ABSTRACT
The amount of data sent online and the widespread use of digital technologies have both increased significantly. The growth in demand for copyrighted material of digital material has undoubtedly contributed to the interest in digital watermarking during the past ten years. Video watermarking is increasingly being used for copy protection, broadcasting tracking, video authentication, fingerprinting, and other purposes. Security, capacity, and resilience are the three main components of information concealing. The amount of data that can be disguised is the subject of capacity. Robustness, which describes the resistance to alteration of the cover material until hidden information is lost, relates to the capability of anybody discovering the information. Algorithms for video watermarking often favour robustness. A reliable algorithm does not use eliminating the watermark without exactly altering the cover's content is possible. The criteria needed to develop a trustworthy watermarked movie for a useful application are discussed in this study. We explore a variety of approaches and present a widely utilised essential strategy. This research aims to concentrate on the different video watermarking technology fields. The notion of algorithm robustness is highlighted in the best portion of the studied solutions based on video watermarking. The discipline of video watermarking is fresh and expanding quickly in the multimedia sector. The goal of this study is to emphasis on the various video steganographic technique domains. Keywords: Video Watermarking, Robust Techniques, Authentication, DCT, DWT, PSNR, & MSE.
