Image Cryptography Using Fibonacci Bit-plane Decomposition and Quantum Chaotic Permutation

The use of image encryption to safeguard the privacy and security of images is a good idea. This study presents a unique image encryption technique that encrypts images using Fibonacci Bitplanes as security key images. The Fibonacci numbers are used in this research to present a new encryption technique. Furthermore, a unique bit-plane decomposition for Fibonacci weights is explored, which has cryptographic advantages. The novel lossless image encryption technique provided may encrypt an image for privacy protection utilizing this new decomposition approach. It also offers two layers of encryption, allowing it to handle both pay-preview apps and encrypted communications simultaneously. The algorithm’s performance in image encryption is confirmed by modeling and analysis. Finally, the suggested algorithm’s encryption performance is shown using results obtained and security assessments.