Abstract
In this study, the general principles of choosing containers to create perfect steganographic systems, as well as the characteristics, types, volume, size, format, stability of containers against attacks are considered. The process of entering information into a container is described, and the stability of steganograms with respect to passive and active attacks is analyzed. The distinguishing aspects of the formats of modern graphic containers, the advantage and disadvantages of the Internet protocols TCP, IP, VoIP and SCTP which are used as containers are discussed. To determine the effect of containers on steganographic stability, a theoretical information model of steganographic system with a passive intruder has been suggested. The dependence of the stability of steganographic systems on the technology of introducing hidden messages into a container is explained and the probability distributions of containers and steganograms are analyzed. It was shown that the stability of steganographic systems depends on the probability distributions of containers and steganograms, and only in the case they are identically distributed, the steganographic system is completely stable.
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