Algorithmic Approach to Secure Two-Factor Authentication Using Time-Based One-Time Passwords in Desktop Environments

Abstract

Time-Based One-Time Password (TOTP) systems are frequently utilized in modern security protocols in addition to two-factor authentication (2FA) because of their simplicity and strong security measures. Although many TOTP options target mobile devices, there is a noteworthy demand for solutions tailored to desktops systems because of factors such as user preferences, improved security measures, disaster recovery, and convenience for desktop-oriented tasks. This article presents a sophisticated algorithmic method for handling TOTP on desktop environments, meeting these requirements while upholding strict security and user friendliness criteria. The suggested method may guarantee the safe and easy creation of TOTP through the incorporation of complex algorithms and techniques, offering adaptability and strong disaster recovery measures. This approach boosts the connection with desktop security protocols, enhances usability for users without mobile devices, and simplifies the authentication process for those who mainly use desktop systems or laptop setups.