A Novel Approach to Strengthening Web-Based Cloud Services: Two-Factor Access Control

Author:

Kumar P. Kiran,Raghavendra C.,Dodda Ratnam,Shahebaaz Ahmed

Abstract

In this paper we introduce a recent and evolved two-factor authentication (2FA) access govern system specially designed for webbased cloud computing services. Our innovative system encompasses an attribute-based access govern mechanism that combines a user’s secret key with a lightweight safety device. Our system significantly improves security, particularly in scenarios where multiple users share a single computer for web-based cloud services, as access is contingent on the presence of both components. In addition, the attribute-based govern mechanism enables the cloud server to enforce access constraints based on users with identical attributes, while maintaining the highest extent of user confidentiality protection. The server’s verification procedure focuses exclusively on verifying that users meet the necessitated criteria, without accessing their exact identities. To further confirm the practicability and usefulness of our 2FA system, we conduct an in-depth simulation as a portion of our study.

Publisher

EDP Sciences

Reference21 articles.

1. Containers and Cloud: From LXC to Docker to Kubernetes

2. Fine-Grained Two-Factor Access Control for Web-Based Cloud Computing Services

3. Kumar A., Aljrees T., Hsieh S.-Y., Singh K. U., Singh T., Raja L., Samriya J. K., and Mundotiya R. K., “A hybrid solution for secure privacy-preserving cloud storage & information retrieval,” Human-centric Computing and Information Sciences, Vol. 13, 2023.

4. Enhanced Cloud Storage Encryption Standard for Security in Distributed Environments

5. A Systematic Survey of Multi-Factor Authentication for Cloud Infrastructure

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