Utilizing Cloud Technologies in the Investigation of Physicochemical Processes

This article is dedicated to describing the fundamental organizational structure of an information system designed to address the challenges of empirical research on complex physicochemical processes using cloud technologies. The intricate nature of such processes necessitates the adoption of non-trivial approaches to organizing computational tasks. The use of cloud technologies in modeling complex processes is becoming increasingly relevant with the substantial growth in computational power and the advancement of modern software development tools. The paper presents a description of a three-tier network architecture and justifies the choice of solutions used at each stage of development. To ensure uninterrupted calculation management in a multi-user access mode, the principle of contactless inter-network interaction is employed. The execution of all proprietary developments in a remote environment is organized using Docker containerization technology. Furthermore, the developed information system supports the integration of new programs and computational modules from external developers.