The Implementation of Artificial Intelligence in Charity Box at Mosque and Musholla as RFID Based Security System

Abstract

The high crime rate in Indonesia has had a bad impact and loss on society, so that various efforts have been made to increase awareness and security in society. Charity box theft is a target of crime for criminals. For this reason, it is necessary to take strict steps in terms of vigilance and security so that the crime of theft of charity boxes can be avoided. One of the steps to increase awareness and safety is to apply the concept of security to the charity box. By utilizing several supporting sensors and supporting components in the charity box, the security system will work automatically, so that if there is a charity box theft, the system will provide an SMS notification to the mosque management. This research is focused on the problem of security facilities and supervision of charity boxes in mosques or mushalla. Using this system will reduce the risk of theft of charity boxes in mosques and mushalla, because apart from being equipped with an alarm and SMS gateway, this system is also equipped with RFID so that access to open charity boxes can be safer. This form of system works if the charity box is lifted or dismantled by force, the system will provide notification in the form of an alarm and SMS, so that the crime of theft of the charity box can be more aware of.

Weather Condition Monitoring System as A Floods Prevention in Malang using Android Application

“…Ultrasonic sensor is a sensor that works with the principle of sound wave reflection and is used to detect the presence of a particular object or object with a working frequency in the area above the sound wave of 20 kHz to 2 MHz [8]. This sensor consists of two units, namely a transmitter unit and a receiver unit.…”

Rancang Bangun Alat Pengamanan Kotak Amal Menggunakan Sensor Sidik Jari dan SMS Gateway Berbasis Mikrokontroler

“…Terkait penelitian sistem keamanan kotak amal, Arianti [3], melakukan perancangan dengan basis IoT (Internet of Thing) memanfaatkan sensor sidik jari sebagai akses utama pada kotak amal dan memambahkan sensor photodioda sebagai deteksi ketika kotak amal dipindah tempatkan, sementara Syahputra [4], membuat akses sistem keamanan kotak amal rancangannya menggunakan sensor RFID (Radio Frequency Identification) dan dibekali dengan sensor PIR (Passive Infra Red) yang berperan sebagai deteksi pencuri, Defnizal [5], juga menggunakan sensor RFID sebagai akses utama kotak amal namun terdapat tambahan sensor yaitu sensor ultrasonik yang fungsinya sebagai pengukur jarak ketinggian kotak amal dari lantai antisipasi apabila kotak amal diangkat dan dibawa kabur oleh pencuri, penelitian lain dilakukan oleh Setiawan [6], menerapkan deteksi dengan sensor magnetic switch MC-38 kondisi aman akan terbaca ketika tutup dan badan kotak amal menyatu atau saat kotak amal tertutup, apabila kotak terbuka lebih dari 3 (tiga) cm menandakan idikasi kondisi kotak amal sedang tidak aman dan akan memicu buzzer berbunyi, sedangkan Suriana [7], pada rancangannya menggunakan NodeMCU ESP32 yang merupakan mikrokontroler dengan modul wifi didalamnya memungkinkan alat dapat dipantau melalui aplikasi telegram, akses utama menggunakan sensor sidik jari dan deteksi adanya pencuri menggunakan sensor magnetik.…”