Advancing Trust Frameworks for Next Generation Security in Cloud Environments via Role-Based Access Control

Abstract

Making sure there are strong security measures in place becomes crucial as cloud computing continues to change the technology landscape. In this research, we introduce "Cloud Guard," a novel system that uses role-based access control (RBAC) to enhance trust paradigms in cloud environments. Through the smooth incorporation of RBAC principles, Cloud Guard not only improves security but also tackles the ever-changing issues brought forth by cloud infrastructures. In order to strengthen next-generation security measures for cloud-based infrastructures, this article examines the design, benefits, and use of Cloud Guard. The swift spread of cloud computing has highlighted how important it is to have strong trust mechanisms in place to protect sensitive data and guarantee the integrity of cloud environments. This research proposes a revolutionary technique to build a fresh trust mechanism for cloud computing, hence enhancing user trust. By utilizing the established effectiveness of Role-Based Access Control (RBAC), our suggested framework adds novel components that improve cloud environments' overall security posture. This paper explores this novel trust mechanism's architecture and implementation, explaining how it might be used to address new cloud security concerns. Through the integration of innovative components with the adaptability of RBAC, this methodology not only strengthens access control but also paves the way for increased security and trust in modern cloud infrastructures.