Journal Informatics Nivedita

Rancang Bangun Sistem Penjualan dan Inventaris Toko Bangunan XYZ Berbasis Laravel 11 Dan Tailwind CSS Dengan Flowbite

2025-07-03T02:44:14+08:00

The sales and inventory management system at XYZ Building Store often faces numerous problems stemming from manual methods, such as errors in documentation, slow stock report production, and transaction inefficiencies. The waterfall model is best suited for system development in small to medium projects, especially when system requirements are defined from the beginning. Needs evaluation, system design, system development, system feasibility assessment, and system maintanance are elements of the waterfall model. This research intends to create a web-based sales and inventory management platform for the XYZ building store by employing Laravel 11 and Tailwind CSS frameworks, along with the Flowbite template. The Laravel and Tailwind CSS frameworks were chosen for their capability to ease website development and create a sleek, contemporary, and responsive site. The study's results demonstrate that the created system has successfully met user needs and incorporates a modern and flexible design. The results from assessing the system developed through the Black Box Testing method, comprising 6 modules and 12 scenarios, demonstrate a 100% validity rate, which implies that the system functions efficiently and is appropriate for general application.

Evaluasi Risiko Implementasi Chatbot AI Pada Mobile Banking Bank XYZ Dengan Metode Octave Allegro

2025-07-05T04:09:52+08:00

The chatbot AI SALMAH is implemented in the Mobile Banking service of Bank XYZ Pekanbaru Branch to improve customer service based on Islamic banking principles. The system aims to provide instant, accurate, and syariah-compliant assistance to customers. However, several risks are associated with this AI integration, including data security, regulatory compliance, and user adoption challenges. This study aims to identify potential threats, evaluate risks, and analyze their impact on banking operations using the High-level IT Risk Assessment framework supported by concepts from OCTAVE Allegro. The assessment revealed five key risk factors: syariah regulatory compliance, data security, customer adoption, industry competition, and rapid technological change. Mitigation strategies include strengthening data protection, customer education, system updates, and continuous monitoring. The highest risk was related to data security breaches and inaccurate chatbot responses. This research provides valuable insights for managing IT risks in syariah-based digital banking services and guides further improvements in AI implementation. Future studies may focus on comprehensive mitigation measures and effectiveness monitoring.

Evaluasi Tata Kelola TI Sistem Informasi Kepegawaian (SIMPEG) Pada Instansi XYZ Menggunakan COBIT 2019

2025-07-05T04:04:17+08:00

This study discusses the evaluation of the governance of the Personnel Information System (SIMPEG) in XYZ Agencies using the COBIT 2019 approach, focusing on the MEA03 and MEA04 domains. The main purpose of this study is to assess the extent to which the personnel system is in accordance with the applicable information technology governance principles and identify aspects that still need improvement. The approach used is a mixed method through the distribution of questionnaires and interviews to employees who play a direct role in the management and supervision of the system. The assessment was carried out based on the 2019 COBIT capability level model and was strengthened by responsibility mapping using the RACI Chart. The results showed that the MEA03 domain was at a level 3 capability level (Established), while the MEA04 domain had reached level 4 (Predictable). Some weaknesses were found in the aspects of documentation, consistency of implementation, and coordination between units that were not fully optimal. In addition, the involvement of leaders still needs to be strengthened so that the evaluation and supervision process runs more effectively. Based on these findings, this study recommends improving governance policies, routine training, and strengthening the capacity of human resources as sustainable steps to improve the effectiveness and efficiency of IT governance systems in local government environments.

Perbandingan Laravel Seeder dan Faker Untuk Otomatisasi Data Uji Pada Aplikasi Perpustakaan

2025-10-30T04:49:28+08:00

Software testing processes often encounter challenges in preparing realistic, consistent, and efficient test data. This study aims to analyze the implementation of Laravel Seeder and Faker as automated mechanisms for generating test data during the testing phase of Laravel-based web applications, specifically using a simple library system as a case study. The main objective is to evaluate the effectiveness of these two methods in supporting application testing, focusing on time efficiency and the representativeness of generated data under real-world conditions. Experiments were conducted on three main entities—User, Category, and Books—across three dataset scales: small (10 records), medium (100 records), and large (1000 records). The results show that the manual seeder achieved faster execution times (2.17s to 222.58s for 10–1000 records), while the Faker seeder required slightly longer times (2.03s to 253.43s) due to randomized data generation. However, Faker produced more diverse and realistic datasets, making it better suited for stress testing and performance evaluation scenarios. This study concludes that the manual seeder is more appropriate for application logic validation and integration testing, whereas the Faker seeder is more effective for user behavior simulation and large-scale load testing. A hybrid approach combining both methods is recommended to balance efficiency and realism in the test data generation process for Laravel-based software testing.

Perancangan dan Implementasi Website Pemesanan Makanan FOODHUB Berbasis Web

2025-07-03T02:43:18+08:00

The development of digital technology today has driven significant changes in people's consumption patterns, including in the food and beverage industry. However, many Micro, Small, and Medium Enterprises in the culinary sector still rely on traditional methods or social media that are not designed for commercial transactions, resulting in various problems that occur, such as in recording and managing orders. This study aims to design and implement FoodHub, a website-based food ordering site that is intended to help digitize the culinary Micro, Small, and Medium Enterprise business process. The system was developed using the prototyping method, with PHP Native, MySQL technology, as well as HTML, CSS, and JavaScript on the user interface. The main features include category pages, product pages, product detail pages, and others. Based on the results of system testing using the BlackBox Testing method, 100% valid results were obtained. Referring to these results, the system is running according to user needs and is declared feasible to be operated by Micro, Small, and Medium Enterprises effectively and efficiently.

Pengembangan Web Perpustakaan Digital Berbasis PHP dan Bootstrap Untuk Meningkatkan Akses Informasi Koleksi Buku

2025-07-05T04:13:17+08:00

This research is designed to build a web-based digital library system by utilizing the PHP programming language, Bootstrap framework, and MySQL database. This system is developed as a solution for small to medium educational institutions in providing organized, efficient, and easily accessible library services. The methodology used is Research and Development (R&D) with a Waterfall model approach, which contains the stages of needs analysis, design, implementation, testing, and evaluation. System features include book data management, student information, loan transactions, and keyword-based searches. This test uses the black box testing method and shows full validation results for all features. The results of the study show that the system runs as expected and has a responsive and easy-to-use interface. This system is expected to support the library digitization process and increase access to book information optimally.

Rancang Bangun Website Perpustakaan Digital Bagi Mahasiswa Dengan Fitur Peminjaman Online dan Reservasi Buku Otomatis

2025-07-05T04:14:42+08:00

The digital transformation of library services plays a crucial role in improving the accessibility and efficiency of academic information systems. This study aims to design and develop a web-based digital library system equipped with online book lending and automatic reservation features. The system was developed using the Waterfall model, which consists of requirement analysis, system design, software development, testing, and evaluation. Technologies used include PHP, HTML, CSS, JavaScript, and MySQL as the database. The test results indicate that all system features work effectively and receive positive responses from users, especially in terms of accessibility, service speed, and interface usability. The system enables users to access the book catalog online, borrow books without physically visiting the library, and automatically reserve books when the desired book is unavailable. The implementation of this system has been proven to reduce queues, minimize manual errors, and improve the efficiency of library services. This study contributes to digital library transformation and can serve as a reference for similar system development in educational institutions.

Perancangan dan Implementasi Sistem Informasi Berbasis Web untuk Usaha Coffee Shop Menggunakan Teknologi PHP, CSS, dan Bootstrap

2025-10-28T23:12:01+08:00

The advancement of digital technology has encouraged business actors, including the coffee shop sector, to adapt through the implementation of web-based systems. However, many coffee shops still face challenges in ordering processes, product data management, and transaction recording, which are often done manually, thereby reducing operational efficiency. This study aims to design and implement a web-based information system that facilitates product ordering, inventory management, and digital transaction recording. The system was developed using PHP as the backend programming language, along with CSS and Bootstrap for a responsive user interface. The development method used is the System Development Life Cycle (SDLC) with the Waterfall model, which includes the stages of requirement analysis, design, implementation, and testing. Testing was conducted using the black-box method to ensure that each feature functions properly. The test results showed a validation rate of 100%, indicating that the system operates optimally and is ready for use. Therefore, this information system is expected to help coffee shops manage their business activities more efficiently, accurately, and systematically.

Sistem Informasi Absensi dan Penjadwalan Kegiatan Organisasi Berbasis Web Menggunakan Metode Agile: Studi Kasus Himasi UIN Suska Riau

2025-11-07T08:29:40+08:00

Attendance is a record of individual attendance in an organization, while activity scheduling plays an important role in managing activities. The Information Systems Study Program at the Faculty of Science and Technology of the Campus located in Riau Province has a student organization called the Information Systems Student Association (HIMASI) which functions as a forum for academic development, interests, and competencies of students in the Information Systems Study Program through the implementation of activities that support the improvement of technical skills, soft skills, and professionalism in the field of information technology. Based on observations and interviews conducted, obstacles were found in attendance and activity scheduling in the organization. Both processes are still carried out manually, causing irregularities, delays, and recording errors. The purpose of this study is to create a web-based attendance and activity scheduling information system using the Agile approach to improve the accuracy, transparency, and efficiency of organizational management. The tools used include UML modelling, Visual Studio Code editor, PHP–MySQL as a web development technology, and Black Box Testing as a functional testing tool. The system developed includes digital attendance, centralized scheduling, member data management, and automatic notifications. Testing results show that the six main modules are Login, Dashboard, HIMASI Data, Member Data, Reports, and Logout. The success rate is. The tools used include UML modelling, Visual Studio Code editor, PHP–MySQL as web development technology, and Black Box Testing as a functional testing tool. The system developed includes digital attendance, centralized scheduling, member data management, and automatic notifications. The test results show that there are six main modules: Login, Dashboard, HIMASI Data, Member Data, Reports, and Logout. The success rate is calculated from the number of successful modules (6 modules) divided by the number of modules tested (6 modules), then multiplied by 100%, so that the testing success rate reaches 100% with no errors found. User responses also show an increase in the ease of online attendance, access to information, and real-time activity reminders. This study proves that the Agile method is effective in overcoming manual system problems and producing a structured, efficient, and easily developed platform to support organizational governance. This study is useful in improving the efficiency of attendance management and organizational scheduling, as well as providing a basis for developing a more integrated system. Further research is recommended to add mobile features, app-based notification integration, and large-scale testing to make the system more adaptive and sustainable.