Abstract
Scalability is a fundamental characteristic of any cloud-based microservice architecture. In the modern world, any service that is designed to provide services to a wide number of consumers should be characterized by good scalability and fast response speed. Potential users will never want to suffer constant errors, lost requests, denial of service, and other problems associated with a lack of service performance. Research subject: load balancing system in query processing and interaction within the cloud microservice architecture. Method: implementing additional elements in the cloud microservice architecture to provide load balancing. Core results: a number of popular load balancing algorithms in cloud microservice structures are compared, and options for upgrading in cloud microservice architectures for traffic balancing at different levels of the OSI model are proposed. Practical relevance: the study solved the problem of increasing the volume of processed requests without using a proportional increase in hardware resources.
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