В данной статье рассматривается влияние платформ разработки с низким содержанием кода (Low-Code Development Platforms, LCDP) на ускорение процессов разработки программного обеспечения в различных отраслях. Платформы LCDP становятся все более популярными благодаря возможности создания приложений без значительного опыта программирования. Введение платформ с низким содержанием кода обещает сократить затраты времени и ресурсов на создание приложений, что особенно важно для малых и средних предприятий (МСП). В работе исследуется обоснованность применения LCDP и предыдущие исследования, показывающие положительные результаты внедрения подобных решений. Для проведения исследования был собран набор данных из различных компаний, использующих LCDP. В качестве основного метода выбраны интервью с разработчиками и проектными менеджерами, а также анализ временных показателей реализации проектов до и после внедрения платформ. Дополнительно рассмотрены различные типы платформ и инструменты, обеспечивающие автоматизацию программирования. Выявлено, что платформы с низким содержанием кода способствуют увеличению производительности разработки на 40-60% в краткосрочной перспективе. Множество компаний отметили сокращение затрат на найм квалифицированных программистов. Также был зафиксирован рост удовлетворенности среди конечных пользователей программного обеспечения из-за более быстрого отклика и меньшего числа ошибок. Исследование отмечает ряд основных плюсов применения LCDP, среди которых выделяет доступность инструментов для пользователей с ограниченными техническими знаниями, а также гибкость разработки, а также недостатки, такие как ограничения масштабируемости и сложности интеграции с существующими системами.
This article examines the impact of Low-Code Development Platforms (LCDP) on accelerating software development processes in various industries. LCDP platforms are becoming increasingly popular due to the ability to create applications without significant programming experience. The introduction of low-code platforms promises to reduce the time and resources required to create applications, which is especially important for small and medium-sized enterprises (SMEs). The paper examines the validity of the LCDP application and previous studies showing positive results of the implementation of such solutions. To conduct the study, a data set was collected from various companies using LCDP. The main method chosen is interviews with developers and project managers, as well as an analysis of time indicators for project implementation before and after the introduction of platforms. Additionally, various types of platforms and tools for automating programming are considered. It has been revealed that platforms with low code content contribute to a 40-60% increase in development productivity in the short term. Many companies have noted a reduction in the cost of hiring qualified programmers. There was also an increase in satisfaction among the end users of the software due to faster response times and fewer errors. The study highlights a number of key advantages of using LCDP, among which it highlights the accessibility of tools for users with limited technical knowledge, as well as the flexibility of development, as well as disadvantages such as scalability limitations and complexity of integration with existing systems.
This article examines the impact of Low-Code Development Platforms (LCDP) on accelerating software development processes in various industries. LCDP platforms are becoming increasingly popular due to the ability to create applications without significant programming experience. The introduction of low-code platforms promises to reduce the time and resources required to create applications, which is especially important for small and medium-sized enterprises (SMEs). The paper examines the validity of the LCDP application and previous studies showing positive results of the implementation of such solutions. To conduct the study, a data set was collected from various companies using LCDP. The main method chosen is interviews with developers and project managers, as well as an analysis of time indicators for project implementation before and after the introduction of platforms. Additionally, various types of platforms and tools for automating programming are considered. It has been revealed that platforms with low code content contribute to a 40-60% increase in development productivity in the short term. Many companies have noted a reduction in the cost of hiring qualified programmers. There was also an increase in satisfaction among the end users of the software due to faster response times and fewer errors. The study highlights a number of key advantages of using LCDP, among which it highlights the accessibility of tools for users with limited technical knowledge, as well as the flexibility of development, as well as disadvantages such as scalability limitations and complexity of integration with existing systems.