Performance evaluations of different service oriented approaches

Software development projects are effected by changing needs while technology is improving. People have started to solve most of their needs by internet. Improvements on health or e-commerce sectors are intertwined with software development by changing technology. Distributed architecture approach is evolving with usage of mobil apps or Iot. Data traffic is increasing on internet so tools which are less data and high performance are in mind of development teams. Because existing enterprise-scale systems could not be compatible with new technology devices. SOA which is distributed architecture is started to use in 90's. While device variety and data traffic is increasing , it brought performance problems together. Mobile devices and e-trade systems encountered some difficulties. So development teams are motivated to use new technologies. Furthermore the fact that data management systems leave centered structure and become multi-centered has made it difficult to use and develop enterprise-scale applications. Microservice architecture which emerged towards the middle of 2000s has become widespread as a result of changing needs and device diversity. Also lower data transfer and establishing easier connections are another effects to use by developer teams. Microservices can transfer data with mobile devices which is increasing usage day by day easily. So technology companies motivated to develop with new technologies However open source gRPC framework which is developed by Google has brought a new method to solve performance problems while increasing amount of data. Amount of data in network traffic has been tried to be reduced. Thus it is aimed to increase performance. The purpose of this study is to help understand how performance gains can be achieved by comparing SOA, Microservices and gRPC Technologies. While the use of technology in various fields has increased, needs have begun to change. it examines the performance gains brought by the transition to new technology.