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Attendance is an essential activity in both educational institutions and companies, serving as an indicator of discipline, presence, and individual responsibility. Conventional attendance systems that still rely on manual journals often face several problems, such as vulnerability to manipulation, data loss, and physical damage. Meanwhile, modern methods such as fingerprint, QR code, RFID, and GPS are not entirely ideal since each has its own limitations in terms of cost, accuracy, user convenience, and potential misuse. For instance, fingerprint systems raise hygiene concerns due to shared use, while QR code and GPS methods are prone to fraud and location spoofing. To address these challenges, this study proposes a face-based attendance simulation system by integrating the YOLOv8 algorithm for face detection and Local Binary Pattern Histogram (LBPH) for face recognition. YOLOv8 was chosen for its ability to detect faces in real time with high speed and accuracy, while LBPH is employed for face recognition due to its robustness in handling variations in facial features and its relatively low computational requirements. This makes the system efficient even when implemented on medium-specification devices. The system was tested on 25 participants with a total of 250 attendance attempts. Based on the confusion matrix analysis, the system achieved outstanding performance with 98.4% accuracy, 98.4% precision, 100% recall, and a 99.2% F1-score. Furthermore, the system automatically recorded attendance dates and times with an average latency of 69.185 ms, proving its capability to operate quickly and reliably in real-world scenarios. Nevertheless, several limitations were observed, such as decreased accuracy when the face moved too quickly during image capture, as well as potential performance degradation under extreme lighting conditions. Despite these challenges, the proposed system demonstrates excellent performance and offers a promising solution for efficient, hygienic, and fraud-resistant attendance management applicable to both educational and professional environments.

As a team under the auspices of the BKKBN service, it has an important role in managing data such as birth data, deaths, stunted toddler data and others. However, at the end of the agency, namely cadres, they still do manual data collection, with manual recording in books. An information system is needed so that cadres are able to assist in inputting data processing data so that the data reporting process becomes faster, more efficient, smoother and will also have an impact on improving work operations. The design uses an entity relationship diagram to be able to clarify the purpose of the design made. The results of the system display are also in accordance with the design of the system display, have a logo from BKBBN because the Family Assistance Team is under the auspices of BKKBN. When the dashboard display is given a welcome greeting, to the login page. Researchers also try to apply all data structure designs, starting from the design of the profile data structure, the password change data structure, the toddler data structure, the pregnant woman data structure, the catin data structure, and the report data structure. The author produces a feasible system design that is very much in accordance with user needs, using Figma software. The design of the Family Assistance Team data recording information system in Kenali Asam Village, Kota Baru District, Jambi is feasible because it is in accordance with the needs

This community service program aims to empower UMKM Keripik Wulan 008 in Panimbang Jaya Village through a series of activities focusing on business capacity enhancement. The program was initiated to address challenges faced by the business, such as limited product innovation, lack of branding, insufficient digital marketing strategies, and suboptimal financial management. To overcome these issues, the program adopted a participatory approach consisting of several stages: field observation to identify core problems, training sessions to improve knowledge, workshops for practical application, and direct mentoring to ensure implementation. Key activities included product innovation by introducing new flavor variants and designing more attractive packaging, strengthening brand identity through the creation of professional logos and labels, and expanding marketing reach via social media and marketplace platforms. Additionally, Excel-based financial recording training was provided to simplify cash flow monitoring and basic financial reporting. The team also assisted in preparing a proposal for production equipment support to increase production capacity. Evaluation results demonstrated significant improvements in product quality, stronger brand identity, and more modern and effective marketing strategies. Overall, this program has proven to be effective in enhancing the competitiveness of UMKM Keripik Wulan 008 and is expected to serve as a sustainable empowerment model for small businesses, thereby contributing to local economic development.

This Community Partnership Program (PKM) was implemented to enhance the capacity of Micro, Small, and Medium Enterprises (MSMEs) in Balang Baru Subdistrict, Tamalate District, Makassar City, particularly in financial management. The main problems faced by local MSME actors include low financial literacy and the absence of systematic and sustainable financial recording practices, which hinder optimal business performance evaluation. Through this program, a team from Universitas Negeri Makassar designed and carried out training and mentoring activities focused on the use of digital financial recording systems that are user-friendly for MSME actors. The activities included the preparation of training materials on basic financial management, hands-on practice in preparing simple financial statements, the use of digital bookkeeping applications, and an evaluation of their implementation. The training was conducted intensively over three days using interactive and practical methods. The results showed a significant improvement in participants’ understanding and skills in managing business finances, recording transactions in an organized manner, and preparing financial reports that could be used for basic business analysis. Moreover, the program encouraged MSME actors to become more independent in making data-driven business decisions. This initiative is expected to have a long-term impact in promoting professionalism among MSMEs and serve as a replicable model for community empowerment through improved financial literacy.

Micro, Small, and Medium Enterprises (MSMEs) play an important role in supporting the national economy, yet they still face challenges, particularly in maintaining financial records and reporting in accordance with the Financial Accounting Standards for Micro, Small, and Medium Entities (SAK EMKM). Abata Galleries MSME, as the partner in this activity, previously did not have a structured financial recording system, thus requiring technology-based assistance. This training activity aims to strengthen financial literacy and bookkeeping skills through the use of the KASIU mobile application based on SAK EMKM. The methods applied included a pre-test, material presentation, hands-on practice with the application, a post-test, and an evaluative discussion. The results of the activity indicate a significant improvement in participants’ understanding of SAK EMKM as well as their skills in preparing financial reports in accordance with the standards using the KASIU application. Participants who previously had no knowledge of SAK EMKM are now able to comprehend and implement standardized financial recording. This activity also fostered behavioral changes, particularly the awareness of the importance of maintaining structured daily records, thereby supporting transparency, accountability, and business sustainability.

Mail management in higher education institutions, particularly at the Nurul Fikri Integrated Technology College (STT), is still carried out manually or conventionally. This process involves physically recording and distributing letters, which in practice often creates various obstacles. Some common obstacles include the long time required to manage letters, the risk of document loss or damage, and the high possibility of errors in letter numbering. Furthermore, the document validation process is also less effective due to the lack of a system that supports electronic signatures or digital verification of document authenticity. Based on these conditions, this study aims to design and develop a digital system that can help manage letters more efficiently and securely. This system is designed not only to speed up the administrative flow of correspondence but also to simplify the document validation process through the application of digital technology. Thus, this system is expected to reduce administrative errors, increase work efficiency, and ensure the security and validity of official documents. The method used in this study is Design Thinking, which consists of five main stages: empathize, define, ideate, prototype, and test. This approach enabled researchers to deeply understand user needs, explore various alternative solutions, and create an intuitive and user-friendly interface design for all parties involved in the administrative process. The research results showed that the designed system can accelerate the administration process for official letters and documents. The embedded superior features include digital validation and electronic signatures integrated with QR Code technology, thus providing a higher level of transparency and security in document management within the university environment.

The increase in traffic volume in urban areas often triggers various problems, especially at Road intersection points that have a high level of interaction between vehicles. One of the locations that experience these problems is the intersection with the island of traffic without signal on Jl. Tebu-Jl. Tabrani Ahmad, City Of Pontianak. This study aims to analyze the performance of the intersection in the existing condition and project its performance in the next five years (2030), as well as formulate alternative treatment that can improve the smoothness of traffic. The analysis method refers to Indonesian road capacity guidelines (PKJI) 2023 and modeling using software PTV VISSIM. The data collected include intersection geometry, traffic volume, and vehicle speed. Traffic volumes were obtained through CCTV recordings for three consecutive days, then processed and presented in the form of tables and graphs for easy interpretation. The results of the existing condition analysis showed that the degree of saturation (DS) reached 0.407 with an average delay of 9.539 seconds (Level of Service/LOS B) based on PKJI, while VISSIM simulation resulted in a delay of 12.54 seconds (LOS B). The five-year projection (2030) shows an increase in DS to 0.878 with a delay of 15.177 seconds (LOS C) from PKJI, and 23.35 seconds (LOS C) from VISSIM, which indicates a decrease in Junction performance as traffic grows. Two handling alternatives were analyzed, namely the construction of roundabouts and the implementation of traffic flow management. VISSIM simulation shows that the roundabout can reduce the delay to 14.31 seconds with a queue length of 20.34 m (LOS B), while the flow management produces a delay of 11.81 seconds with a queue of 13.14 m (LOS B). This result confirms that both alternatives are able to improve the performance of the intersection compared to the projected condition without handling, so that it can be a technical recommendation for urban traffic planning in Pontianak.

Hypertension is a non-communicable disease (NCD) with a high prevalence in Indonesia and is a major cause of serious complications, such as stroke, kidney failure, and heart disease. The high incidence of hypertension makes this disease a primary focus of NCD control efforts at the primary healthcare level. The Ulee Kareng Community Health Center has implemented a sustainable hypertension control program for the past three years with the aim of reducing the incidence of complications and improving patients' quality of life. This study aims to evaluate the implementation of the hypertension control program using a logic model framework that encompasses five aspects: input, process, output, outcome, and impact. The research method used is descriptive analytic with a mixed methods approach, combining quantitative and qualitative data to obtain a comprehensive overview of program implementation. The results indicate that the hypertension control program at the Ulee Kareng Community Health Center has had a positive impact. In terms of output and outcome, there has been an increase in patient compliance with therapy prescribed by healthcare professionals, a decrease in blood pressure in the majority of patients, and a decrease in the number of hypertension-related complications. This indicates that the program is quite effective in achieving its intended goals. However, several challenges remain. The main problems lie in the suboptimal data recording system and the suboptimal delivery of health education. To improve the program's effectiveness in the future, recommendations include strengthening the monitoring and evaluation system, increasing the capacity of health workers and cadres through training, and developing innovative media and educational strategies to make information more easily understood and applied by the public.

Electronic Medical Records (EMR) are medical records compiled and stored through an electronic system used to support the provision of healthcare services. The implementation of EMR facilitates faster, more practical, and integrated patient data recording. Electronic Medical Records (EMR) are designed to improve the efficiency, accessibility, and accuracy of patient information within healthcare institutions. This study used a qualitative descriptive approach with a case study design through interviews to assess the readiness of EMR implementation in terms of the 5M management aspects (Man, Money, Material, Machine, Method) at Muhammadiyah General Hospital, Ponorogo Regency. The study sample consisted of 27 healthcare workers selected using a purposive sampling technique. The case study design allowed researchers to capture in-depth insights from healthcare workers directly involved in EMR implementation. The results showed that from the Man element, most healthcare workers were ready to use EMR, as indicated by their comfort and skills in operating the application. In the Money element, there is a system maintenance budget and support for EMR development in the inpatient unit and the Emergency Room. The Material element indicates the availability of adequate software, while the Machine element includes computer devices, internet connections, and a stable server to support users. These technological resources ensure a user-friendly and reliable system. The final element, Method, is demonstrated by the existence of clear SOPs and workflows, enabling healthcare workers to understand and effectively follow the EMR implementation process. Overall, the findings indicate that the hospital is institutionally prepared for EMR adoption.    

Toraja woven fabric is a significant cultural heritage of the Indonesian archipelago, known for its high artistic value and immense potential as a regional leading product. Despite this, challenges remain, particularly in terms of human resource management, which tends to be relatively simple, and the limited use of digital media in marketing. To address these issues, a Community Service Program (PKM) was implemented with the goal of enhancing the human resource capacity at the UNNONI Weaving Center, as well as expanding its marketing reach through the utilization of digital media. The methods employed in the program included identifying the core problems, providing HR management training, conducting digital marketing workshops (focusing on social media and online marketplaces), mentoring, and evaluating the program’s outcomes. The HR management training emphasized improving business management, task distribution, production recording, and enhancing teamwork. The digital marketing training covered the creation of social media accounts, content creation using Canva, branding strategies, and utilizing online marketplaces for promotion. The results indicated a significant improvement in both management and marketing aspects. The HR at the weaving center began implementing more organized production records, work coordination improved, and the UNNONI social media accounts became actively used for promotional purposes. Additionally, the Shopee marketplace was utilized, allowing consumers from outside the region to purchase products. These results demonstrate the successful integration of traditional craftsmanship with modern digital tools to enhance business sustainability and reach

This study aims to analyze the implementation of Interpretation of Financial Accounting Standards (ISAK) 335 in the financial reporting of LP Ma’arif SMKS NU Pace Nganjuk as a non-profit entity. As an educational institution under a foundation, SMKS NU Pace is required to prepare financial statements that are transparent and accountable in accordance with applicable standards for non-profit entities. The research uses a descriptive qualitative approach with a case study method. Data were collected through interviews, observation, and documentation of existing financial reports. The findings indicate that the school has prepared reports such as BOS and BPOPP fund reports, as well as annual reports submitted to the foundation. However, the implementation of ISAK 335 remains basic and lacks detailed presentation. Key elements such as the classification of restricted and unrestricted net assets and disclosures in the Notes to Financial Statements (CALK) have not been fully understood or applied. The main obstacle is the limited technical understanding of ISAK 335 and the absence of specific accounting training for financial managers. It can be concluded that the implementation of ISAK 335 at LP Ma’arif SMKS NU Pace is still in its early stages and not yet optimal. Improving human resource capacity and establishing more standardized recording systems are essential.

This study addresses common problems in start-up businesses: lack of financial management and low presentation of financial statements due to limited human resources. With a conceptual qualitative research (CQR) approach, the research integrates accounting theory and business life cycle theory to design a process for presenting relevant financial statements for business actors who run individual operations. The main findings point to two things: first, the need for resources that understand finance is an inevitability that can be met through education, training, and induction observation; Second, the synthesis of accounting theory and business life cycle maps the conceptual area for the report presentation model that is tailored to the conditions of the beginner business. The proposed model covers the scope of management ranging from recording transactions on the cash mutation book, journaling to reveal the double impact of transactions, to grouping account balances on the ledger to produce relevant information. This process differs from the conventional accounting cycle in that it starts from the cashier function combined with the accounting function, thus reducing the need for separate specialists. The combination of cashier and accountant functions in one practical and relevant accounting flow for individual businesses, allows business owners to supervise their financial performance and position through simple but informative reports.

This community service activity aims to improve the library management system at SD Negeri 112 Pekanbaru through the implementation of barcode technology. The main problem faced by schools is the manual system of recording and searching for books, which causes difficulties in data collection and maintenance of book collections in the library. The method of activity implementation includes the stages of making, training, and implementing the library barcode system. The activity was carried out for one month by involving library staff and several LP3I PSDKU Pekanbaru Polytechnic lecturers who helped make barcodes and attach them to books in the library. The service process begins with a needs analysis, followed by training in making barcodes, using the barcode system, and installing a supporting device system using a cellphone to read barcodes. The results of the activity showed a significant increase in the efficiency of library book management. The implemented barcode system facilitates the process of borrowing, returning, and inventorying books. The conclusion of this service activity is the successful implementation of the barcode system in the library, which makes a positive contribution in improving the quality of school library services. The next recommendation is the development of a more comprehensive and sustainable digital system.

The management of incoming and outgoing mail at the Situbondo Technical Implementation Unit (UPT BLK) plays a crucial role in supporting the effectiveness of administrative activities. Currently, the process of recording letters is carried out manually using an agenda book, which is considered inefficient, makes searching for archives difficult, and takes a long time. These problems encourage the implementation of an information system that can facilitate faster, more structured, and more accurate processing of letter data. This study proposes the development of a computer-based information system using the waterfall method in the Software Development Life Cycle (SDLC). The data collection process is carried out through direct observation and interviews with administrative staff, so that system requirements can be clearly identified. The results of this study are an information system design with a simple, user-friendly, and easy-to-operate interface, so that employees can quickly understand the flow of use. The system developed allows the process of recording, archiving, and tracking letters to be more organized, practical, and efficient compared to previous manual methods. In addition, this system is also able to reduce the potential for human error in recording and accelerate the presentation of information when needed for administrative purposes and decision-making. Other advantages offered are easy data access and the availability of reliable, accurate, and timely information. With this system, administrative performance at the Situbondo Technical Implementation Unit (UPT BLK) is expected to significantly improve, both in terms of time efficiency, service speed, and orderliness in managing documents.

Passing is a fundamental skill that is crucial in soccer because it plays a role in maintaining ball possession, controlling tempo, and creating scoring opportunities. However, in practice, many young players still struggle to pass correctly, both in terms of foot technique, strength, and accuracy of the ball's direction. Technological advancements in the world of sports offer various learning alternatives, one of which is through video feedback. This technology allows players to review their movements, making it easier to identify technical errors and make systematic improvements. Therefore, this study was conducted to determine the effect of video feedback on improving passing skills in young players. This study used an experimental method with a one-group pretest-posttest design. The subjects were 20 SSB Merpati Cerih U-14 players selected using a total sampling technique. The research instrument was a passing skills test administered before and after treatment. The test data were analyzed using descriptive and inferential statistics to measure the difference in average passing skill scores before and after the video feedback application. The results showed a significant improvement in passing ability after players received video feedback training. Players were able to correct technical errors, such as body position, leg swing, and pass direction. Visualizing movements directly through video recordings helps players more quickly identify weaknesses and correct them in subsequent training sessions. In conclusion, the application of video feedback technology has proven effective in improving basic passing skills in SSB Merpati Cerih U-14 players. This approach makes the learning process more interactive, motivates players, and optimizes training results. The application of similar technology is highly relevant to support achievement development in youth soccer.

This research aims to develop a transaction data security system on the web-based Pancadaya Waste Bank application by applying a hybrid cryptographic algorithm that combines Advanced Encryption Standard (AES) and Rivest Shamir Adleman (RSA). The problem faced in the previous system is the weak recording and security of customer transaction data, because the process is still carried out manually so that it is prone to recording errors, loss of important information, and potential misuse of data by unauthorized parties. To answer these problems, this study uses the Rapid Application Development (RAD) method which allows the application development process to be carried out quickly, flexibly, structured, and according to user needs. The research method used was a qualitative approach with interview techniques with the management of the Pancadaya Waste Bank and the Environment Office, as well as an in-depth literature study on the application of hybrid cryptographic algorithms in modern information systems. The system is built using the PHP programming language, MySQL database, and OpenSSL library as the main support for the data encryption and decryption process. The implementation of the algorithm is carried out by encrypting transaction data using AES for efficiency and speed, then the AES key is secured through RSA to ensure a higher level of security while preventing illegal access. The test results showed that the system was able to encrypt and decrypt transaction data in real-time, as well as display transaction results in the form of digital notes on deposit and balance withdrawal activities. In addition, performance tests using GTmetrix showed that the application has excellent speed, stability, and processing efficiency, making it feasible to be widely implemented in Pancadaya Waste Bank operations.

The Unnoni Weaving Center is a community-led, small and medium-sized enterprise (SME) development center for traditional weaving. Despite its significant potential, many entrepreneurs in this center face challenges in determining appropriate product prices. They typically rely solely on intuition or follow market prices without considering all production cost components, resulting in very small profit margins and even the risk of incurring losses. In response to these challenges, this community service program was designed to improve the ability of SMEs to determine more rational, measurable, and profitable selling prices through comprehensive and applicable training in production cost calculations. The methods employed included outreach, workshops, intensive mentoring, and hands-on simulations on pricing based on real costs and reasonable margins. The program was conducted in two sessions at the Unnoni Weaving Center Hall, involving 25 local weaving entrepreneurs. The results showed significant improvement, with participants' understanding of identifying production cost components increasing by 76%, while approximately 80% successfully conducted simulations for determining selling prices, taking into account raw materials, labor, overhead costs, and profit margins. The tangible impact of this activity is seen in increased business literacy, more systematic calculation skills, and the confidence of SMEs in determining prices and negotiating with consumers and business partners. Furthermore, this activity is expected to be a starting point for the implementation of a simple financial recording system, increased operational efficiency, and the development of a branding strategy for Unnoni woven products so they can compete more professionally, sustainably, and with high competitiveness in both local and global markets.

Sangatta Central Market, one of the largest trading centers in North Sangatta, accommodates more than 750 traders and operates daily until midday, reflecting the high intensity of economic transactions in the region. Within this trading environment, Islamic business ethics play a pivotal role, particularly for Muslim traders, as they not only regulate commercial practices but also shape customer comfort and satisfaction. However, observations indicate that not all traders consistently practice ethical behaviors in line with Islamic values—for example, some neglect to maintain a friendly attitude such as smiling during interactions with buyers. This condition potentially reduces the quality of service and impacts consumer willingness to return. In response, this study seeks to analyze the influence of Islamic business ethics on consumer purchasing interest at the North Sangatta Central Market. The research adopts a quantitative approach by distributing structured questionnaires to a sample of 96 Muslim customers, complemented by direct observation and systematic data recording. The collected data were analyzed using simple linear regression to determine the extent to which the implementation of Islamic business ethics contributes to consumers’ willingness to shop. The results reveal a regression equation of Y' = 9.764 + 0.304X with a correlation coefficient (R) of 0.299. The coefficient of determination (R²) of 29.9% indicates that Islamic business ethics significantly and positively influence consumer purchasing interest. In other words, nearly one-third of the variance in customer purchasing interest can be explained by the level of ethical business practice applied by traders. This finding implies that the more traders integrate Islamic values—such as honesty, fairness, and friendly interaction—into their daily business practices, the more likely consumers are to engage in transactions and maintain loyalty to the market.

Examinations in radiology installations have increased annually, resulting in a higher risk of radiation hazards to staff, particularly in interventional, conventional X-ray, and CT-Scan environments. Furthermore, not all hospitals are equipped with radiation survey meter monitoring devices. Therefore, an innovative radiation exposure monitoring system based on the Internet of Things (IoT) was developed. This study aims to: (1) develop an IoT-based radiation exposure monitoring system, (2) evaluate the device’s performance, and (3) assess the effectiveness of the system. The research method used was research and development (R&D), which included preliminary information gathering, product planning and development, expert validation, device performance testing, effectiveness testing, and final outcomes. This system was developed for real-time radiation dose monitoring.  The product development involved a Geiger-Muller M4011, an ESP32 microcontroller, and a Node-Red web application. Performance testing of the IoT-based radiation exposure monitoring device and a standard survey meter in CT-Scan and conventional X-ray rooms used the T-Test and Mann-Whitney tests. The results showed p-values > 0.05, indicating no significant difference between the two devices. Effectiveness testing through pre-test and post-test questionnaires demonstrated improved usability—namely flexibility, operability, learnability, and understandability—with an N-Gain value of 78.95%, indicating effectiveness. In conclusion, the IoT-based radiation exposure monitoring system proved effective and feasible for real-time radiation dose monitoring in radiology installations, offering advantages in IoT-based data integration, ease of access, and structured data recording. In addition to performance testing, the system was evaluated in terms of its integration with hospital infrastructure. It was designed to provide real-time radiation dose monitoring, automatically updating the dose data and sending alerts when safe exposure levels are exceeded. The system also enables remote monitoring, making it easier for radiology departments to oversee radiation safety without the need for direct physical checks.

Lake Maninjau specialty food souvenir shop is one of the micro businesses that sells a variety of traditional regional food products. So far, the marketing process and transaction management are still done manually, which causes limited market reach, difficulty in recording sales, and lack of effectiveness in product promotion. This research aims to design a web-based marketing information system to support the sales process, promotion, and data management in a more efficient and integrated manner. The system development method uses the System Development Life Cycle (SDLC) approach of the waterfall model, which includes the planning, needs analysis, system design, implementation, and testing stages. Data collection was conducted through field observations, interviews with business owners, questionnaires to customers, and literature studies related to information systems and digital marketing strategies. The designed information system includes various main features such as product data management, sales transaction recording, automatic sales report generation, social media integration, and product promotion pages. In the marketing aspect, this system allows businesses to display product catalogs online, provide real-time promotional information, and establish direct interaction with customers through contact and ordering features. In addition, the use of this system allows stores to reach a wider market, including potential customers from outside the Lake Maninjau area, through an integrated digital marketing strategy. The implementation results show that this web-based system can increase the effectiveness of product promotion, speed up the transaction process, and improve the quality of customer service. With this system, souvenir shops can compete more competitively in the digital era, as well as strengthen brand image and customer loyalty through more structured and sustainable marketing.