Modeling of blockchain technology-based hybrid secure communication system using autonomous artificial intelligence agents

Abstract

This article proposes a hybrid secure communication system that integrates quantum key distribution technology, symmetric and asymmetric encryption algorithms, and blockchain technology. The model was developed as a unified software platform incorporating quantum transmission process simulation, multi-threaded computing, real-time monitoring, and graphical interface capabilities. The research developed security enhancement mechanisms based on autonomous artificial intelligence concepts and intelligent agent technologies. Intelligent agents perform tasks of analyzing errors in quantum transmission processes, detecting eavesdropping attacks, managing sessions, and automatically adjusting system parameters. Additionally, blockchain technology controls the integrity and audit processes of transmitted data. The proposed approach forms an adaptive and post-quantum resistant protection architecture for modern cybersecurity systems by integrating quantum and classical cryptographic mechanisms with artificial intelligence. Experimental results demonstrate the system's effectiveness in attack detection, error reduction, and secure communication process optimization.

More by Narzillo Mamatov

• Margin-Guided Adaptive Model Routing for Resource-Efficient Speaker Verification on Edge DevicesComputation · 2026
• New Recursive Divided-Difference Interpolation MethodResearch Square · 2026
• Noise reduction and quality assessment in images using quantum computing based on artificial intelligence agentsInternational Conference on Digital Technologies, Optics, and Materials Science · 2026
• Mathematical modeling and optimization of energy-efficient technologies for rational use of natural and energy resources in agricultureIET conference proceedings. · 2026