Screen-peeking exploits through optical emanation reflections have shown that adversaries can spy on LCD screens using everyday reflective objects. Prior studies utilized telescopes and advanced imaging techniques to address challenges like motion blur. The current approach focuses on using victims' webcams during video conferences for a more direct attack method, necessitating different imaging enhancements due to image distortion. Additionally, the research examines modern attack vectors, such as eyeglasses, to uncover vulnerabilities in video conferencing technologies and their potential for screen content reconstruction.
Screen-peeking with cameras through optical emanation reflections has been explored, revealing that adversaries can spy on victims' screen contents using common reflective objects.
Our work differs from previous explorations by utilizing victims' webcams during video conferences, highlighting different imaging techniques due to various image distortions.
The use of glasses as a modern attack vector provides a viable means for adversaries to exploit video conferencing setups, magnifying susceptibility to screen-peeking.
Innovations in exploitation methods underscore the need for enhanced security measures against modern surveillance techniques that utilize reflective surfaces and personal devices.
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