A Hybrid Integrity based encryption model on Video2video Steganography

Abstract

Video steganography is the art of using multimedia to hide. Video steganography have many applications, such as monitoring system, biometrics and security, facial recognition systems, video to video transmission. The basic requirement in realtime applications are response time must be as small  and security must be at a higher level. In a carrier called cover, the data to be secretly exchanged is concealed and imperceptibly transmitted. The cover object is called the stego object along with the hidden information, and the cover may be an image, an audio, or a video.  Therefore, the storage of electronic data will not enforce any security unless strong measures have been taken. Most of the existing models support text and image based video steganography. These models are failed to embed the video data to video steganography. In the proposed work, a novel video to video steganography model by using integrity and encryption algorithms. Experimental results represent the present model has low response time in realtime and low runtime in integrity and encryption algorithms.