Highly secured and quickest image encryption algorithm based on trigonometric chaotic map and S-box

The purpose of this research is to develop a highly secured non-breakable fastest cryptosystem. A significant number of image encryption plans have been proposed during the past years. By far, most such plans arrive at a high-security level; be that as it may, their moderate velocities due to their complex phenomenon make them of no utilization progressively applications. Motivated by this, we propose another proficient and quick image encryption plan subject to the trigonometric turbulent guide. In contrast with most current plans, we utilize this basic map to create just a couple of arbitrary rows and columns in the form of S-boxes. Besides, to, moreover, accelerate, we raise the handling unit from the pixel level to the line/segment level. Security of the new plan is acquired through a replacement stage organization, where we implemented around the shift of lines and segments to break the strong relation between adjoining pixels and non-repeating sequences. By then, we join the Exclusive-OR operation with modulo capacity to cover the pixel esteems and avoid any spilling of information. High-security tests and reenactment examinations have been done to display that the plan is extremely safe and particularly speedy for continuous picture preparation at 80 fps (frames per second). The present research has developed a cryptosystem based on Exclusive-OR with S-box (Substitution Box) and trigonometric chaotic map (TCM) of image matrices. High security is achieved due to the non-repeating sequence of the TCM. Earlier, the author has already presented the efficacy of the TCM combined with the S-Boxes.