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Effective and efficient logistics management at the Nutrition Installation is an important factor in ensuring the availability and quality of food for patients. This study aims to analyze logistics management in nutritional installations. The method used is the content analysis method by searching 10 reviews in various health journal sources in Indonesia for the past 10 years. The results of an integrated literature review explain that logistics management in the Nutrition Installation ensures the availability and quality of food for patients. Logistics management includes storage systems, distribution systems, budget systems required annually or monthly. Several logistics management processes in each hospital are different but run well, even though there are many shortcomings. Logistics management at Nutritional Installations is carried out optimally by increasing the accuracy of planning food needs, procuring food ingredients appropriately, improving food storage standards, timely distribution of food, and carrying out regular monitoring and evaluation, making it easier for health workers to carry out their duties and minimize undesirable events.

Salah satu bentuk dari pemanfaatan kemajuan teknologi berupa penerapan aplikasi web menggunakan web server untuk berbagi informasi, memberikan layanan, dan menyimpan data. Dibalik kemudahan dalam penggunaan aplikasi web yang dapat diakses darimana pun, terdapat risiko ancaman keamanan siber yang cukup besar dimana aplikasi web dapat menjadi target serangan oleh penjahat siber yang ingin mencuri informasi sensitif atau mengambil alih sistem. Masalah keamanan tersebut dapat diatasi dengan pendekatan reaktif yaitu penerapan sistem keamanan yang mampu mendeteksi dan menganalisa insiden keamanan pada aplikasi web secara cepat dan efektif. Salah satu solusi yang dapat digunakan adalah dengan mengimplementasikan Security Information and Event Management (SIEM). SIEM adalah sistem yang dapat digunakan untuk mengelola log yang dihasilkan dari berbagai sumber data seperti endpoint, perangkat jaringan, maupun firewall, Salah satu aplikasi SIEM yang bersifat open source dan dapat digunakan untuk deteksi serta analisa insiden serangan siber adalah Wazuh. Wazuh adalah perangkat lunak open source yang berfungsi sebagai sistem deteksi berbasis host (endpoint) yang menyatukan kemampuan XDR (External Data Representation). Metode yang digunakan dalam penyelesaian masalah tersebut menggunakan metode Eksperimental, ada 5 tahapan dalam metode eksperimental ini yaitu analisis kebutuhan, desain, implementasi, pengujian, evaluasi. Hasil dari pengujian tersebut dapat di deteksi oleh Wazuh sebagai SIEM untuk memonitoring keamanan server dan deteksi penyerangan.

Di era digital saat ini, keamanan informasi sangatlah penting, terutama ketika mengelola sistem atau server, aplikasi berbasis situs dan sebagainya. Salah umum satu ancaman keamanan yang paling yaitu serangan Brute Force. Negara Indonesia menduduki peringkat kedua teratas dari serangan Brute Force di Asia Tenggara setelah negara Vietnam yang menduduki peringkat pertama. Pada periode Januari hingga Desember 2023, total ada 61.374.948 Bruteforce.Generic.RDP. terdeteksi dan digagalkan oleh produk Kaspersky B2B. Serangan Brute Force yang berhasil memungkinkan penyerang mendapatkan kredensial pengguna yang valid. Ubuntu adalah distribusi Linux open-source gratis berbasis Debian yang pertama kali diterbitkan pada tahun 2004. Ubuntu dirilis dalam tiga edisi (Desktop, Server, dan Core) yang semuanya dapat berjalan di komputer mandiri atau di mesin virtual. Berdasarkan permasalahan tersebut, diperlukan sebuah tools yang dapat memadukan perkembangan yang terjadi dalam sebuah server. Salah satu tools yang digunakan untuk monitoring adalah Wazuh. Wazuh merupakan perangkat berbasis Open Source yang berfungsi sebagai sistem deteksi intrusi berbasis host (endpoint). Metode yang digunakan untuk menyelesaikan masalah tersebut menggunakan metode Penetration Testing. Ada beberapa tahapan yang digunakan dalam penelitian ini yaitu, Pengumpulan Informasi, Pemodelan Ancaman, Analisis Kerentanan, Eksploitasi, dan Pelaporan. Hasil dari pengujian yang telah dilakukan menunjukkan bahwa Wazuh dapat mendeteksi serangan Brute Force Hydra pada kerentanan rendah. Sedangkan serangan Denial of Service berhasil dilakukan pada koneksi 1000, 1500, 2000, tetapi serangan tersebut tidak dapat terdeteksi oleh Wazuh.

The implementation of digital health insurance systems represents a pivotal shift in healthcare management globally, aiming to streamline processes, enhance accessibility, and mitigate financial barriers to healthcare services. This study investigates the impact of digital health insurance on health expenditure and health security in Bangladesh, a country striving to improve its healthcare infrastructure and financial accessibility. However, in Bangladesh health insurance does not exist and people has to bear all treatment cost alone. The insurer in development countries is changing its role toward a more preventive and connected approach. Connected or digital health insurance has the potential to contribute toward better health and the general well-being of the population. Digital technologies are evolving and innovative applications are transforming the medical and health insurance sector. New technologies like wearable, mobile platforms and IoT base health monitoring systems can help to deal with several critical issues of the rising number of people, patients with chronic disease, and aging people, the insurer can help them to be healthier and protect them by insurance coverage. This study aims to look at the innovation of Health insurers and how they include themselves in the health ecosystem that adds value for the insured and patients globally, and can proposed a model that can introduce in Bangladesh.

This research conducted on the ganjuran ds ngambeg tradition in Puncak, Lamongan Regency, namely to find out and explain clearly. The research uses folklore theory, namely the concept of Danandjaja. The method used in the research is descriptive qualitative with interview, observation and documentation techniques. The research instrument is a researcher, a list of questions and an observation sheet. The aim of this research is 1) to explain the origins of the ganjuran tradition in Ngambeg village, Puncak district, Lamongan district. 2) Explain the procedures for the Ganjuran tradition. 3) Explain the ubarampe and its meaning in the Ganjuran tradition. 4) Explain the benefits or uses of the ganjuran tradition. 5) Explain how to preserve the ganjuran tradition. The results of research on the ganjuran tradition in Ngambeg Village can be seen that the origins of Ngambeg Village are from Panji Laras and Panji Liris which are loved by Dewi Andanwangi and Dewi Andansari. The procedures for this tradition consist of the preparation and closing stages. Ubarampe from the ganjuran tradition is 1) Sugar and Coffee 2) tetel 3) lemet 4) Wingko 5) Krecek 6) Sticky Rice Salak 7) Side dishes 8) Bananas 9) Bongko 10) Bread 11) Kalender. The uses of the Ganjuran tradition are 1) as a projection system 2) as a system of rules for cultural institutions 3) as a tool for education 4) as a tool for monitoring society, then other uses are 1) for economic activities 2) religious or religious 3) social. The way to preserve the ganjuran tradition is by passing it down from generation to generation and utilizing social media.

This research conducted on the ganjuran ds ngambeg tradition in Puncak, Lamongan Regency, namely to find out and explain clearly. The research uses folklore theory, namely the concept of Danandjaja. The method used in the research is descriptive qualitative with interview, observation and documentation techniques. The research instrument is a researcher, a list of questions and an observation sheet. The aim of this research is 1) to explain the origins of the ganjuran tradition in Ngambeg village, Puncak district, Lamongan district. 2) Explain the procedures for the Ganjuran tradition. 3) Explain the ubarampe and its meaning in the Ganjuran tradition. 4) Explain the benefits or uses of the ganjuran tradition. 5) Explain how to preserve the ganjuran tradition. The results of research on the ganjuran tradition in Ngambeg Village can be seen that the origins of Ngambeg Village are from Panji Laras and Panji Liris which are loved by Dewi Andanwangi and Dewi Andansari. The procedures for this tradition consist of the preparation and closing stages. Ubarampe from the ganjuran tradition is 1) Sugar and Coffee 2) tetel 3) lemet 4) Wingko 5) Krecek 6) Sticky Rice Salak 7) Side dishes 8) Bananas 9) Bongko 10) Bread 11) Kalender. The uses of the Ganjuran tradition are 1) as a projection system 2) as a system of rules for cultural institutions 3) as a tool for education 4) as a tool for monitoring society, then other uses are 1) for economic activities 2) religious or religious 3) social. The way to preserve the ganjuran tradition is by passing it down from generation to generation and utilizing social media.

This community service project aims to empower young entrepreneurs from the Entrepreneurship SME of Universitas Pendidikan Nasional in developing fruit-flavored ice cream made from fresh milk. Through stages of preparation, implementation, and monitoring, this activity provides training on raw material selection, production techniques, branding, financial management, and digital marketing. Results show that participants gained knowledge and skills to professionally manage an ice cream business, focusing on product innovation and sustainability. This initiative has the potential to boost the local economy and promote sustainable business practices.

This research aims to develop an efficient battery monitoring system using the ESP8266 module and INA219 sensor. Monitoring the battery condition effectively is crucial in various applications, especially in portable systems or isolated systems where real-time supervision is required. The method used in this research is the utilization of the ESP8266 module as the main microcontroller connected to the INA219 sensor to monitor the battery voltage, current, and power in real-time. The data obtained by the INA219 sensor is transmitted through the WiFi network managed by ESP8266 to a server or monitoring platform accessible to users via Blynk a web-based application or mobile application. The test results show that the system is capable of providing accurate information about the battery condition, including the charge level, usage current, and potential issues such as overcharge or undercharge. The implementation of this system is expected to be applicable in various applications, including renewable energy systems, portable devices, and electric vehicles, to improve battery performance and safety. The INA219 module as a voltage and current sensor found a voltage reading error percentage with a range of 0%-0.66% and an average of 0.18%. For readings at current with an error range of 0.91%-7.57%. For internal resistance readings which are calculated based on dividing the clamp voltage value by the circuit current, an error range of 0.04% -30.36% is found.

This study aims to analyze the progress of the Suralaya Power Plant Project (Jawa 9&10 Cilegon) using the Earned Value Method (EVM) and MS Project 2019 application. The project's progress was tracked at weeks 15, 24, and 40 to identify the most optimal tracking point. The EVM metrics, including Earned Value (EV), Planned Value (PV), and Schedule Performance Index (SPI), were used to evaluate the project's performance. The results show that tracking the project at week 15 yielded the most optimal results compared to tracking at weeks 24 and 40. The SPI and CPI values at week 15 were closer to the target values, indicating better project performance. In contrast, the project's performance deteriorated at weeks 24 and 40, with SPI and CPI values deviating further from the target. The study concludes that tracking the project at week 15 is the most effective method for monitoring project progress, as it allows for early identification of potential issues and timely corrective actions. This research contributes to the body of knowledge on project management in the energy sector, highlighting the importance of regular tracking and monitoring in ensuring the successful implementation of large-scale infrastructure projects.

This research focuses on the development of a simple system for detecting road slopes using the Otsu Thresholding method. The primary objective is to create an effective and efficient system capable of identifying different road slope levels accurately. The system utilizes image processing techniques, where the Otsu Thresholding method is applied to differentiate between road surfaces and surrounding environments. By analyzing these images, the system determines the degree of road slope. This study emphasizes the importance of accurate road slope detection for improving road safety and maintenance. The observation method was employed in this research to gather relevant data and evaluate the system's performance. The results demonstrate that the designed system is capable of effectively detecting various road slope levels, providing a valuable tool for transportation infrastructure monitoring.

Adolescent Care Health Services (PKPR) is one of the health service programs aimed at adolescents in high schools, to realize “healthy adolescents”. The purpose of this study was to optimize the implementation of the Adolescent Care Health Services Program (PKPR) in senior high schools. The implementation method is carried out by conducting a location survey, looking for problems related to PKPR and finding solutions to these problems. The result of youth empowerment is the development of an “optimization of health services” activity plan. This community service activity was attended by all high school students, teachers responsible for student health services, and PKPR health cadres at school. By providing information about optimizing PKPR health services in high schools and conducting health training for students. It is expected that related parties will be more serious and active in implementing the PKPR program by supervising and monitoring and evaluating the PKPR program regularly and continuously and can allocate special funds to support all activities in the PKPR program.

Pengelolaan energi listrik yang tepat merupakan faktor penting dalam mengelola konsumsi energi listrik secara lebih efisien, konsep yang sangat penting di fasilitas-fasilitas seperti Gedung Teknik Elektro Universitas Merdeka Malang. Penelitian ini menggabungkan penggunaan energi listrik yang dipantau dengan bantuan sistem SCADA (Supervisory Control and Data Acquisition) melalui komunikasi Modbus-LoRa WAN. SCADA adalah sistem integratif dan waktu nyata untuk pemantauan dan pengendalian, Modbus cocok untuk kolaborasi yang andal, sementara LoRaWAN unggul dalam menyediakan sistem nirkabel jarak jauh. Sistem ini terdiri dari sensor energi listrik, unit kontrol, dan peralatan komunikasi yang semuanya digunakan untuk memantau, memproses, dan menyampaikan informasi terkait penggunaan listrik. Makalah ini juga mengungkapkan hasil implementasi di Gedung Teknik Elektro UNMER, di mana sistem yang diidentifikasi dapat menyediakan informasi waktu nyata tentang konsumsi energi listrik. Implementasi ini sebaiknya digunakan sebagai referensi untuk mencapai cara yang lebih cerdas dan berkelanjutan dalam mengelola energi di gedung-gedung lainnya.

Pharmaceutical Wholesalers (PBFs) have the responsibility to ensure that the quality of pharmaceutical products is maintained in accordance with Good Drug Distribution Practices (CDOB). One of the regulated aspects is related to the control of temperature-sensitive cold chain products. Product control must ensure product quality from receipt, storage to distribution to consumers. One of the efforts to ensure product quality during the delivery process is to conduct cold chain product delivery validation which aims to ensure product delivery remains at the appropriate range for patient safety. Delivery validation is carried out using Coolbox and Polyurethane box delivery media to compare the duration of the delivery media can maintain the temperature in the appropriate range and also ensure the necessary conditioning time before the product can be transferred to the delivery media. Also used are 4 icepacks, 5 icepacks and 6 icepack variations. Temperature is monitored for 1x24 hours, 2 x 24 hours and 3 x 24 during the standard delivery process. Temperature monitoring using a thermo logger and data processing using the Testo Comfort Software Basic 5.0 app. The results showed that Polyurethane Box using 5 icepacks could maintain the longest temperature of 49 hours and 40 minutes  

This research develops an indoor air quality monitoring notification system for production rooms based on the Internet of Things (IoT) using the ESP8266. The system is designed to detect and provide early warnings of air pollution in production rooms. The Sharp GP2Y1010AU0F sensor is used to measure the concentration of dust particles in the air. Data from the sensor is sent to the ESP8266 module connected to the internet. This information is then forwarded to the Blynk application, enabling real-time monitoring through mobile devices. If the dust concentration exceeds the predetermined threshold, the system will activate the buzzer as an alarm. Test results show that this system can provide accurate and responsive notifications, thus helping to improve safety and health in the production environment.

Gas Sulfur adalah salah satu polutan berbahaya bagi manusia. Akibat utama polutan (SO2) terhadap manusia adalah terjadinya iritasi pada sistem pernafasan. Terutama kesehatan bagi usia lanjut dan penderita yang mengalami penyakit kronis pada sistem pernafasan dan kardiovaskular yang sangat sensitif jika kontak dengan (SO2). Sehingga pada penelitian ini perlu adanya sebuah rancang sistem monitoring kadar gas sulfur dioksida (SO2), suhu dan kelembaban pada ruangan. Sistem monitoring ini menggunakan sensor MQ-136 sebagai pendeteksi kadar gas sulfur dioksida (SO2) dengan satuan ppm dan sensor DHT11 sebagai pendeteksi suhu dan kelembapan pada ruangan. Hasil pembacaan kedua sensor tersebut akan diproses melalui Modul Wifi ESP32 dengan mempunyai output Aplikasi BLYNK dan Google Spreadsheet. Sementara output Exhaust Fan menyala sesuai dengan ketentuan Fuzzy Logic Mamdani.

Radar is a tool that functions to determine the whereabouts of objects in the surroundings. A military defense system requires a system for monitoring and handling certain areas (land, sea, air) effectively and efficiently to prevent unwanted presence from entering private areas. This design is expected to increase the defense system's capabilities to make it easier to automatically track and destroy enemies. The laser gun is an actuator that is integrated to shoot enemies detected by radar. The servo motor drives the ultrasonic sensor and the diode laser which moves from 00 to 1800, the ultrasonic sensor is integrated into the servo motor which functions to detect objects by reflecting ultrasonic waves on the object and receiving them back when the waves hit the object, then the 5V diode laser is used as a weapon. will emit a laser beam when directed at an object detected by the servo motor. Processing3 software is used as a graphic programming tool that can display object detection read by the ultrasonic sensor. The results of this research are that the ultrasonic sensor is capable of detecting objects in the range 0-40cm and the servo motor is capable of reaching angles from 00 to 1800. And this system can work effectively during shooting so that it can meet defense needs in dealing with enemies and can work quickly and precisely.    

The global community is increasingly focusing on conservation. To combat pollution andresource wastage, modern technologies, like automation and AI are widely employed in environmentalprotection tools. This study delves into the utilization and advancement of automation and AI inenvironmental protection tools examining their real world applications across sectors like wastewatertreatment, air pollution control, solid waste management, metallurgy and energy supervision. Furthermoreit investigates the fusion of automation and artificial intelligence in the development of environmentalprotection tools. The study also addresses aspects such as data collection, performance monitoring,sustainable growth, prevailing challenges and future trends. Through an analysis it underscores thepotential of automation and artificial intelligence in enhancing environmental protection tools effectivenesstowards achieving sustainable conservation goals. Lastly recommendations for research are proposed todrive innovation and enhancement of environmental protection technology. This study aims to offerinsights and guidance for both research endeavors and practical applications, within the realm ofenvironmental protection technology.

The partner in this PkM activity is the Api-Api village government, Wonokerto, Pekalongan district, this village is one of the villages that has several MSME groups or women entrepreneurs. The MSME aims to be a forum for innovation for women entrepreneurs to develop themselves as strong entrepreneurs. Based on a situation analysis of the main problems currently faced by partners in the marketing aspect and business management aspect. Marketing aspects include low competitiveness and business performance due to lack of innovation, weak branding, weak positioning and not optimal use of the internet in marketing. Meanwhile, aspects of business management include business management that is not yet professional, not having a business permit/PIRT and halal certification, conventional financial reporting. Based on these problems, through this activity, several solutions will be provided, especially product packaging problems so that they can attract consumers, namely strategies for preparing content, images, sentences and things that may or may not be included in the packaging regarding their impact on marketing. The method of implementing activities uses a participatory approach through training activities, with measurable achievement targets. Through this training activity, participants understand the material and are expected to implement the training results. As a monitoring aspect, the PkM team visits partners to see the implementation of the training provided.

Islamic banking in Indonesia has experienced significant growth in recent years, driven by the increasing demand for financial services that comply with Sharia principles and laws. The role of the Sharia Supervisory Board (SSB) is crucial in monitoring and evaluating the compliance of Islamic banks with Sharia principles. This study aims to analyze the effectiveness of Sharia supervision by the SSB in ensuring the operational compliance of Islamic banks with Sharia principles. The research method used is a literature study, collecting and analyzing data from various written sources such as books, journals, and related documents. The findings of the study indicate that the effectiveness of SSB supervision is influenced by the qualifications and understanding of SSB members on fiqh muamalat and modern Islamic finance. Additionally, the SSB plays a role in ensuring that the products and services offered by Islamic banks adhere to Sharia principles through the evaluation of contract structures, transaction mechanisms, fund usage, and profit distribution mechanisms. With effective supervision from the SSB, it is expected that Islamic banking can continue to grow and gain public trust. This research contributes to the development of knowledge and practice in the field of Islamic banking.

From this study, the automatic electric oil heater can be used to adjust the temperature value and the automatic electric heater will be able to turn off automatically according to the setpoint temperature value determined through a smartphone device or IoT program. Monitoring can also be done with the app, as well as being able to view temperature values directly through the LCD. This tool is in the form of an electric heater that will be used to heat ship fuel automatically and is more practical and efficient. It is also easier to maintain than a boiler on a ship. The design of this tool is based on accurate calculation of temperature values, with which the process of heating up fuel becomes faster. From the results of this study, a heat sensor that can read the temperature value and the buzzer will sound and the device will automatically turn off if the temperature has reached a specified setpoint. This research was carried out when the ship was about to make a departure to find out the temperature in the heating of the fuel on the ship. Testing Design of an automatic electric oil heater as a replacement for IoT-based thermal oil boiler on this bulk carrier ship, it can be known the disadvantages and advantages of this tool, testing can be done by putting oil into the electric heater, then in a short time the oil will heat up quickly, and the tool will be able to turn off automatically and the buzzer will immediately turn on when the heat has reached the specified temperature. In the temperature setting, it can be set in a smartphone or an app that can adjust the temperature and turn off the appliance from a considerable distance. However, the application must use the internet network and cannot be accessed locally, the use of IoT requires devices and smartphones to be connected to the internet.