A Novel Image Encryption Technique Leveraging Irrational Expansions and New 3D Chaotic Map

To solve the significant issues of data security in the digital age, this work investigates the combination of chaotic map-based approaches with irrational expansions for picture encryption. Chaotic maps offer a strong foundation for encrypting picture data, guaranteeing high degrees of security and protection against unwanted access. They are distinguished by their sensitivity to beginning circumstances and pseudorandom behaviour. In addition to exploring the theories and techniques of chaotic map encryption, a brand-new chaotic map has also been put out. To increase the security and effectiveness of digital image processing systems, the study highlights the importance and promise of chaotic maps through a thorough examination of existing methods and new developments. The findings underscore the relevance of continuous research and development to address the growing demands for secure and efficient image data management in various applications.