International Research Journal of Education and Technology

In today's fast-paced technological landscape, the proliferation of digital data and sensitive information has become unprecedented. However, existing digital storage solutions often fall short in terms of security and accessibility. Addressing this challenge, this project introduces an innovative hardware-based password authenticator system that combines robust security measures with user-friendly accessibility. The primary objective is to develop a secure and intuitive digital locker system capable of efficiently storing and managing digital documents. The project aims to bridge the gap in current technology by offering a solution that prioritizes both security and convenience. To achieve this, advanced hardware components and encryption techniques are utilized. The methodology involves the design and implementation of a specialized hardware device equipped with cutting-edge encryption algorithms to ensure the confidentiality and integrity of stored documents. Through extensive research and experimentation, the project demonstrates that the advanced hardware-based password authenticator system effectively addresses the security and accessibility challenges prevalent in existing digital storage solutions. The system not only provides secure storage but also offers easy access and streamlined management of digital documents. The utilization of hardware encryption and biometric authentication significantly enhances document security, as evidenced by the findings. The discussion delves into the implications of these results, highlighting the potential of the system to revolutionize digital document management practices. In conclusion, the advanced hardware-based password authenticator system represents a promising solution to meet the evolving demands of secure digital document storage and management. Keywords— digital document, password authenticator, security, biometric, encryption