Research and development of a twofactors face authentication system using an invisible F-QR code on ID card by 1064 nm laser and AI camera

Authors

  • Quoc Tuan Banh*, Hoang Dat Luu, Hai Long Ngo, Khac Thien Cao, Viet Hoang Do, Van Binh Le
  • Hong Minh Le

Keywords:

AI camera, face-ID, fiber laser, ID card, QR code

Abstract

The face authentication system using two security factors: an invisible F-QR (face QR) code printed on an ID card and face recognition using AI camera is presented in this paper. F-QR codes with facial features are generated by a chain processing of face detection, face property extraction and QR code generation. The F-QR code is printed on a plastic ID card using a 1064 nm fiber laser. The ID card is made of special materials, including a layer of filter material that allows the 1064 nm laser to pass through while blocking visible lights so
that the printed F-QR code on the card is invisible to the human eye or conventional QR code readers. Face authentication is implemented using a dedicated invisible F-QR code reader combined with an AI camera to decide the Cosine similarity between two face feature vectors to make an accurate decision for the authentication.

DOI:

https://doi.org/10.31276/VJST.64(10DB).33-37

Classification number

2.2

Author Biographies

Quoc Tuan Banh*, Hoang Dat Luu, Hai Long Ngo, Khac Thien Cao, Viet Hoang Do, Van Binh Le

Laboratory for Fiber Laser Research Development and Application, National Center for Technological Progress

Hong Minh Le

Center for Microelectronics and Information Technology, National Center for Technological Progress

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Published

2025-06-23

Received 1 July 2022; accepted 25 July 2022

How to Cite

Banh Quoc Tuan*, Luu Hoang Dat, Ngo Hai Long, Cao Khac Thien, Do Viet Hoang, Le Van Binh, & Le Hong Minh. (2025). Research and development of a twofactors face authentication system using an invisible F-QR code on ID card by 1064 nm laser and AI camera. Version B of Vietnam Journal of Science and Technology, 64(10DB). https://doi.org/10.31276/VJST.64(10DB).33-37