Biolock : fingerprint and pin lock access control and attendance logging in it laboratory 2 / Kyla Mae O. Baldago, [and 3 others].

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Dissertation note: Undergraduate Theses (BSIT) - Information Technology. Camarines Sur Polytechnic Colleges, 2024. Abstract: The Biolock system was developed in order to cope up with the growing need for mod-ern security solutions in educational institutions, particularly IT Laboratory 2, the current door lock system used in IT Laboratory 2 are outdated and inefficient when it comes to attendance logging and it posed significant challenges. These problems pertains to the vul-nerability of manual systems to unauthorized access and inaccuracy in attendance tracking, leading to security risks. The project aims to integrate fingerprint recognition and PIN-based access control to enhance security and automate attendance logging, reducing error and improving accuracy. The Biolock system was tested using black box testing. Functional testing results revealed an average score of 0.46 (Functional But Needs Improvements), usability testing scored 0.43 (Usable), and security testing achieved an average of 0.49 (Needs Security Improvements), indicating that while the system is operational, there are opportunities for enhancement in security and user experience. Despite these limitations, the results show that Biolock improves access control, ensures accurate attendance track-ing, and improves attendance system in IT Laboratory 2. In conclusion, the Biolock system provides a certain step toward modernizing campus security and attendance management, demonstrating the potential for further refinements to maximize its performance and relia-bility.
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Undergraduate Theses (BSIT) - Information Technology. Camarines Sur Polytechnic Colleges, 2024.

Includes bibliographical references.

The Biolock system was developed in order to cope up with the growing need for mod-ern security solutions in educational institutions, particularly IT Laboratory 2, the current door lock system used in IT Laboratory 2 are outdated and inefficient when it comes to attendance logging and it posed significant challenges. These problems pertains to the vul-nerability of manual systems to unauthorized access and inaccuracy in attendance tracking, leading to security risks. The project aims to integrate fingerprint recognition and PIN-based access control to enhance security and automate attendance logging, reducing error and improving accuracy. The Biolock system was tested using black box testing. Functional testing results revealed an average score of 0.46 (Functional But Needs Improvements), usability testing scored 0.43 (Usable), and security testing achieved an average of 0.49 (Needs Security Improvements), indicating that while the system is operational, there are opportunities for enhancement in security and user experience. Despite these limitations, the results show that Biolock improves access control, ensures accurate attendance track-ing, and improves attendance system in IT Laboratory 2. In conclusion, the Biolock system provides a certain step toward modernizing campus security and attendance management, demonstrating the potential for further refinements to maximize its performance and relia-bility.

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