SECURITY STUDIES AND RESEARCH CENTER
Transmorphance
"The ability of complex socio-technical systems to ensure their survival and development by altering their internal architecture, functional structures, and resource circuits, while preserving those invariants that constitute systemic identity" (F. Korobeynikov, 2025)
We study how sociotechnical systems can undergo deep structural transformation while preserving their ontological identity and strategic coherence in conditions of systemic crisis and evolutionary discontinuity.
Any complex system that seeks not merely to survive, but to evolve in a world governed by chaos must not resist change, but refine itself through it. In conditions of deep uncertainty, it is the ability to adapt and undergo profound internal restructuring - while preserving systemic identity, that becomes the defining criterion of viability. This ability we define as transmorphance.
Unlike resilience, which aims to restore the system to its prior state, transmorphance represents an evolutionary continuation of the system in a new form. Where resilience restores functions, transmorphance reshapes architecture. It is not merely a reaction to threat, but a reconfiguration of trajectories, new contours of stability, and new forms of semantic continuity.
Transmorphance manifests at moments of systemic bifurcation — when return is impossible, and survival demands not stability but inventiveness. The system neither collapses nor regresses nor freezes. Instead, it reassembles itself, altering its internal architecture, functional linkages, and resource flows, while retaining the core invariants that define its identity: goals, values, norms, and ontological foundations.
RESEARCH FOCUS
– analysis of ontological invariants and the mechanisms by which they are preserved during deep systemic restructuring;
– investigation of levers of influence on evolutionary jump trajectories under conditions of chaos, threshold transitions, and attractor loss;
– modelling of conditions under which transmorphance is possible and governable within destructive, nonlinear environments;
– development of a conceptual framework for assessing and enhancing transmorphic capacities in sociotechnical systems.