본 논문에서는 암호 없는(Passwordless) 사용자 환경에서 제로 트러스트(zero trust) 기반 복합 생체 인증을 제안한다. 다양한 FIDO 2.0(Fast Identity Online) 거래 인증 플랫폼 연동을 위한 메타버스와 연계를 설계한다. 특히, 스마트 단말기의 위치정보와 지자기 센서, 가속기 센서 및 복합인증(MFA, Multi-Factor Authentication)을 위한 생체정보 등을 적용한다. 이때, 조도 및 온도/습도 등 상황인식을 바탕으로 2차 인증으로 복잡한 인증을 통해 사용자 환경에 따른 적응형 복합 인증 플랫폼을 제시한다. 그 결과 사용자 환경에 따라 지문인식과 홍채인식, 얼굴인식, 음성 등 행동 패턴으로 다양한 제로 트러스트를 기반으로 2차 사용자 인증이 가능하다. 또한 FIDO 플랫폼의 복합 통합 인증 연계 결과를 확인하고, FIDO2.0을 이용한 거래 인증 연계 플랫폼의 인증 정확도를 개선하고자 한다.
본 논문에서는 암호 없는(Passwordless) 사용자 환경에서 제로 트러스트(zero trust) 기반 복합 생체 인증을 제안한다. 다양한 FIDO 2.0(Fast Identity Online) 거래 인증 플랫폼 연동을 위한 메타버스와 연계를 설계한다. 특히, 스마트 단말기의 위치정보와 지자기 센서, 가속기 센서 및 복합인증(MFA, Multi-Factor Authentication)을 위한 생체정보 등을 적용한다. 이때, 조도 및 온도/습도 등 상황인식을 바탕으로 2차 인증으로 복잡한 인증을 통해 사용자 환경에 따른 적응형 복합 인증 플랫폼을 제시한다. 그 결과 사용자 환경에 따라 지문인식과 홍채인식, 얼굴인식, 음성 등 행동 패턴으로 다양한 제로 트러스트를 기반으로 2차 사용자 인증이 가능하다. 또한 FIDO 플랫폼의 복합 통합 인증 연계 결과를 확인하고, FIDO2.0을 이용한 거래 인증 연계 플랫폼의 인증 정확도를 개선하고자 한다.
In this paper, a zero trust-based complex biometric authentication was proposed in a passwordless environment. The linkage of FIDO 2.0 (Fast IDENTITY Online) transaction authentication platforms was designed in conjunction with metaverse. In particular, it was applied with the location information o...
In this paper, a zero trust-based complex biometric authentication was proposed in a passwordless environment. The linkage of FIDO 2.0 (Fast IDENTITY Online) transaction authentication platforms was designed in conjunction with metaverse. In particular, it was applied with the location information of a smart terminal according to a geomagnetic sensor, an accelerator sensor, and biometric information for multi-factor authentication(MFA). At this time, a FIDO transaction authentication platform was presented for adaptive complex authentication with user's environment through complex authentication with secondary authentication based on situational awareness such as illuminance and temperature/humidity. As a result, it is possible to authenticate secondary users based on zero trust with behavior patterns such as fingerprint recognition, iris recognition, face recognition, and voice according to the environment. In addition, it is intended to check the linkage result of the FIDO platform for complex integrated authentication and improve the authentication accuracy of the linkage platform for transaction authentication using FIDO2.0.
In this paper, a zero trust-based complex biometric authentication was proposed in a passwordless environment. The linkage of FIDO 2.0 (Fast IDENTITY Online) transaction authentication platforms was designed in conjunction with metaverse. In particular, it was applied with the location information of a smart terminal according to a geomagnetic sensor, an accelerator sensor, and biometric information for multi-factor authentication(MFA). At this time, a FIDO transaction authentication platform was presented for adaptive complex authentication with user's environment through complex authentication with secondary authentication based on situational awareness such as illuminance and temperature/humidity. As a result, it is possible to authenticate secondary users based on zero trust with behavior patterns such as fingerprint recognition, iris recognition, face recognition, and voice according to the environment. In addition, it is intended to check the linkage result of the FIDO platform for complex integrated authentication and improve the authentication accuracy of the linkage platform for transaction authentication using FIDO2.0.
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