An Efficient and Secured Threat Mitigation System in Cloud Computing Using Blockchain Technology

Abstract

The Blockchain-based Cloud Security Framework is innovative research that seeks to transform cloud security by incorporating blockchain technology. The main goal is to create and execute a strong structure that tackles the changing difficulties in cloud security. This system overcomes conventional methods by integrating decentralized identity and access management, promoting a more secure and transparent cloud environment. Real-time threat detection and incident response methods are essential elements that provide prompt and efficient countermeasures against potential security breaches. The cloud security framework prioritizes compliance and governance to ensure adherence to regulatory standards and inspire user confidence. The incorporation of thorough testing, user education, and knowledge dissemination procedures enhances the overall security stance. The Ciphertext-policy ABE (CP-ABE) model Aided blockchain architecture improves cloud security by utilizing the inherent qualities of blockchain, such as immutability and transparency, to create a tamper-resistant and auditable record of actions. This research represents a substantial advancement in enhancing cloud security procedures, providing a complete solution that tackles existing weaknesses and foresees potential threats in the ever-changing field of cloud computing.