Requirements Engineering has two main directions, Bespoke (product developed for one customer) and Market-Driven (several potential customers for the same product). These two are in some ways very much alike but in some aspects very different. Over the last couple of years the software development industry has tended to shift more and more to Market-Driven Requirements Engineering. This has brought attention to the challenges facing a Market-Driven development organization, without focusing on the actual shift from Bespoke development. Based on the differences and similarities between Bespoke and Market-Driven Requirements Engineering, this thesis presents a framework for shifting from the former to the latter. The framework (BESMART) involves three steps. Firstly, the organization assesses their potential to become more Market-Driven. Secondly they assess their current way of working to identify which areas that may need to be improved. Finally, BESMART provides multiple suggestions that address the identified improvement areas. The organization is then able to choose the one that best suits their needs. This also lets the organization choose a solution that they find feasible. The framework was used at a case organization during its development. This way it was ensured that the theoretical framework could actually be used in a real world setting. The practical use of BESMART resulted in some refinements aimed at making it more applicable in industry. Once the framework had been applied, it was evaluated by representatives from the case organization. The industry evaluation resulted in some improvement suggestions but showed that the framework was both useful and usable and provided an improvement plan that seemed promising enough to pilot in the organization.

Выпускная квалификационная работа 56 страниц, 19 рисунков, 11 источников, 8 приложений. Цель работы – разработка клиентской части веб-приложения «Мониторинг IT-конференций». В процессе работы был проведён анализ популярных фреймворков для веб-разработки, настроена интеграция с серверами CDN на базе сервиса Surge, создан Docker-образ с веб-приложением, настроена интеграция с GitHub Actions для CI/CD, настроен клиентский и серверный мониторинги на базе Sentry. В результате ВКР разработана клиентская часть на базе фреймворка Next.js для веб-приложения «Мониторинг IT-конференций». / Final qualification work 56 pages, 19 figures, 11 sources, 8 appendices. The purpose of the work is to develop the client part of the web application "Monitoring of IT conferences". In the process, we analyzed popular frameworks for web development, configured integration with CDN servers based on the Surge service, created a Docker image with a web application, configured integration with GitHub Actions for CI/CD, configured client and server monitoring based on Sentry. As a result of the final qualifying work, the client part was developed on the basis of the Next framework.js for the IT Conference Monitoring web application.

В данной диссертации был проведен анализ программных комплексов на рынке. В процессе работы проводились мероприятия по сбору и формализации требований к программному продукту, проектирование продукта, созданы дизайн макеты, на основе которых был реализован конкретный прикладной сервис. Разработанный сервис выполняет задачи расчета инсоляции и коэффициента естественной освещенности и соответствует современным требованиям по части проектирование пользовательского интерфейса. / In this dissertation, an analysis of software systems on the market was carried out. In the process of work, activities were carried out to collect and formalize the requirements for a software product, product design, design layouts were created, on the basis of which a specific application service was implemented. The developed service performs the tasks of calculating insolation and daylight factor and meets modern requirements in terms of user interface design.

Цель работы – разработка серверной части приложения и инфраструктурных компонентов для проекта «Мониторинг IT-конференций». Методы исследования: анализ, сравнение, систематизацию и обобщение данных о существующих и разработанных инфраструктурных компонентах, апробация современных подходов при построении архитектуры инфраструктуры. В результате работы сконфигурированы две виртуальные машины для работы Kubernetes и Gitlab Runner, настроены компоненты хранения постоянных данных для PostgreSQL, RabbitMQ и S3-хранилища на базе Rook Ceph, создано приложение на базе Django для предоставления API клиентскому приложению, написана конфигурация для Gitlab CI, обеспечивающая сборку образа приложения и его развертывание в Kubernetes. Созданное приложение предоставляет функционал управления контентом для администраторов сервиса (загрузка видео в S3-хранилище, разметка с помощью системы тегов, привязывание конференций к спикерам) и HTTP API для клиентского приложения с возможностью регистрации, аутентификации через JWT-токены, иерархическому поиску по системе тегов и отдаче подписанных ссылок на S3-хранилище для просмотра видео. / The purpose of the work is to develop the server part of the application and infrastructure components for the project "Monitoring IT conferences". Research methods: analysis, comparison, systematization and generalization of data on existing and developed infrastructure components, approbation of modern approaches in building infrastructure architecture. As a result of the work, two virtual machines were configured for Kubernetes and Gitlab Runner, persistent data storage components for PostgreSQL, RabbitMQ and S3 storage based on Rook Ceph were configured, an application based on Django was created to provide an API to a client application, a configuration for Gitlab CI was written, providing building an application image and deploying it to Kubernetes. The created application provides content management functionality for service administrators (uploading videos to S3 storage, marking using a tag system, binding conferences to speakers) and an HTTP API for a client application with the ability to register, authenticate through JWT tokens, hierarchical search using the tag system, and giving back signed links to S3 storage for watching videos.