ANALYSIS OF A SIMULATION FRAMEWORK FOR  A  SELF-REGULATING VIRTUAL PRIVATE COMMUNICATION NETWORK

Sadchikova Svetlana Aleksandrovna; Abdurasulov Zohirjon Komiljon ugli

ANALYSIS OF A SIMULATION FRAMEWORK FOR A SELF-REGULATING VIRTUAL PRIVATE COMMUNICATION NETWORK

Authors

Sadchikova Svetlana Aleksandrovna Tashkent University of Information Technologies named after Muhammad al-Khorazmi Associate Professor of the Department «Telecommunication engineering»
Abdurasulov Zohirjon Komiljon ugli Tashkent University of Information Technologies named after Muhammad al-Khorazmi Master's student of the Department «Telecommunication engineering»

Keywords:

The expansion of cloud platforms, distributed computing environments, and mobile data ecosystems has intensified the demand for robust secure communication channels.

Abstract

This work develops and evaluates a simulation framework for a self-regulating virtual private communication network (SOVPCN) built on distributed cooperation, adaptive route reconstruction, and encrypted data transmission. Unlike conventional VPN systems that rely on centralized oversight, the proposed configuration delegates operating logic to each network participant, enabling autonomous routing recovery, balanced traffic distribution, and improved resilience against unauthorized access. The experimental results reveal marked enhancement in reliability, scalability, and security performance, demonstrating the practical value of autonomous organization in advanced secure communication systems.

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ANALYSIS OF A SIMULATION FRAMEWORK FOR A SELF-REGULATING VIRTUAL PRIVATE COMMUNICATION NETWORK