The proposal provides for a holistic study of the physical, cognitive and social resilience of a system of interdependent socio-technical critical infrastructures under the influence of stressors of various natures, such as floods, tsunamis, droughts, EPS shutdowns, forest fires, industrial explosions and leaks, earthquakes, etc. The research includes: (1) building a test bench in the form of a representative virtual community for 50 -500 thousand inhabitants; (2) building a dynamic matrix of interdependencies of city services and their infrastructures; (3) modeling of cascading accidents and their economic, cognitive and social consequences; (4) assessing the likelihood of disrupting the continuity of interdependent businesses and services from various stressors (pandemic, floods, prolonged drought, industrial accidents, etc.); (5) developing methods and techniques to reduce the impact of stressors on infrastructures, reduce the time and cost of restoring damaged facilities, and reducing infrastructure vulnerability in case of future accidents; (6) creation of a platform for interdisciplinary training of specialists in the field of survivability of infrastructures and services; (7) establishing empirical relationships between the quality of services and the quality of life of the society using these services and infrastructures.