Authors :
M UDAY KUMAR; K VAMSI KRISHNA; TS ABHIRAM; NV RAVINDHAR
Volume/Issue :
Volume 7 - 2022, Issue 12 - December
Google Scholar :
https://bit.ly/3IIfn9N
Scribd :
https://bit.ly/3XyfVa3
DOI :
https://doi.org/10.5281/zenodo.7542581
Abstract :
Personal identification numbers (PINs) are
frequently used to verify the identity of a user and for
other security purposes. It is possible to crack the
password via shoulder surfing or thermal monitoring
while using PIN-based password authentication. Handsfree eye-blink PIN authentication. Instead, PIN input
techniques leave no tangible evidence of the user's
activity, making them a more secure alternative to
entering a password. PIN generation is known as eye
blinks-based authentication, in which the PIN is
generated by finding the eye blinks in successive picture
frames. This project presents a real-time application that
integrates eye blink-based PIN input, face recognition,
and OTP to avoid attacks by shoulder surfing and
thermal tracking (One Time Password).
Keywords :
PIN, Shoulder Surfing, Thermal Tracking, Authorization.
Personal identification numbers (PINs) are
frequently used to verify the identity of a user and for
other security purposes. It is possible to crack the
password via shoulder surfing or thermal monitoring
while using PIN-based password authentication. Handsfree eye-blink PIN authentication. Instead, PIN input
techniques leave no tangible evidence of the user's
activity, making them a more secure alternative to
entering a password. PIN generation is known as eye
blinks-based authentication, in which the PIN is
generated by finding the eye blinks in successive picture
frames. This project presents a real-time application that
integrates eye blink-based PIN input, face recognition,
and OTP to avoid attacks by shoulder surfing and
thermal tracking (One Time Password).
Keywords :
PIN, Shoulder Surfing, Thermal Tracking, Authorization.
