of security guarantees for
everything that includes himself, both from its activities, and assets owned. The value of an asset
that is owned, encourages everyone to implement an effective and efficient security system for
protection. One of them is the Locker Cabinets which are generally still use a manual locking
system. The purpose of this research is to design a locker cabinet door security system by utilizing
keypad and E-KTP based on Arduino Uno R3. This system uses an RFID reader with a frequency
of 13.56 MHz and an ATMega328 microcontroller which acts as a controller or controller circuit
and is tested by testing hardware and software to determine the performance between software
and hardware on the device. The results of this study are RFID Reader can detect E-KTP with a
maximum distance of 2.5 cm and the solenoid will lock back after 3 seconds. In addition, Keypad
and E-KTP can be an alternative key access in replacing manual keys because E-KTP has a
different unique code making it more practical and efficient for a system that requires verification
because almost all Indonesian people have an E-KTP so this system provides security and comfort
for the user community in protecting their personal assets.
Keywords— Cabinets, RFID, Mikrokontroller ATMega328, Arduino, E-KTP.