International Journal of Computer Science and Information Technology

DEVELOPMENT OF A WEB-BASED REGISTRATION SYSTEM AT THE TUNJUNGSEKAR SUBDISTRICT OFFICE

2025-04-23T19:53:02+07:00

The Tunjungsekar subdistrict office regularly organizes various activities involving local participants. Currently, the registration process is conducted using Google Forms, which, while facilitating data collection, presents challenges such as duplicate registrations and difficulties in managing participant quotas. Additionally, participant data processing and activity summaries are still handled manually, reducing administrative efficiency. To address these issues, a web-based registration system was developed using PHP with the Laravel framework and a MySQL database. This system enables automatic validation to prevent duplicate registrations and allows for more effective participant quota management. Blackbox taesting shows that the system works, the system functions properly without significant bugs or errors. With this system, activity data management becomes more structured, participant records are more accurate, and administrative processes are more efficient. The implementation of this system is expected to support the digitalization of community services and enhance the community’s experience in accessing information and services more practically and systematically

DEVELOPMENT OF INFORMATION SYSTEM FOR BOARDING HOUSES

2025-04-23T19:53:53+07:00

The management of boarding houses through manual bookkeeping still faces many challenges, such as recording errors, difficulty in monitoring room availability, and inefficiencies in communication between the manager and tenants. boarding houses face these issues, which can potentially lead to conflicts due to misinformation regarding billing and room status.To address these problems, this study aims to develop a web-based boarding house management information system integrated with WhatsApp as a billing notification tool. This system is designed to reduce recording errors, improve room management efficiency, and facilitate communication between tenants and the boarding house manager.With the implementation of this system, it is expected that boarding house managers can easily access tenant data, monitor room status in real-time, and automate the billing process for tenants. The expected outcome of this system development is improved efficiency in boarding house management, increased data recording accuracy, and ease of monitoring and communication

SECURITY ANALYSIS OF COLLEGE WEBSITES USING VULNERABILITY ASSESSMENT METHOD

2025-04-23T19:51:16+07:00

Web application security, especially on college websites, is a critical aspect in maintaining data integrity and protecting users from cyber threats. This research evaluates the security of college websites using the vulnerability assessment method. By utilizing tools such as OWASP ZAP and penetration testing techniques, this research identifies weaknesses at various security layers, including vulnerabilities to Path Traversal attacks, SQL Injection, and deficiencies in the implementation of HTTP security header settings. The analysis shows that the main vulnerabilities are caused by a lack of input validation, inadequate security configuration, and the use of outdated software libraries. This research provides practical solutions such as strengthening security configurations, system updates, and implementing modern security policies to mitigate risks. These findings aim to enhance the security of college websites and create a safer online environment.

IMPROVING END-TO-END ENCRYPTION SECURITY ON HTTP USING A GREGORIAN DAN JAVANESE CALENDAR-BASED KEY GENERATOR

2025-04-23T19:57:00+07:00

This research investigates an end-to-end encryption method with a dynamic key generator based on the conversion of the Gregorian calendar to the Javanese calendar to improve the security of the Hypertext Transfer Protocol (HTTP) and Hypertext Transfer Protocol Secure (HTTPS) protocols, which remain vulnerable to attacks. The research generates unique asymmetric keys down to the millisecond level without affecting the speed of the web server. However, this method has a downside: the data size (transfer size) doubles because the ciphertext encoding still uses hexadecimal

UTILIZING RC5 ENCRYPTION TO OPTIMIZE CONTENT SECURITY IN WEB APPLICATIONS

2025-04-23T20:00:12+07:00

The rapid advancement of information and communication technology has led to an increased use of web applications, but also brought challenges in data security. The widely used HTTP protocol remains vulnerable to threats such as data theft and cyber-attacks. One solution to mitigate these issues is the use of client-side encryption methods, such as the RC5 algorithm, which provides high flexibility in encryption parameter configurations. This research analyzes the implementation of the RC5 algorithm in enhancing web application data security. A web application prototype utilizing RC5 encryption was developed and tested for encryption time, decryption time, and memory consumption. Test results indicate that the RC5 algorithm enhances data security without significantly compromising application performance. However, an increase in processing load was observed on low-specification devices. This study also highlights the importance of adjusting RC5 parameters to balance security and performance