| Abstract |
Cloud computing has transformed the way businesses handle data storage and exchange. A hierarchical structure involving multiple users with varying access levels continuously shares and uploads large datasets to the cloud. As organizations increasingly adopt cloud-based systems for their data storage needs, ensuring a secure and efficient data access framework has become a critical focus of research.
Current approaches in this field often involve packet capture during the VM migration process to identify potential data leakage incidents. However, these methods typically rely on unencrypted data and may not fully capture the complexities encountered in real-world scenarios. In contrast, the proposed system introduces a robust data security framework centered around RSA encryption. By leveraging asymmetric cryptography, RSA encryption significantly enhances data protection.
To further strengthen data transmission security, the system integrates RSA encryption with secure communication channels. Moreover, RSA-supported authentication mechanisms are implemented to ensure controlled user access. These advancements aim to mitigate security risks associated with data storage and transmission in cloud environments, thereby enhancing overall system resilience and integrity.
|
