notesum.ai

Published at November 27

Privacy-preserving Robotic-based Multi-factor Authentication Scheme for Secure Automated Delivery System

cs.CR

Released Date: November 27, 2024

Authors: Yang Yang¹, Aryan Mohammadi Pasikhani¹, Prosanta Gope¹, Biplab Sikdar¹

Aff.: ¹Not specified

Arxiv: http://arxiv.org/abs/2411.18027v1

Refer to caption

Multi-Factor Authentication (MFA) Settings	Scheme	Authentication Techniques Used	Supported Desirable Properties
Multi-Factor Authentication (MFA) Settings	Scheme	Authentication Techniques Used	DP1	DP2	DP3	DP4	DP5
Traditional MFA	Tan et al. [17]	Crypto + user profile	\usym1F5F8	\usym1F5F8	\usym2613	\usym2613	\usym2613
	Li et al. [19]	Crypto and Fingerprint	\usym1F5F8	\usym1F5F8	\usym2613	\usym2613	\usym2613
	Zhang et al. [18]	Crypto and Fingerprint	\usym1F5F8	\usym1F5F8	\usym2613	\usym2613	\usym2613
	Shirvanian et al. [16]	Crypto-based	\usym1F5F8	\usym1F5F8	\usym2613	\usym2613	\usym2613
	Shukla et al. [20]	Crypto and Fingerprint	\usym1F5F8	\usym1F5F8	\usym2613	\usym2613	\usym2613
Robotic-based MFA	Manikandan et al. [13]	RFID-based	\usym1F5F8	\usym2613	\usym2613	\usym2613	\usym2613
	Joy et al. [12]	RFID-based	\usym1F5F8	\usym2613	\usym2613	\usym2613	\usym2613
	Jain et al. [21]	Third party authentication	\usym1F5F8	\usym2613	-	\usym2613	\usym2613
	Liang et al. [22]	Crypto-based	\usym1F5F8	\usym2613	\usym2613	\usym2613	\usym2613
	Yang et al. [14]	Crypto-based or Single-Biometric	\usym1F5F8	\usym2613	\usym2613	\usym2613	\usym2613
	Wang et al. [15]	Biometric	\usym1F5F8	\usym2613	\usym2613	\usym2613	\usym2613
	Proposed Scheme	Crypto-based and Multimodel Biometrics	\usym1F5F8	\usym1F5F8	\usym1F5F8	\usym1F5F8	\usym1F5F8