The continuous advancement of information technology is driving businesses to continually improve the quality of their services, including in the laundry service industry. Fresh Clean Laundry still faces several challenges in its manual data management processes, such as difficulties in recording transactions, searching for customer data, managing payments, and generating reports. This study aims to develop a PHP Native-based laundry service management website that can help improve service effectiveness and efficiency. The system development method used is the Waterfall model of the Software Development Life Cycle (SDLC), which consists of the requirements analysis, system design, development, testing, and maintenance stages. The system was built using the PHP Native programming language. System testing employed the Black Box Testing method across 5 modules with 12 scenarios. Based on the test results, all features achieved a valid status with a 100% success rate, indicating that the system is ready for use. The research findings indicate that the developed website is capable of supporting the integrated management of customer data, laundry transactions, payments, and services. System testing conducted on each key feature shows that all functions are operating in accordance with the specified requirements. With this system in place, data management processes have become faster, more accurate, and better organized, thereby improving the quality of service at Fresh Clean Laundry.
Komang Sri Widiasih, Ni Putu Yulinda Apsari, Putu Dian Apti Artanti et al.· Journal Informatics Nivedita· 0 citations
Campus physical bulletin boards have gradually diminished in their effectiveness due to limited information dissemination, lengthy manual updates, and a lack of a structured way to archive content. This research details the creation of a digital bulletin board website for campuses, which utilizes PHP Native and MySQL, and consists of four main operational modules: an admin login system safeguarded against brute-force attacks, a public interface that features automatic filtering for outdated content and protection against SQL Injection, a content management module for administrators that includes upload checks and management of publication dates, and a super-admin data management module that reinforces access control based on user roles. The development of the system adhered to the Waterfall methodology. Black Box Testing was conducted across 23 scenarios spanning all modules by using the Equivalence Partitioning method, resulting in a complete success rate (all 23 scenarios were successful). These findings confirm that PHP Native serves as a robust and secure platform for constructing a multi-tiered digital information system for campuses.
I. Aditia, Desta Erlangga Ramadhani, I. W. Sanjaya· Journal Informatics Nivedita· 0 citations
We use cookies to run the site and, with your consent, for analytics and to show ads.
See our Cookie Policy.