ABSTRACT

User verification is a critical aspect of modem digital security, ensuring that only authorized users gain access to protected systems. This project presents an Efficient User Verification information system (EUVS) that combines biometric authentication, password protection, and one-time password (OTP) verification for enhanced security. The statement of the problem focuses on the traditional authentication systems that rely solely on passwords, which can be easily compromised. Security breaches caused by weak or stolen credentials necessitate a stronger and more efficient user verification information system. The project focuses on the development of an efficiency user verification information system that will be able to check verification to enhanced security. The objectives of this research are to develop a platform for a real-time efficiency user verification information system, a build a database structure used to store data., create a design module that ensures login and register wine, design a platform that maintains genuine product verification for specific product before making payment at retail points, design a platform that verify drink details, create a platform that display product protection, design a platform-that displays verified drink details, create a platform that displays records of registered wine. This research was realized through the adoption of primary and secondary sources of data collection which includes interview, observation, questionnaire, the internet and journals and the adoption of spiral model as the methodology. The system is developed using Java Programming Language, and the database will be of SQLite. Testing results indicate that the system significantly improves authentication accuracy, security, and user experience while minimizing unauthorized access attempts.