Paper Title
Secure Homomorphic Encryption with Dynamic Key Management and Adaptive Case Management

Abstract
In a period of data-driven products, securing confidential information is our utmost priority.This study explores the integration of isomorphic encryption with adaptive case management (ACM) and dynamic key management, aiming to improve the secure processing of sensitive data in a dynamic business environment while preserving adaptability on. The research method requires careful implementation of a bespoke homomorphic encryption scheme in the ACM system, combined with dynamic key management strategies for enhanced security posture To show what is useful, we use a specific application, such as healthcare records management, serves as a real-world scenario. Preliminary findings show promising results across all primary outcomes, including assessments of performance, safety complexity, and user experience. This paper provides valuable insights into the interface between cryptographic technology and business process management. By combining isomorphic encryption with ACM and dynamic key management, we propose a new paradigm for secure and customizable data processing in a dynamic business environment. Our findings not only address current challenges, but also pave the way for future developments in the secure use of critical information. As businesses continue to grapple with evolving privacy trends and regulatory issues, the proposed framework provides a practical solution for organizations looking to balance security, flexibility and efficiency between This study serves as a catalyst for further research, encourage the integration of Advanced cryptography techniques in dynamic business processes to meet the growing demand for secure and flexible information management. Keywords - Cryptographic Techniques, Computational Flexibility, Adaptive Framework, Information Privacy, Dynamic Key Management, Adaptive Case Management (ACM),Performance Metrics, Key Generation, Keyrotation, Throughput, Privacy Solutions