Desing and Development of Specialized Calculation Grid as a Part of Cloud Infrastructure

In recent years, the topic of cloud computing remains one of the most popular and causes a variety of discussions. Many companies try to migrate to the cloud. This desire is not surprising: providers have invested enough effort in popularizing their concept and clouds are associated with stability and 100% availability. This topic is relevant for a number of reasons: first of all, the transition to a cloud infrastructure is always a non-trivial problem, which has to take into account many factors and limitations of a particular company; secondly, if you exclude the fact that development is underway for the future transition to the cloud, the design of specialized segmented resources still challenges developers, since creating computing services with high uptime and low latency is itself a difficult task. In general, the scientific elaboration of the topic is high. Many authors have discribed their experience in migration to the cloud infrastructure, however, the most interesting papers contained attemps to systematize the experience. We can say that the scientific community is striving to improve the effectiveness of migration attempts to the cloud and is considering different approaches to achieving this goal. The practical significance of this work is the fact that it is a development of a real project, which is now at the stage of integration with clients. The object of research is specialized segmented resources of computing architecture. The subject of research is their development and design as part of the cloud infrastructure. The goal of the paper is design and development of a computational grid that would be ready for migration to the cloud.