nas laboratory multi-factor access device with fingerprint and rfid technology Bongala, Edlay Rey N. creator author. Braga, Kisha Jamila P. author. Dela Cruz, Rochelle N. author. Martinez, Julienne V. author. Llagas, Josefina H. adviser. Manlapaz, Shiela Dona S. chair, panelist. Velasco, Kezia Abegail T. panelist. Sanglay, Vencel Angelo R. panelist. text bibliography ph 2024 monographic eng

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172 leaves. The NAS Laboratory at CSPC faced security issues due to reliance on traditional man-ual locks, leading to unwanted access and ineffective tracking of laboratory utilization. This study developed an innovative auto-lock system with multi-factor authentication for faculty, combining fingerprint recognition and RFID card technology, while students used RFID cards only. The proposed solution improves security, access control, and attendance tracking through dual-factor authentication, utilizing surveys and interviews for data col-lection and continuous improvement. System validation used black-box testing, including system Testing with an overall Functionality rating of 1.00 Completely Functional, ac-ceptance Testing with 1.00, and scalability testing with a 0.92 average. These ensured functionality, user satisfaction, and performance under increasing demands. The project effectively addressed NAS Laboratory security issues by developing and testing an auto-lock system with multi-factor authentication. Using RFID and fingerprint recognition, the system improved security, minimized human error, and expedited authentication. Black-box testing confirmed it met functional and non-functional requirements-enhancements, ensuring security and usability. Overall, the Auto-Lock system provided a reliable, effi-cient, and accessible solution, significantly improving NAS Laboratory security. Edlan Rey N. Bongala, [and 3 others]. Undergraduate Theses (BSIT) - Information Technology. Camarines Sur Polytechnic Colleges, 2024. Includes bibliographical references. CSPC 250910 20250910104147.0 eng