The goal of creating an effective decision support information system in the field of managing the development of social communities is highly complex, due to the large size of the community, the variety of objects considered, the clash of interests of many persons involved in decision making, the lack of adequate mathematical models, the practical absence of individual characteristics of people, their relationship with each other. Currently, the point of view is gaining more and more recognition that the only possible means for solving the problems under consideration is imitative behavioral modeling of social processes. This article is devoted to the definition of requirements for the means of creating simulation models of the development of society, the choice and development using the AnyDynamics package of information components of the base level, which is the basis for creating models of the development of society. All components of the model are presented in the form of graphical notations of hybrid (continuous-discrete automata), which significantly affects the ability of the perception of the model by various participants in the process of its creation and operation. The basic model of society includes many territorially distributed intelligent agents and objects of consumption interacting with each other. As objects of consumption, single-use or reproducible energy carriers distributed in the living space of agents are presented. A set of agents can change in time due to their reproduction and death, their forced inclusion and exclusion from the model. The basic model of society includes many territorially distributed intelligent agents and objects of consumption interacting with each other. The architecture of agents is represented by the following components: Control System (“agent’s brain”) and Energy Generator (internal source), Video Receptor, Motion Effector, Manipulator, Receiver, and Information Transmitter. Reference processes of consumption and interaction of agents in the process of realization of needs are defined. The results of a model experiment are presented.