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ISSN 2079-3316 Bilingual online scientific Online scientific journal of the Ailamazyan Program System Institute of the Ailamazyan PSI of PSI of Russian Academy of Science of RAS 12+ 
Volume 16 (2025) . Issue 6 (71) . Paper No. 2 (449)

Medical Informatics

Research Article

Communications ecosystem in a healthcare organization: a practical process-oriented model

Dmitriy Vladimirovich Belyshev1Correspondent author, Aleksandr Eugen'yevich Mikheyev2, Artur Arutyunovich Ovanesyan3

1-3Ailamazyan Program Systems Institute of RAS, Ves'kovo, Russia
1 Dmitriy Vladimirovich Belyshev — Correspondent author belyshev@interin.ru

Abstract. The rapid digitalization of domestic healthcare and the fragmentation of the medical information systems (MIS) market are exacerbating the problem of ineffective professional communications in healthcare organizations (MOs). The use of public messaging services poses risks to the security of personal data and increases the cognitive load on physicians, necessitating the implementation of specialized solutions integrated into the MIS. This paper continues the research begun in the first paper of this issue.

Study Objective: To identify and analyze key use cases for communication modules in the MIS to assess their impact on medical staff performance, patient safety, and the optimization of MO business processes.

Materials and Methods: Based on an analysis of international and domestic experience, as well as our own development practices, a process-oriented evolutionary model for integrating communications into the MIS is proposed. The model is validated through the description of typical use cases: mentoring, messaging, notification management, task management, and incident management, illustrated using the example of the Interin PROMIS Alpha PG.

Results: The key role of the integrated communication module in the medical information system (MIS) is determined, not only as a communication tool, but also as a mechanism for supporting and developing clinical and administrative processes. Three principles of the model are formulated: process determinism, evolutionary phasing, and contextual integration. It is shown that the low level of usage of the integrated messenger indicates the high maturity of the MIS, which supports medical organization processes. Limitations associated with human factors and organizational barriers are identified. It is proven that a common communication platform is a practical solution for ensuring interoperability in an ecosystem of heterogeneous medical organizations.

Conclusion: The proposed model enables the transformation of integrated communications from a source of chaos into a manageable tool for medical organization development. The practical significance of this work lies in providing medical organization managers and MIS developers with a structured guide for step-by-step implementation based on an integrated "technology-processes-culture" approach. The transition to process-oriented communications in MIS is a key factor in improving the quality, safety and cost-effectiveness of medical care. (In Russian).

Keywords: medical information system, professional communications, process-oriented model, ecosystem, interoperability, digitalization of healthcare, patient safety

MSC-20202020 Mathematics Subject Classification 94A05; 92C50, 93BxxMSC-2020 94-XX: Information and communication theory, circuits
MSC-2020 94Axx: Communication, information
MSC-2020 94A05: Communication theory
MSC-2020 92-XX: Biology and other natural sciences
MSC-2020 92Cxx: Physiological, cellular and medical topics
MSC-2020 92C50: Medical applications (general)
MSC-2020 : 
MSC-2020 93-XX: Systems theory; control
MSC-2020 93Bxx: Controllability, observability, and system structure

For citation: Dmitriy V. Belyshev, Aleksandr E. Mikheyev, Artur A. Ovanesyan. Communications ecosystem in a healthcare organization: a practical process-oriented model. Program Systems: Theory and Applications, 2025, 16:6, pp. 53–98. (In Russ.). https://psta.psiras.ru/2025/6_53-98.

Full text of article (PDF): https://psta.psiras.ru/read/psta2025_6_53-98.pdf.

The article was submitted 25.10.2025; approved after reviewing 17.11.2025; accepted for publication 17.11.2025; published online 15.12.2025.

© Belyshev D. V., Mikheyev A. E., Ovanesyan A. A.
2025
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