INTEGRATION OF WIRELESS LOCAL NETWORKS OF THE ENTERPRISE AND CLOUD SERVICES FOR OPTIMIZATION OF INFORMATION INFRASTRUCTURE ADMINISTRATION

Abstract

The modern development of wireless communication technologies and cloud services opens up new opportunities for optimizing the management of the information infrastructure of enterprises. The integration of wireless local networks (Wireless LAN) with cloud services provides increased efficiency, flexibility and network security, reducing administration and maintenance costs. This work explores the key aspects of implementing integrated systems that combine modern wireless technologies such as Wi-Fi 6 and Mesh networks with the powerful capabilities of cloud platforms (Microsoft Azure, AWS, Google Cloud, etc.). The main goal of the work is to develop an effective integration model that will meet the requirements of enterprises for performance, reliability, scalability and security of the network infrastructure. The study begins with the analysis of modern technologies of wireless networks and cloud services. The developed integration model is based on the use of new-generation wireless technologies to build a local network that provides fast connection of devices, their segmentation by functional groups, and secure access to resources through a cloud platform. Cloud infrastructure acts as a network management center, offering tools for automating administration, real-time monitoring, backup and scaling. Algorithms of interaction between the local network and the cloud are implemented, which guarantee efficient data transfer and quick response to possible threats. Special emphasis is placed on the security of integrated systems. The results of modeling and testing of the integrated system showed that the proposed model significantly reduces network management costs, ensuring stability and high performance even under conditions of significant load. Thus, the integration of wireless local networks and cloud services is a promising direction for optimizing the information infrastructure of enterprises. It provides not only technical advantages, but also economic benefits, as it reduces downtime, minimizes the risk of failures and automates routine administration operations. The proposed model can be adapted to the needs of enterprises of various sizes, providing a flexible and secure environment for modern business.