The global food crisis has become one of the most pressing issues requiring serious attention, especially as the world's population continues to grow. This growth has led to an increasing demand for food, while agricultural resources such as fertile land, water, and labor become increasingly limited. These conditions present significant challenges for farmers, including droughts that damage crops, floods that devastate agricultural lands, and pest attacks that significantly reduce yields. Furthermore, global climate change exacerbates the situation, directly impacting the stability of food production. Unpredictable weather patterns threaten harvest success, increase the risk of crop failure, and decrease agricultural productivity. Therefore, innovative solutions, such as utilizing Internet of Things (IoT)-based technologies, are urgently needed to support the sustainability of the agricultural sector by enhancing efficiency, effectiveness, and global food security. This study aims to contribute to addressing these challenges through a modern technological approach

In Indonesia in particular, SCADA has been recognized and started to be implemented in electric power system control since the early 1980s. In other more developed countries, the application of SCADA is growing along with developments in computer and telecommunications technology. At a time when the development of SCADA was not as sophisticated as it is now, there was an idea to make it easier to maneuver, namely in a simple network system using SCADA we can supply additional power or do power outages easily so that the overload does not occur. After implementing the SCADA system there are less time and frequency savings compared to before implementing the SCADA system. This means that the SCADA reliability index is much better after implementing the SCADA system..
 
 

The development of the world of telecommunications continues to improve. Its initial appearance was as first generation technology (1G) which still uses the same system. In 1991, 2G technology began to develop, using a digital system and being able to provide not only voice services but also data services. This technological development was then followed by 3G and 4G. Currently, technological progress has increased very rapidly in almost every field of technology. has created very sophisticated tools to support human work. One of the latest technological advances that plays an important role is the emergence of 5G technology. 5G technology is a wireless technology that is more complex than previous wireless technologies. With greater bandwidth, higher data speeds and lower latency, this technology can provide opportunities and benefits for operators to create new business models.
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Abstrak. Teknologi input/output (I/O) memegang peranan penting dalam perkembangan perangkat keras dan perangkat lunak komputer modern. Pesatnya perkembangan teknologi I/O telah memungkinkan komputer menjadi lebih interaktif, lebih cepat, dan lebih efisien dalam memproses informasi. Pada proses I/O terdapat perangkat keras dan perangkat lunak yang berfungsi sebagai media menghasilkan data. Perangkat keras dan perangkat lunak saling terkait dan saling mendukung dalam operasi komputer. Penelitian ini bertujuan menganalisis peran teknologi I/O pada perangkat keras dan perangkat lunak berdasarkan perkembangannya. Teknologi I/O merujuk pada cara komputer berinteraksi dengan dunia luar melalui masukan dan keluaran. Data diperoleh beradasarkan studi pustaka dengan menggunakan referensi dari berbagai sumber. Metode penelitian ini bertujuan untuk memahami kerangka pengetahuan yang sudah ada tentang judu, mengidentifikasi dan mendukung atau merinci argument. Berdasarkan literatur yang sudah ada, hasil penelitian menunjukkan peran teknologi I/O pada perangkat keras dan perangkat lunak sangat berpengaruh pada perkembangannya dapat dilihat dari kinerja perangkat keras yang lebih baik, inovasi dalam perangkat keras yang terus berkembang dan perkembangan perangkat lunak yang lebih maju.
 
Abstract. Input/output (I/O) technology plays an important role in the development of modern computer hardware and software. The rapid development of I/O technology has allowed computers to become more interactive, faster, and more efficient in processing information. In the I/O process, there are hardware and software that function as a medium to produce data. Hardware and software are interrelated and support each other in computer operations. This study aims to analyze the role of I/O technology in hardware and software based on its development. I/O technology refers to the way a computer interacts with the outside world through inputs and outputs. Data is obtained based on literature studies using references from various sources. This research method aims to understand the existing framework of knowledge about judu, identify and support or detail arguments. Based on existing literature, the results show the role of I/O technology in hardware and software is very influential on its development can be seen from better hardware performance, innovation in hardware that continues to develop and more advanced software developments.

Asynchronous Transfer Mode (ATM) is a network technology designed to support high-speed data transfer by utilizing small fixed-size data packets called cells. This study aims to analyze the implementation and performance of ATM in the context of the Canva application, a web-based graphic design platform. The study includes a theoretical review of ATM's working principles, advantages, and limitations, as well as the network performance analysis methods used.In this research, we examine how ATM can optimize data transmission in the Canva application, considering the importance of network speed and efficiency in ensuring an optimal user experience. The analysis results show that ATM can provide the high transfer speeds and stability required by the Canva application, especially in managing complex and large-sized graphic data.The conclusion of this study confirms that the implementation of ATM technology in web-based applications like Canva can significantly enhance network performance. This study also offers important insights for further development in integrating advanced network technologies for internet-based applications to support increasing data demands.

Perkembangan teknologi dan sistem informasi yang sudah marak dilakukan oleh berbagai instansi baik itu di industry, perekonomian, serta pendidikan. Dengan semakin berkembangnya teknologi, kemampuan sumber daya manusia yang dimiliki juga akan semakin dituntut untuk mengalami kemajuan dan peningkatan. Sistem Informasi sekolah merupakan sebuah sarana ataupun  alat yang bisa digunakan oleh sekolah sebagai bentuk peningkatan dalam pelayanan dan kualitas sekolah. Melalui sistem ini, pihak sekolah dapat berinteraksi dengan banyak pihak yang terkait. Sistem adalah suatu rangkaian yang terdiri dari dua atau lebih komponen yang saling berhubungan dan saling berinteraksi satu sama lain. Penelitian ini dilakukan dengan menggunakan metode survei, yaitu data yang didapat yaitu dari hasil pengerjaan proyek pengelolaan website di tiga sekolah yang bekerja sama dengan CV. Akasyah Syahdan Makmur. Wordpress sebagai Content Management Sistem (CMS) untuk sistem informasi sekolah saat ini karena pengelolaannya yang cukup sederhana dan mudah, namun memiliki fitur-fitur yang sangat luas penggunaannya. Sistem informasi merupakan suatu hal yang saat ini sangat perlu untuk disebarluaskan ilmu pengetahuannya. Perkembangan teknologi di dunia pendidikan menghadirkan sebuah upaya peningkatan kualitas ilmu pengetahuan dalam dunia teknologi dengan dibuatnya website-website khusus sekolah.

In transformers installed and used in electric power systems, especially at substations (GI) there are often disturbances or problems. One of the problems with the transformer can occur due to the failure of the insulating oil which can be caused by a decrease in the value of the translucent voltage, therefore it is necessary to carry out maintenance to prevent and localize interference. Tap Changer oil is different from oil in the main tank (in terms of placement), in terms of type and function Tap Changer oil with oil in the main tank has similarities from the type of oil and its function as insulation, cooling and protecting windings from oxidation. With the method of observation (observation) in the field of all equipment worked on and with the literature method can be known the process of replacing oil On Load Tap Changer. From the results of the oil translucent voltage test study, it is known that the value of the penetrating voltage of the On Load Tap Changer oil sample used in the transformer is an average value of 38.8 kV, it can be known that the value of the new oil penetrating voltage (sample 1) being filtered is 86.8 kV, the value of the new oil penetrating voltage (sample 2) being filtered is worth 88 kV, and the value of the new oil penetrating voltage (sample 3) being filtered is 98.2 kV.