System and Method to provide a keyless mechanism to encrypt/decrypt Memory Context

In contemporary computing environments, safeguarding sensitive data is of paramount importance. Traditional encryption methods often rely on keys, which themselves pose security risks due to potential loss or compromise. In response to this challenge, this paper proposes a keyless mechanism for encrypting and decrypting memory context, leveraging the innovative keyless user defined optimal security (KUDOS) algorithm. Traditional encryption methods rely on cryptographic keys, which pose inherent security risks and complexity in key management. In contrast, the KUDOS algorithm offers a novel approach to encryption without the need for explicit cryptographic keys, providing enhanced security and simplicity in the encryption process. By deriving encryption parameters from the memory context itself, the KUDOS algorithm ensures robust protection of sensitive data stored in memory while eliminating the vulnerabilities associated with key storage and transmission. This paper presents the theoretical foundations of the KUDOS algorithm, along with practical implementation strategies for integrating keyless encryption and decryption mechanisms into memory management systems. Through experimental evaluation and analysis, we demonstrate the effectiveness and efficiency of the proposed keyless mechanism for securing memory context in various computing environments. The KUDOS algorithm holds significant promise for enhancing security and privacy in memory management systems, offering a keyless encryption solution that is both robust and scalable