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Technology has the potential to be employed within the realm of electronics and informatics, particularly for the purpose of securing household doors using a smartphone through an internet connection. The Internet of Things (IoT) embodies a concept where internet-enabled devices can communicate with each other and their surrounding objects. This endeavor seeks to create a prototype using key components, including NodeMCU Esp8266, Servo Motor, and Fingerprint Module, with the ultimate goal of simplifying daily tasks and alleviating concerns about leaving the door unlocked upon leaving the house. The mechanism of this device entails utilizing a smartphone app to establish an internet connection, enabling users to seamlessly close and lock their house door. The underlying intention behind developing this tool is to provide assistance in managing both indoor and outdoor activities, addressing the issue of inadvertently leaving the door unlocked, and substituting traditional door locks with fingerprint recognition. By employing this innovation, individuals can conveniently regulate their house door via smartphone, saving time and effort and seamlessly integrating it into their daily routines.

Honey is a natural liquid that contains a lot of sugar produced by bees (genus Apis) from flower nectar and has a sweet taste. Honey contains a multitude of benefits that are good for the body, including being a source of nutrients, improving body metabolism, anti-bacterial, and others. The purpose of designing the Honey Harvest Monitoring System with ARDUINO-based IOT is to help breeders maximize honey harvesting results. This study aims to design an intelligent system for controlling the temperature in bee hives, humidity in bee hives, and monitoring honey yields, measuring the temperature and humidity of the storage room using DHT 11 sensors, and monitoring honey harvest time using Load Cell sensors. The temperature and humidity controller in the cage uses a blower/fan. Sensor data will be processed using the Wemos D1 R1 microcontroller and then sent to an Android application via the internet network using a real-time Firebase database so that it can be accessed anywhere and anytime. The way this system works is that if the room temperature is >38 degrees Celsius, the blower/fan will turn on, and will turn off if the temperature is 40%, the artificial window will open and will close if the humidity is

This research discusses the development of industry 5.0 and its impact on the Indonesian economy. Industry 5.0 is a concept that integrates artificial intelligence, robotics, automation, Internet of Things (IoT), and other technologies to create more efficient and connected production systems. This study aims to analyze how the implementation of Industry 5.0 has affected Indonesia's economic sector and the challenges faced in adopting this technology. A comprehensive literature review was conducted to understand the global developments of Industry 5.0 and then applied in the Indonesian context. This research also highlights aspects such as digital infrastructure, workforce skills, and government policies that support or hinder the development of Industry 5.0 in Indonesia. It is hoped that this research can provide valuable insights for policy makers and stakeholders in understanding the contribution of Industry 5.0 to the Indonesian economy and formulating appropriate strategies to encourage sustainable economic growth.

Abstrak - Indonesia merupakan salah satu negara yang kaya akan potensi kelautan dan perikanan sehingga banyak sekali masyarakat yang gemar memelihara ikan hias.  Meski demikian, dalam pemeliharaan ikan hias masih ditemui beberapa kendala. Salah satunya adalah kesulitan dalam mengontrol pakan ikan secara realtime, terutama ketika pemelihara tidak bisa melakukan secara langsung di lokasi. Demikian juga dengan pengontrolan kualitas air yang cukup menyulitkan. Dengan adanya teknologi informasi yang semakin berkembang, dapat membantu peternak dalam melakukan kontrol jarak jauh menggunakan Internet of Things (IoT). Tujuan penelitian ini adalah untuk mengembangkan sistem pakan otomatis serta monitoring Total Disslove Solid  (TDS), sehingga kualitas air akuarium dapat dipantau secara remote dengan memanfaatkan IoT. Hasil dari pengujian  menunjukkan bahwa sensor TDS dapat mengidentifikasi kualitas air akuarium, terutama terkait dengan tinggi rendahnya larutan kadar TDS di dalam air. Sedangkan pemberian pakan pada ikan hias dapat diberikan secara otomatis sesuai dengan jadwal pemberian pakan yang telah diatur sebelumnya.

Internet-of-Things (IoT) merupakan teknologi yang mengintegrasikan berbagai peralatan dengan Internet. Salah satu pemanfaatan IoT adalah sistem kontrol elektronik pada berbagai peralatan rumah. Peralatan rumah dapat dilengkapi dengan mikrokontroler, sensor, dan aktuator, serta modul komunikasi, sehingga dapat dihubungkan ke internet dan dipantau dari jarak jauh. Salah satu peralatan atau objek yang ada di rumah adalah tempat sampah yang umumnya terbuat dari plastik, tetapi umumnya belum dapat dipantau dan dikontrol otomatis. Tujuan penelitian ini adalah untuk merancang sistem kontrol untuk membuka dan menutup tempat sampah secara otomatis menggunakan Arduino sebagai pengontrol sistem, sensor ultrasonik sebagai pendeteksi objek yang mendekat, motor servo yang berguna untuk menggerakkan tutup tempat sampah, dan buzzer serta LED sebagai indikator ketika terdapat objek yang mendekat. Hasil pengujian sistem menunjukkan bahwa tempat sampah dapat membuka tutupnya secara otomatis saat mendeteksi objek pada jarak paling jauh 50 cm dengan delay selama dua detik, dan kemudian akan tertutup secara otomatis ketika objek tersebut menjauh dari tempat sampah tersebut.

Tujuan Utama:  Tujuan utama dari penelitian ini adalah untuk menyediakan User-Interface (UI) berbasis web yang dapat mengatasi tantangan dan memberikan kontrol data secara real-time. Oleh karena itu, kami telah membuat prototipe User Interface yang dapat mendemonstrasikan konsep situs web pengelola IoT dan memberikan bukti penerapan konsep tersebut. Platform yang diusulkan dimaksudkan untuk berkontribusi dalam meningkatkan persepsi pengguna terhadap perangkat IoT. Background problem: Dengan kemajuan yang berkembang dalam teknologi Internet of Things (IoT), yang menggabungkan berbagai perangkat dengan fungsi, kemampuan, dan protokol komunikasi yang berbeda, penting untuk menyediakan platform yang memungkinkan pengguna IoT untuk berinteraksi dengan perangkat IoT mereka secara langsung dan dapat kelola mereka dengan mudah melalui platform itu dari berbagai lokasi kapan saja untuk melindungi privasi mereka saat menggunakan perangkat IoT. Metode Penelitian: Metode eksperimental dan survei digunakan dalam penelitian ini untuk mengevaluasi persepsi pengguna terhadap penggunaan sebuah platform yang menggabungkan semua perangkat IoT mereka dan memungkinkan mereka mengelola perangkat berdasarkan preferensi mereka melalui platform tersebut dan melindungi privasi mereka. Temuan: Temuan menunjukkan perlunya membuat platform di mana pengguna dapat mengontrol berbagai perangkat IoT dari jarak jauh. Ini juga menunjukkan bahwa prototipe situs web adalah platform yang mudah digunakan, dan dapat digunakan dengan mudah tanpa pengalaman teknis apa pun. Pengguna dapat mengakses informasi tentang perangkat IoT yang terhubung serta mengontrolnya. Kesimpulan: Prototipe dapat digunakan untuk mendemonstrasikan konsep aplikasi web yang diusulkan, sementara hasil survei menunjukkan kebutuhan untuk platform yang mudah digunakan untuk mengontrol perangkat IoT dari jarak jauh dan meningkatkan persepsi privasi pengguna di lingkungan IoT.

This article examines how digital transformation, including the use of big data, Internet of Things (IoT), and blockchain, enhances supply chain efficiency. Focusing on the retail and manufacturing sectors, the study reveals that digital tools improve visibility, reduce delays, and optimize inventory management. The findings suggest that digital transformation is essential for businesses aiming to increase agility and resilience in a globalized supply chain.

This study aims to determine the role of information technology in public sector accounting in preventing fraud that occurs in public sector organizations. The research conducted was a literature review research based on articles appropriate to the research topic for further analysis. The result of this research is that there are fraud prevention methods which include technical strategies and preventive strategies. The technical strategy includes efforts to prevent fraud through the use of privacy officer services, IoT access, managing data access, establishing timely reporting, and controlling data in real time. The preventive strategy is in the form of developing a fraud detection system that is run using machine algorithms, data mining, and meta learning methods.

The discovery of various efficient technologies has become a benchmark in development in all sectors. Artificial Intelligence (AI) and the Internet of Things (IoT) are growing rapidly. This study aims to determine the analysis of the technological adaptability of countries in the world and its comparison to readiness in Indonesia. This is because the ability to adapt technology has a close relationship to the economy in a country, both in terms of economic contribution and the labor market sector. This research uses data with parameters such as Gross Market Value (GMV), Global Connectivity Index (GCI), and GDP. As well as data on industry development in Indonesia. This research was conducted with a descriptive analysis method that uses content analysis steps to interpret the results of existing statistical exposure. The results of the research analysis show that a very significant government policy today is an investment in technology and communication infrastructure. Then to boost the economy, financing is the most needed factor today. Readiness to meet the demographic bonus can be done by developing the digital skills of the workforce in all sectors. Therefore, infrastructure, financing, and scientific integration of technology are the most crucial policies today.

Sistem kontrol kolam ikan sangat dibutuhkan untuk pembudidaya peternak ikan. Dimana alat ini dirancang bertujuan untuk mengatasi permasalahan yang sering terjadi pada kolam serta kendala pada sipembudidaya. Seperti permasalahan pemberian pakan yang tidak teratur, kualitas air kolam yang tidak terjaga seperti ph dan suhu air, keamanan kolam yang tidak terjaga, serta membebani pembudidaya dikarenakan harus mengunjungi kolam ternak setiap harinya. Oleh karena itu alat sistem kontrol kolam ikan nila berbasis outseal PLC terintegrasi Internet Of Things (IoT) dibuat menjadi suatu produk alat yang akan bekerja mengatur dan menjadwalkan pemberian pakan secara teratur dan otomatis, menjaga kualitas air melalui sirkulasi air yang bekerja secara otomatis serta keamanan dan penerangan pada kolam bekerja secara otomatis. Seluruh sistem sudah bekerja sesuai perintah pada program secara otomatis sehingga tenaga manusia tidak terlalu dibutuhkan jika alat ini diterapkan dalam pembudidayaan ikan. Alat ini juga dirancang dengan sistem Internet of Things (IoT) yang mana seluruh sistem dapat dikendalikan dan di monitor jarak jauh kapan dan dimana saja sehingga sangat membantu pembudidaya dalam beternak dan meningkatkan hasil panen. Metode yang digunakan dalam penelitian ini yaitu menggabungkan perangkat lunak dan perangkat keras yang terintegrasi terhadap Internet of Things (IoT). Untuk jangka panjang penelitian ini dapat dilanjutkan untuk sistem kontrol yang lebih kompleks.

Kondisi pandemi COVID-19 tahun selama kurang lebih 2 tahun menjadi pembelajaran bagi Indonesia khususnya di bidang kesehatan. Problematika di bidang kesehatan semakin terlihat jelas di era pandemi COVID-19 ini. Suhu tubuh normal berkisar antar 36,5⁰C - 37,5⁰C dan bila melebihi 38,5⁰C maka ada indikasi terinfeksi covid-19 yang kemudian akan diarahkan untuk isolasi baik mandiri atau di tempat yang telah disediakan. Tujuan adanya ruang isolasi adalah untuk mengendalikan penyebaran penyakit menular yang bisa mewabah. Ruang isolasi adalah ruangan khusus, orang-orang yang bisa masuk ke ruangan ini juga sangat terbatas. Mengingat di ruang isolasi tidak bisa sembarangan keluar masuk, untuk itu dikembangkanlah sistem monitoring yang mampu memantau beberapa parameter yang dibutuhkan agar ruangan tersebut memenuhi standar operasional prosedur. Salah satunya adalah pengelolaan tata udara yang harus dijaga yaitu suhu ruangan dan kelembapan ruangan. Udara dalam ruangan dan kontaminan dalam ruangan minimal 6x pertukaran udara perjam dengan suhu ruangan 24 - 26 C dan kelembaban relatif 40 - 60%. Berdasarkan permasalahan diatas penulis ingin menerapkan Fuzzy logic metode Mamdani pada sistem monitoring suhu dan kelembapan ruangan pasien isolasi Covid-19 berabsis IOT ( Internet of Things ). Hal ini tentunya sangat membantu berbagai pihak mulai perorangan, hingga lembaga kesehatan utamanya rumah sakit umum. Dari pengujian metode Fuzzy Logic tersebut diambil 10 data yang dibandingkan nilainya dengan Matlab, dapat dihasilkan rata-rata error output PWM sebesar 0.1%. Bedasarkan pengujian metode black box yang dilakukan dapat diketahui tampilan sistem sesuai dengan tampilan yang diharapkan, dengan persentase kesesuaian 100%. Untuk pengujian fungsional dapat diketahui tampilan website dapat berfungsi dengan baik pada browser Opera, Chrome, dan juga Microsoft Edge.

In everyday life, trucks are used to transport goods. Not infrequently seen a lot of use of trucks that exceed the carrying capacity. Accidents on the highway include the impact caused by trucks that are overloaded or overloaded. The purpose of this study is to reduce the risk of accidents due to overloading or overloading. The truck load monitoring system aims to make it easier for truck users to see the truck load weight directly through a smartphone with an application. In addition, users can also see the excess weight of the load and there is an overweight indicator in the form of a buzzer. With this system, users can reduce the risk of accidents on their vehicles. This system consists of a load cell sensor and HX711 module as a weight detector, NodeMCU as a microcontroller and data transmission, firebase as a database, and android studio as a container for creating applications. Payload weight data can be monitored remotely or close according to the principles of the Internet of Things (IoT). The results of this study indicate that the system works well with the sensor accuracy level on the prototype truck 1 and truck prototype 2 above 95%. Writing data on firebase, reading firebase through the application and testing the buzzer has a 100% success rate percentage. There is no diference transmission delay between serial monitor and firebase.

Smart wearable technologies are becoming essential tools for real-time health monitoring, offering a new dimension of personalized medicine. Wearable devices equipped with biosensors, artificial intelligence, and Internet of Things (IoT) connectivity can continuously track vital signs such as heart rate, blood pressure, oxygen levels, and even detect early symptoms of diseases. This paper explores the latest advancements in wearable health technology, including flexible electronics, energy-efficient data processing, and integration with telemedicine platforms. Additionally, ethical concerns such as data privacy, cybersecurity risks, and user adoption challenges are discussed. The study provides insights into how smart wearables can be effectively utilized for preventive healthcare, chronic disease management, and real-time health diagnostics.

By looking at current technological developments that already use automatic sensors, the application of the concept to this system can be a solution for dealing with ornamental fish farming owners. In this research, a tool is made that can perform feeding, checking temperature, water turbidity, feed level, water level and water pump control, from this information will be sent to android by firebase automatically monitored and controlled anywhere via android. This tool is designed with ease of maintenance and is an extension of the existing tools. IoT technology is used to monitor online, based on Firebase and Nodemcu Esp8266. In this study, researchers used the research method of the Borg and Gall (1987) model from 10 steps to 6 steps. The results of this study were carried out by an expert validation test to get a value of 30 which means "Very Good (Valid)". While the effectiveness test by 10 users plus by experts and employee users get a total score of 35.16 which means the effectiveness test is classified as "Very Good (Valid)" it can be said that the new system is more effective than the old system.

Water is very important for all aspects of life on earth, agriculture is one of the fields that really need large amounts of water because of the use of water in the process of plant photosynthesis. Water that has good quality is if the water is not excessively polluted by harmful chemicals or minerals. One indicator that water is polluted is a change in temperature and pH (acidity) of the water. Temperatures that are too hot in the water will interfere with the growth of plants and other microorganisms. While the normal pH of water has a pH that ranges from 6.5 to 7.5. The quality of water and soil is very important in agriculture. The level of acidity (pH) and soil temperature are one of the things that affect plant fertility. Therefore, the quality of water and soil on agricultural land is one of the important things that needs special attention in its management. One solution so that water and soil quality can be monitored and managed efficiently is to utilize a Wireless Sensor Network based on the Internet of Things (IoT). The use of the ESP8266 Module as a WIFI module, is widely used by Internet of Things-based applications because the price is cheap so it reduces a lot of costs and has a fairly good speed of 80 MHz. This study aims to develop the concept of a Wireless Sensor Network by utilizing the ESP8266 module to monitor pH values using a pH Meter Analog Kit sensor and temperature from agricultural land using a DS18B20 Waterproof sensor and can be monitored at any time using a smartphone.

Abstrak Daun lontar yang sudah dikeringkan menghasilkan komoditi yang prospektif karena bahan merupakan bahan yang mudah untuk daur ulang dan digemari oleh pemesan. Dalam program pengabdian ini melibatkan pengerajin anyaman yang berskala IRT/UMKM dilihat dari kuantitas produk yang dihasilkan masih kecil, belum variatif dan dijual hanya sesuai pesanan, beralamat di Desa Lapeom, Kecamatan Insana Barat, Kabupaten Timor Tengah Utara. Pengrajin menghasilan produk anyaman seperti Tenasak, Nampan dan Koba serta beberapa produk sesuai pesanan. Solusi dan metode  dari kegiatan pengabdian ini adalah memberikan pelatihan ketrampilan kepada ibu-ibu pengrajin anyaman daun lontar agar nantinya mampu menghasilkan produk unggulan yang memiliki nilai ekonomis serta dibutuhkan oleh pasar. Untuk menghasilkan produk yang memiliki nilai jual, pelatihan ketrampilan diarahkan pada kualitas produk anyaman daun lontar. Karena itu pelatihan yang diberikan juga akan mencakup teknis produksi, desain produk, serta Pemasaran berbasis Internet of Things (IoT) yang sangat sesuai dengan promosi produk di situasi Pandemi Covid 19.    

Corona virus or commonly known as COVID-19, where the virus can be transmitted by animals or by humans, with symptoms such as a high fever that can reach 37.7℃ or more, or low blood oxygen levels and handling cases of the covid- 19 virus has been pursued properly. With direct treatment by doctors, treatment in hospitals to self-isolation treatment and with the application of self-isolation for covid-19 patients, it is hoped that they can always see the condition of body temperature and oxygen levels in the blood. This study, the method of checking the number of heart beats of isoman patients and the amount of oxygen in the patient's body was developed by connecting the device to the IOT Telegram, which for the microcontroller used is Wemos D1minilite and with this development it is hoped that it can help the front group to overcome COVID-19 to always be able to help patients who are running isoman. The results of the testing of the tools made obtained a data success of 99.71% by comparing the results of the two tools, namely a tool made by researchers with an oximeter, and in these results obtained a data error value of 0.29% of the total data of 20 isoman patients. The data used were taken from COVID-19 patients who were self-isolating, and there were some patients whose test results were below the specified parameters.

Perkembangan teknologi yang semakin maju khususnya dibidang elektronika dapat dimanfaatkan dari segala bidang misalnya perangkap tikus otomatis dengan memanfaatkan teknologi IoT yang dapat mempermudah pekerjaan manusia dan lebih efisien. Tujuan penelitian ini adalah untuk merancang dan membuat aplikasi pengendalian perangkap tikus berbasis Android. Pada arsitektur sistem menggunakan WiFi dan mikrokontroler untuk proses pengiriman data dari smartphone. Aplikasi Nangtik merupakan implementasi media IoT pada perangkap tikus otomatis. Aplikasi ini diharapkan dapat menjadi alternatif yang membuat penggunaan perangkap tikus otomatis ini lebih mudah dan ringan. Aplikasi dapat berkomunikasi dengan baik dengan perangkat keras. Waktu respon kontrol pengontrol perangkap tikus akan dipengaruhi oleh jarak antara smartphone dan perangkap tikus.

Almost every house already uses a Wifi network as internet access. With the help of this Wifi network, it is used as Middleware that can be controlled and monitored when outside the home. This study engineered data packet traffic using the ESP8266 wifi module on the Middleware device network to find out how fast the data packet capture time using wifi can be controlled and monitored when outside the home. Based on the analysis, the measurement results on the IoT device network to find out how fast the data time using wifi it reaches 2.95 kbps to 7.4 kbps.

Starting from the development of medical technology that is increasingly sophisticated and rapidly growing,researchers conduct medical research, namely about patient infusion handling services. In handling patient infusion, currently it is still manual which is carried out by nurses / medical personnel. Infusion handling services for patients still have shortcomings, namely the process of monitoring and replacing infusion fluids which are often late. If the problem is not treated quickly, it can lead to problems, namely the presence of air embolism in the blood vessels (the entry of foreign objects into the blood vessels, for example air). From that problem, the researchers made a new innovation in medical technology in handling infusions automatically and based on IoT. In this study, the smart online infusion device that has been made has good features and is very effective in handling infusions. This device has 3 main functions, namely: it can monitor the remaining infusion, it can change the infusion fluid automatically and it can indicate a blocked patient's infusion. This device already has a method for processing data with fuzzy logic. Media monitoring has been supported by a website that can be controlled remotely and in real time. Tests have been carried out and the effectiveness of the system is found to have an error rate of 0.2% - 0.7% and has an accuracy of 98%. Thus this tool can be used in terms of handling patient infusion automatically.