Abstract
In this era of the digital world, handling digital data with a secure passion is more important. At the height of maximum interest with the attainment of the data confidentiality with the miniature information is the tedious and most challenging concern of the system with the data handling and operating in the real-time environment. With the latest data confidentiality security model, such as image encryption over the communication networks in the distributed data environment, advanced hacking efforts such as cropping attack, brute force, differential, mathematical, and many more need to be addressed. In terms of bit scrambling, the security function plays a vital role in the pixel-based approach with minimum pixels are followed in the current security model for a better correlation with the available pixels with the continued higher runtime complexity. In this research paper, along with the DNA encoding process, an efficient image cryptographic technique is shown with the reduced runtime complexity. The discussion in the article begins with the chaotic sequence EIIS (Efficient Image Information Scrambling) method. Progressed with the DNA (Deoxyribo Nucleic Acid) encoding is done with the data for resistance against different kinds of attacks by considering the suitable parameters from the existing security models.
Highlights
In the rapid era of digitization, data handling and its security are the main concerns in the modern world as it is very crucial to secure complex digital data such as image [1,2] from the unauthorized mode of access over the open networks
It is introduced with the traditional technique of the confusion and diffusion process to achieve a better level of the encryption standard
With the obtained results, it is noticeable for the Secure and Efficient Image Cryptography (SEIC) model for the novel unique performance of the desired system with the consideration of the different parameters such as data entropy, correlation coefficient, NPCR, histogram, and UACI
Summary
In the rapid era of digitization, data handling and its security are the main concerns in the modern world as it is very crucial to secure complex digital data such as image [1,2] from the unauthorized mode of access over the open networks. This subsection is devoted to the discussion of the smart hybrid chaotic sequence's efficient, protected image cryptography It is introduced with the traditional technique of the confusion and diffusion process to achieve a better level of the encryption standard. Medical image as input is encrypted with the existing rules of the DNA coding style for the efficiently secure cipher image following the successful implementation of the EIIS and for the few iterations to obtain a diffusion process. This work initialize the parameter b and s as 1 − s, where s depicts the parameter of the constructed CS
Sign-in/Register to view highlights & summary 
Published Version (
Free)
Talk to us
Join us for a 30 min session where you can share your feedback and ask us any queries you have
Schedule a call