Abstract
Image encryption techniques have been widely employed to protect the privacy of images during transmission and storage. However, the challenge lies in providing secure authentication and access control mechanisms for encrypted images in the 3D cube domain. This research focuses on addressing the issue of authentication and access control for encrypted images within the context of 3D cubes. The 3D cube domain provides a unique and efficient representation for image encryption, allowing for enhanced security and privacy. However, ensuring proper authentication and access control mechanisms while maintaining the encryption's integrity and efficiency poses significant challenges. The proposed methods will aim to provide strong authentication mechanisms to verify the integrity and authenticity of encrypted images, preventing unauthorized access and tampering. By addressing the critical issue of authentication and access control in the 3D cube domain, this research aims to contribute to the development of more secure and reliable image encryption solutions. The outcomes of this research will have implications in various domains, including secure image transmission, cloud storage, and digital rights management, where protecting the confidentiality and access control of encrypted images is of utmost importance.
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