Biometric-Based Secure Access Mechanism Efficient for Cloud Services

Abstract

The demand for remote data storehouse and calculation services is adding exponentially in our data- driven society; therefore, the need for secure access to similar data and services. In this paper, we design a new biometric- grounded authentication protocol to give secure access to a remote( pall) garçon. In the proposed approach, we consider biometric data of a stoner as a secret credential. We also decide a unique identity from the stoner’s biometric data, which is further used to induce the stoner’s private key. In addition, we propose an effective approach to induce a session key between two communicating parties using two biometric templates for a secure communication transmission. In other words, there's no need to store the stoner’s private crucial anywhere and the session key is generated without participating any previous information. A detailed Real- Or- Random( ROR) model grounded formal security analysis, informal(non-mathematical) security analysis and also formal security verification using the astronomically- accepted Automated confirmation of Internet Security Protocols and Applications( AVISPA) tool reveal that the proposed approach can repel several given attacks against( unresistant/ active) adversary. Eventually, expansive trials and a relative study  demonstrate the effectiveness and mileage of the proposed approach.