Analysis and Prediction of the Complementary Dynamics of Computer Viruses

This article analyses the dynamics of computer viruses within the framework of implemented technologies. It also describes the complementary relationship between the level of development of information technologies and the efficiency of malicious software. Mathematics is developing towards generalisation of the image of main objects and the properties of sets. And if, in a primitive sense, symmetry actually means an equality in the simplest case of a three-dimensional functional on argument values equally spaced from a direct line (hyperplane) or a multiple expression of such functional, then, as the mathematical apparatus develops, we first come to the conjugates of a solution space of related sets. This is, for example, an ordinary complex conjugate on a set of complex numbers. Further generalisation, for example, on hypercomplex numbers gives rise to both a number of independent sections conjugated to this one according to a hyperort and a new tone to a non-trivial conjugate number. Further development of symmetry concepts is the consideration of almost symmetric or complementary structures. A conjugation occurs when applying the apparatus of almost periodic functions to the considered set of characteristics of an object in order to determine its prognostic behaviour. Our analysis conducted with the use of the almost periodic function method identifies an almost period of 7 years and a main almost period of 16 years. According to our forecast, the maximum manifestation of malicious software is expected to occur in 2024.