Abstract: The vulnerability of biometric systems to external attacks using a physical artefact in order to impersonate the legitimate user has become a major concern over the last decade. Such a threat, commonly known as 'spoofing', poses a serious risk to the integrity of biometric systems. The usual low-complexity and low-cost characteristics of these attacks make them accessible to the general public, rendering each user a potential intruder. The present study addresses the spoofing issue analysing the feasibility to perform low-cost attacks with self-manufactured three-dimensional (3D) printed models to 2.5D and 3D face recognition systems. A new database with 2D, 2.5D and 3D real and fake data from 26 subjects was acquired for the experiments. Results showed the high vulnerability of the three tested systems, including a commercial solution, to the attacks.
A further study addresses the spoofing issue by analyzing the feasibility of low-cost attacks with selfmanufactured three-dimensional printed models to 2D (photo attacks), 2.5D (video attacks) and 3D (mask attacks) face recognition systems REF .
Three-dimensional and two-and-a-half-dimensional face recognition spoofing using three-dimensional printed models
IET Biom.
IET Biom.
Computer Science