The authors propose multifunctional mobile biometrics based on combined static and dynamic characteristics of a person. MULTIFUNCTIONAL MOBILE BIOMETRICS USING HUMAN FINGERPRINTġ, 2 Penza State University, Penza, Russia T5-AirSnap constitutes an innovative, high-quality and software-driven scanning functionality for the capture of biometrics, it is fully interoperable and can be easily integrated into existing infrastructure or ecosystems.Īs a deployment package, T5-AirSnap technology is highly efficient and very light.
Moreover, its contactless mode of operation renders the process of capturing biometric data safe, a critical requirement during and after the pandemic, and thus can be successfully applied in a wide range of use cases both in the Government and Enterprise sectors. T5-AirSnap eliminates the need for capture technology through purpose-built devices or dedicated scanners, making biometric capture functionality easily available on a ubiquitous platform like a smartphone.
To be suitable for use with legacy datasets the technology ensures compliance with the applicable standards and customer requirements. The process ensures that the data is taken from a real person and that the image(s) are of acceptable quality and suitable for further processing.
#Mobile fingerprint capture registration#
This latest innovation by TECH5 allows for accurate biometric acquisition by using the built-in camera of a smartphone, checking and enhancing the quality of the captured images, run a liveness check, and then package and send the data for verification or registration within seconds. TECH5 introduces T5-AirSnap – a fully contactless biometric capture technology powered by AI and deep learning for face and fingerprint biometric modalities. Accelerated by the COVID-19 pandemic, the benefits of contactless biometric technologies have become not only very obvious but in many instances a requirement.
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