Application of Open Digital Architecture for Creating Integrated Digital Ecosystems

The aim of this work is to develop a methodology for modeling and deploying an integrated digital ecosystem based on the concept of Open Digital Architecture (ODA) to modernize telecommunication systems. The research is based on the use of modern containerization and orchestration technologies, including Docker, Kubernetes, and Helm, as well as on the application of standardized APIs to ensure seamless integration of microservices. The methodology involves the step-by-step creation and packaging of services into containers, their automated deployment in a Kubernetes cluster, and configuration management using Helm charts. The conducted testing confirmed the correctness of component interactions and the system's resilience under varying operating conditions. The novelty of the research lies in the comprehensive approach that combines the principles of ODA with automation and orchestration technologies, thereby reducing the time required for the deployment of new services and lowering operational costs. The practical significance of this work is determined by the potential application of the developed model for optimizing telecommunication network management, enhancing their flexibility, and adapting to dynamic load changes. The research conclusions indicate the effectiveness of the proposed methodology for creating adaptive digital ecosystems, which opens up prospects for further development of monitoring tools and predictive analytics in the context of modern telecommunication infrastructure.