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Corporate culture constitutes an essential component of any organization, whether formally codified or informally established. Its influence on employees is unequivocal, as individuals working within a social environment inevitably affect one another, thereby shaping a shared system of values, norms, rules, and rituals that differentiate one group from another. Such differentiation not only fosters a sense of security, belonging, and cohesion but may also impede employees’ development, adaptability, and perception of reality.

The work is devoted to solving the scientific and applied problem  of positioning objects of software’s complex support within the existing polyfactorial multi-subject support environment. An Archimedes spiral-based model has been developed for the multifactor positioning of objects of (software’s complex support), which provides the possibility of solving the declared scientific and applied problem.

The scientific and applied problem of positioning the support objects (of software products’ comprehensive support) in relation to the relevant impact factors (within the existing polysubject environments of complex support) is considered in the context of a more global scientific and applied problem of automation and intellectualization of balancing the environments of software products’ comprehensive support. The object of the study is the process of multifactor positioning of the support object (of software products’ comprehensive support).

In dynamic and changing conditions of enterprise functioning, there is an objective necessity and constant need to respond to external environmental factors, since they set the course of market develop- ment, determine demand and new needs, which makes it advisable to form such a management system that will ensure potential development.

Impact factors, that are shaping the individualistic perception of the supported objects by the relevant subjects, who interact with them, directly or indirectly, are considered in this research. A form of impact factors’ (performing impact on the supported software complexes) representation has been studied and proposed.