Abstract
The negligence of residents and the lack of a house security system are the causes of the rampant cases of theft. Technological developments are increasingly rapid, making technology can be applied as a security system at home. This can be a solution to these problems. In this study a home security system was developed in the form of a prototype. This study uses a microcontroller that can be controlled using mobile devices via bluetooth communication. The prototype consists of a keypad to enter a password as a substitute for a home key, a PIR sensor as a detection of human body heat movements, and a buzzer as an alarm. The results of this study are that the prototype has been realized where the servo motor has been able to open and lock by entering the correct password. Setting ON / OFF lighting, display information on the LCD, and ON / OFF PIR sensor from an Android mobile phone via Bluetooth communication are in accordance with the plan.
Highlights
the lack of a house security system are the causes of the rampant cases of theft
making technology can be applied as a security system at home
This can be a solution to these problems
Summary
Pemanfaatan teknologi pada berbagai segi kehidupan manusia baik dalam kebutuhan rumah tangga, komersil, maupun industri sangat dirasakan kehadirannya. Hal ini dapat menjadi solusi untuk maraknya pencurian akibat kelalaian penghuni dan minimnya sistem pengamanan rumah. Penelitian ini dibuat sebuah prototype pengaman rumah berbasis arduino uno dengan memanfaatkan teknologi bluetooth yang ekonomis. Prototype ini bekerja dengan dua sistem di antaranya yang pertama adalah pengaman rumah dengan akses. Diharapkan Prototype ini dapat meningkatkan kualitas pengamanan dan kemudahan serta memberikan solusi atas masalah yang terkait sistem keamanan saat ini. Sensor PIR adalah sensor yang berfungsi mendeteksi gerak dari suatu objek dengan pancaran sinar infrared. Motor servo Motor servo adalah sebuah perangkat yang terdiri dari motor DC, serangkaian gear, rangkaian control, dan potensiometer yang dirancang dengan sistem kontrol umpan balik loop tertutup (servo) sehingga dapat diatur untuk menentukan dan memastikan posisi sudut dari poros output motor. Motor servo dikendalikan dengan memberikan sinyal modulasi lebar melalui kabel control [7]
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