A revolutionary framework for cloud security: enhancing data protection during transmission and migration over optical networks

Abstract Data protection during cloud transmission and migration is the focus of this research, which introduces a novel security architecture. This research introduces a multi-layered system that combines advanced encryption techniques, adaptive access control, and continuous security evaluations to address major shortcomings in existing security frameworks. Unlike more conventional methods, this architecture can guarantee that any data stored in the cloud will remain intact, private, and accessible at all times. Our framework significantly enhances the accuracy of threat detection, reaction time, and resource management efficiency, as shown by the comparison study with current models in simulated cloud settings. The findings highlight the system’s capacity to improve operating efficiency while reducing security risks, showing a significant improvement over traditional security procedures. Enhanced scalability and flexibility define this novel method, which is poised to revolutionize cloud data security practices in several sectors and spur more investigation into successful cloud computing security tactics.