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The system for receiving police reports at the Semendawai Tribe III Police is currently still done manually by typing them in Microsoft Word which are then printed and stored in hard copy in the criminal investigation room. Storing files in hard copy form results in files piling up, being scattered, being tucked away, as well as the potential for losing files or having difficulty finding files when they are needed again. Apart from that, police report files in softcopy form are sometimes accidentally deleted, not copied, and immediately overwritten with a new police report, resulting in data loss that cannot be recovered. Therefore, this research aims to design electronic monitoring of police reports using a prototype method that allows gradual development of the system based on input from users. The electronic monitoring design was carried out in several stages, starting with the creation of a report recording module, followed by a combination of report status monitoring features, and ending with the implementation of automatic backup. Each stage is tested and evaluated separately to ensure optimal quality and usability. The research results show that this system is able to increase the efficiency of report management, can minimize the risk of data loss, and makes it easier for Sector Police personnel to monitor the progress of reports. With automatic backup, report data is stored safely and can be accessed at any time. It is hoped that this research can be an innovative solution for Sector Police in digitalizing administrative processes, as well as providing a basis for further development in the future.

In the digital age, e-commerce startups are racing to achieve success. However, behind sophisticated technology, the key to success lies in understanding and meeting customer needs. Value Proposition Design (VPD) emerges as an effective strategy for designing customer-centric business models. This study aims to examine the role of VPD in building successful e-commerce startup business models in the digital era. Using a qualitative approach and case studies, this research analyzes the experiences and strategies of several successful e-commerce startups in Indonesia that have implemented VPD. The findings indicate that VPD helps startups identify customer needs, design relevant value propositions, and build sustainable competitive advantages. Moreover, the study reveals the challenges and opportunities faced in implementing VPD in a constantly evolving environment. In conclusion, VPD is a crucial strategy that can enhance the competitiveness of e-commerce startups in the digital age. This research provides recommendations for entrepreneurs to understand and consistently implement VPD.

This study explores the implementation of Task-Based Language Learning (TBLL) in developing an Android-based application to enhance English language proficiency. TBLL was chosen for its focus on real-world language usage, enabling users to practice English skills through practical tasks. The application is developed using the Flutter framework, which supports cross-platform functionality, providing ease of access for users. The study measures the improvement in English language proficiency without relying on surveys for data collection; instead, it uses performance data from users' in-app activities. The findings are expected to demonstrate that integrating TBLL into a digital platform can effectively enhance English proficiency, especially in practical communication skills. This Android-based application implementation is envisioned as an innovative solution for flexible and efficient language learning.

Security of electronic medical records (EMR) data is very important in maintaining the confidentiality, integrity, and availability of sensitive patient information. This study aims to conduct a security analysis of the EMR application used at UPTD RSD Besemah Pagar Alam City using the Penetration Testing method. This method is carried out to identify, exploit, and provide solutions to potential vulnerabilities in the EMR application system. Penetration Testing is carried out through several stages, namely information collection, scanning, exploitation, and post-exploitation, using tools such as Nmap, and OWASP ZAP. The results of the study showed several vulnerabilities in the application, including SQL Injection, Cross-Site Scripting (XSS), and weaknesses in authentication management that could allow unauthorized access to patient data. In addition, exposure to sensitive data that was not properly protected was also found. Based on the results of this test, several recommendations were made to improve system security, such as updating security patches, implementing encryption on all sensitive data. By implementing the recommended mitigation steps, the security of the EMR system at UPTD RSD Besemah is expected to be significantly improved, so that the risk of data leakage can be minimized. This research provides a real contribution in strengthening the security of electronic medical record applications. and is expected to be a reference in improving security systems in other health care institutions.    

This study seeks to create a system for monitoring the environment using the Internet of Things. It aims to help farmers manage their rice fields in a way that is both effective and sustainable. The system will provide farmers with real-time data on soil moisture, air temperature, and rainfall, allowing them to make informed decisions. Sensors will collect this information, which will be analyzed and presented simply through a web or mobile app. Early simulations suggest that this system could boost crop yields by as much as 15% and cut water use and costs by 20%. These findings point to the IoT monitoring system as a practical means to enhance rice farming's efficiency and productivity. Yet, there are hurdles. Issues like poor network infrastructure, high costs of implementation, and the farmers' ability to adapt to this technology need to be overcome for the system to work properly. This study aspires to make a real difference in promoting sustainable farming practices while paving the way for more advanced IoT solutions in the future.

An Internet of Things (IoT)-based logistics monitoring system is an innovation designed to enhance efficiency, transparency, and speed in supply chain management. The implementation of IoT in logistics provides an ideal solution for real-time monitoring of goods, which was previously difficult with conventional methods. This system integrates IoT sensors such as GPS for location tracking, along with temperature and humidity sensors to monitor goods requiring special attention, such as food and pharmaceuticals. By automating processes through IoT technology, goods distribution becomes faster, reducing reliance on manual controls, speeding up decision-making, and minimising human error. This system enables companies to monitor the condition and location of goods in real-time, offering high visibility into the logistics status. With comprehensive monitoring, companies can proactively address issues and ensure goods remain in optimal condition throughout the shipping process. An IoT-based logistics monitoring system has the potential to enhance a company’s competitiveness through efficiency and accuracy in supply chain management. When effectively implemented, IoT technology can not only improve service quality and customer satisfaction but also strengthen a company’s position in an increasingly competitive market.