Advanced Cybersecurity: A Comprehensive Overview of an Enhanced Cybersecurity Assisted Cryptography Strategy for Protected Image Communication

Some problems exist with the classic Elliptic Curve Cryptography (ECC) algorithm, which uses logistic maps as its foundation. We employ an upgraded ECC system to make things more secure. It relies on a location transform and a random sequence to change the pixel values. The Cybersecurity based Cryptography Strategy (CCS) is a new model that improves upon the previous approach in terms of security. It was introduced in this publication. By modifying the values of each pixel, the suggested algorithm shuffles the picture according to the protected sequence. The key uses a secret look-up matrix to generate 32 security key sequences from a given sequence. The encryption key works by operating on n sub-parts of the picture, which increases efficiency. An image encryption technique can be practically tested in Matlab. Histogram comparison, correlation coefficient, and secret key sensitivity are some of the ways the algorithm's security is examined. The suggested algorithm can withstand statistical, brute-force, and plain-text attacks with ease. This innovation provides a safer method of guaranteeing the safety of image data, which may be stored anywhere, even on the cloud. We have presented the final product after testing it on many types of photographs. Lastly, the results of the experiments demonstrate that the encryption is well-built and has protection capabilities; moreover, it is able to resist intense, statistical, and differential attacks.