ANALYSIS OF THE APPLICATION OF LOW CODE AND NO-CODE TECHNOLOGIES IN SOFTWARE PRODUCT DEVELOPMENT

Abstract

The proliferation of low-code and no-code (LC/NC) technologies marks a transformative era in software product development, offering innovative solutions that democratize the creation process and streamline development efforts. This thesis explores the implications and applications of LC/NC technologies, focusing on their potential to empower users without extensive coding expertise to participate in software creation. Through a comprehensive analysis of ten prominent LC/NC platforms, including OutSystems, PowerApps, Mendix, Bubble, Webflow, Flutterflow, Zapier, Tilda, Creatio, and WordPress, the study elucidates the underlying models and languages of these platforms. It examines case studies of successful LC/NC implementations, analyzing their benefits, such as reduced development time and increased agility, alongside challenges like limited customization and potential security vulnerabilities. Moreover, the research explores the impact of LC/NC technologies on traditional roles within software development teams and the evolving skillsets required in the industry. While recognizing that LC/NC platforms will not entirely replace traditional coding, this study highlights their significant role in fostering innovation, inclusivity, and agility within the software development landscape. Overall, this paper contributes to understanding how LC/NC technologies are reshaping the field of software development and anticipates future trends in the technology industry.