A Novel Chaos-Based Cryptographic Scrambling Technique to Secure Medical Images

These days, a tremendous quantity of digital visual data is sent over many networks and stored in many different formats. This visual information is usually very confidential and financially rewarding. Maintaining safe transmission of data is crucial, as is the use of approaches to offer security features like privacy, integrity, or authentication that are tailored to certain types of data. Protecting sensitive medical images stored in electronic health records is the focus of this article, which proposes a technique of encryption and decryption. In order to safe-guard image-based programs, encryption methods are applied. Privacy, integrity, and authenticity are only few of the security elements investigated by the proposed system, which encrypts medical pictures using chaos maps. In all stages of the protocol, the suggested chaos-based data scrambling method is employed to mitigate the short-comings of traditional confusion and diffusion designs. Bifurcation charts, Lyapunov exponents, tests for mean squared error and peak-to-average signal-to-noise ratio, and histogram analysis are only some of the tools we use to investigate the suggested system's chaotic behavior.