This paper describes and demonstrates the advancement of the software product development cycle using container virtualization. The first part of the paper deals with the history of development processes, application architecture, delivery and packaging and application infrastructure. In the course of the work, an application is written according to the microservice architecture adapted to work on distributed systems to be used in the production of KIP EYE products. Users will have a unique way to see all the major trading transactions through the app Crypto Currency like BitCoins, LiteCoins and Ethereums in Dollar. The application consists of several components: server, client and database, which are described and elaborated in detail below. The next chapter describes the traditional development and delivery of application, list of disadvantages of such an approach, and then explanation of the term container virtualization and Docker as a container platform. The basic tools and commands of the Docker platform are described, as well as the main advantages and disadvantages of developing or delivering applications. The theses in the paper are supported by various pictures, graphs, code and table illustrations in order to describe container virtualization as much as possible. Paper has been completed by comparing and analyzing traditional approaches to container virtualization, comparing and analyzing certain scenarios using both approaches, resulting in a conclusion of the paper, and one of the results is the KIP EYE application, which is attached alongside the paper.