Abstrak: Dalam suatu rumah lampu adalah salah satu dari Bagian yang penting, untuk mempermudah mematikan dan menghidupkan lampu  dalam suatu rumah digunakan perantara Bluetooth yang terintegrasi pada  smartphone android dan arduino uno. Keseluruhan rancangan ini terdiri dari beberapa bagian yaitu terdiri atas smartphone android, modul bluetooth HC-06, mikrokontroller arduino uno, modul relay, kabel, fitting lampu, adapter 5v DC dan lampu. Alat ini bekerja saat bluetooth smartphone menyambungkan koneksi ke bluetooth HC-06, dari Bluetooth HC-06 kemudian ke mikrokontroler untuk memproses perintah, dari mikrokontroler kemudian ke modul relay yang bekerja sebagai pengganti saklar yang berfungsi untuk menghidupkan atau mematikan lampu sesuai yang di inginkan. hasil pengujian yang menggunakan metode blackbox menunjukkan bahwa aplikasi HomeLightController pada  smartphone Android dapat berkomunikasi dengan arduino uno dengan jarak <15 meter tanpa ada penghalang dan <9 meter jika ada penghalangKata kunci: Smartphone, Bluetooth HC-06,  Arduino uno, Relay, LampuAbstract: In a lamp house is one of the critical parts, to make it easy to turn off and turn on the lights in a home, use an integrated Bluetooth intermediary on android smartphones and Arduino Uno. The overall design consists of several parts consisting of an Android smartphone, Bluetooth HC-06 module, Arduino Uno microcontroller, relay module, cable, lamp fittings, 5V DC adapter, and lights. This tool works when the Bluetooth smartphone connects to the Bluetooth HC-06 connection, from Bluetooth HC-06, then to the microcontroller to process commands, from the microcontroller then to the relay module that works as a substitute for a switch that functions to turn on or turn off the lights as desired. Test results using the BlackBox method show that the HomeLightController Application on an Android smartphone can communicate with Arduino Uno with a distance of <15 meters without any obstacles and <9 meters if there are obstaclesKeywords: Smartphone, Bluetooth HC-06, Arduino Uno, Relay, Lights

The pervasive utilization of information Technology devices is in crescendo and taking dynamic shift as the day goes by. This started from using computer system for storing of data, communication and transfer of data and now to the use of computer for online marketing and transaction and remote monitoring of device. With computer and mobile devices now people and sell and promote their services at ease on just a click over the internet. And in recent times the availability of strong wired and wireless network connectivity has led to the idea of internet of things. This idea makes possible for human to machine interaction and machine to machine interaction. This development has promised better and easy life even though with some consequences. It provides smart education allowing student learn from anywhere at any time, smart city, smart homes and e-health. This research focuses on exploring the diverse opportunity provided by the IOT and Digital economy for national development. Considering the present outright and outbreak of Covid-19 pandemic, the effective utilization of these techniques can lead to a boost in economy and un-interruptive and smooth running of government, industries educational institution in the face of natural disaster, compared to the gross damaged in economy, industry and educational institution caused by the Covid-19 pandemic.

The use of information technology in terms of providing data to support the decision-making process has made information systems an essential resource. Ternate City Transportation Agency as a Transportation Agency whose job is to process public transport data, requires an accurate and accurate information system. This study discusses data processing on route permits that are integrated with an android-based database. This research uses Research and Development research procedures. The purpose of this research is to create an information system to process land transportation route permit data and simplify the process of route permit services at the Ternate City Transportation Office so that in submitting the requirements for route permits, it can be accessed via the internetKeywords: Information Systems, Operations, Route Licenses, Android

Abstrak: Pada Samsat Kab Halmahera Selatan juga dalam pengelolaan data mutasi kendaraan masi sangat sederhana dan masih manual dalam pengelolaan data mutasi keluar maupun mutasi masuk. Untuk dapat meningkatkan pengelolaan data mutasi. Maka harus merubah Sistem yang lama (manual) menjadi Sistem terkomputerisasi. Dimana komputer sebagai alat bantu dalam menyelesaikan tugas-tugas yang berkaitan dengan pengelolaan data mutasi, sehingga setiap pekerjaan dapat diselesaikan dengan efektif dan efesien. Sistem Informasi yang baik dan berkualitas merupakan hal utama yang sangat diperhatikan dan menjadi suatu tujuan untuk dicapai guna memberikan kepuasaan dan kemudahaan dalam memperoleh Informasi yang dibutuhkan bagi manusia untuk menunjang keputusan. Sistem Informasi dapat diterapkan pada instansi atau perusahaan untuk mengolah data dan menyajikan Informasi atau laporan-laporan sesuai dengan kebutuhan pengguna secara cepat, tepat dan akurat. Sistem Informasi data mutasi dirancang dengan pemrograman PHP dan MySQL sebagai basis datanya, tujuannya untuk mempermudah dalam proses pengelolaan data mutasi kendaraan bermotor dan dapat meningkatkan mutu pelayanan pada Samsat yang lebih efektif dan efesienKata Kunci: PHP, MySQL, Xampp, WebsiteAbstract: At the South Halmahera Samsat District, the management of data on mutation vehicles is still straightforward and still manual in managing both outgoing and incoming mutations. To be able to improve the management of mutation data. Then you have to change the old system (manual) into a computerized system. Where the computer as a tool in completing tasks related to the management of mutation data, so that each work can be completed effectively and efficiently. A good and quality information system is the main thing that is considered and becomes a goal to be achieved in order to provide satisfaction and ease in obtaining information needed for humans to support decisions. Information systems can be applied to agencies or companies to process data and present information or reports according to user needs quickly, accurately, and accurately. Mutation Data Information System is designed with PHP and MySQL programming as the databaseKeywords: PHP, MySQL, Xampp, Website

Abstrak: Perkembangan teknologi informasi begitu cepat sehingga dapat mempengaruhi tatanan kehidupan. Kehadiran teknologi informasi tak lain adalah untuk dipergunakan dalam membantu menyelesaikan pekerjaan manusia. Teknologi informasi bidang kontrol dapat dijumpai dalam kehidupan sehari-hari seperti pintu automatis, lif, escalator dan lain sebagainya. Namun, dalam implementasinya menjadi sebuah tantangan yang harus dipertimbangkan dalam penggunaan perangkat yang diperlukan. Perangkat yang dimaksud seperti penggunaan motor yang perlu diperhatikan terhadap konsumsi daya, system embed mudah di maitenace, dan lain sebagainya. Tujuan dari penelitian adalah mendesain sistem sensing yang dapat mendeteksi pergerakan orang dengan mengunakan pendekatan teknik swicing serta komponen Arduino, sensor PIR, dan relay untuk membangun sistem pintu otomatis dengan hanya mengunakan motor DC dua pole. Tahapan riset ini mengunakan dua scenario untuk menentukan motor DC berputar mengatur pintu buka dan tutup. Skenario pertama motor diatur berputar serah jarum jam yang merupakan reprentasi pintu terbuka. Skenario kedua motor diatur berputar berlawanan arah jarum jam yang merupakan reprentasi pintu tertutup. Hasil dari penelitian menujukan apabila sensor PIR mendeksi manusia maka Pin 4 arduino terhubung ralay1= 1 volt, dan pin 5 arduino terhubung relay2 = 0 volt sehingga motor DC dapat berputar searah jarum jam. Jika sensor PIR tidak mendeteksi manusia maka Pin 4 arduino terhubung ralay1= 0 volt, dan pin 5 arduino terhubung relay2 = 1 volt sehingga motor DC dapat berputar berlawanan jarum jam.Kata kunci: Teknologi Informasi, Sitem Kontrol, Pintu Otomatis, ArduinoAbstract: The development of information technology is so fast that it can affect the order of life. The presence of information technology is none other than to be used to help complete human work. Information technology in the control field can be found in everyday life, such as automatic doors, lifts, escalators, etc. However, its implementation becomes a challenge that must be considered in using the necessary tools. The devices in question are the use of motors that need to be considered for power consumption; the embed system is easy to maintain, and so on. This research aims to design a sensing system that can detect the movement of people by using a switching technique approach as well as Arduino components, PIR sensors, and relays to build an automatic door system using only a two-pole DC motor. This research stage uses two scenarios to determine how the DC motor rotates to regulate the door opening and closing. The first scenario is that the motor is set to turn clockwise, which represents an open door. The second scenario is that the engines rotate counterclockwise, which means a closed door. The study results show that if the PIR sensor detects humans, Pin 4 of Arduino is connected to relay1 = 1 volt, and pin 5 of Arduino is connected to relay2 = 0 volts so that the DC motor can rotate clockwise. If the PIR sensor does not detect humans, then Pin 4 of Arduino is connected to relay1 = 0 volts, and pin 5 of Arduino is connected to relay2 = 1 volt so that the DC motor can rotate counterclockwise.Keywords: Information Technology, Control System, Automatic Door, Arduino