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Drivers and Inhibitors of Low Code Development Platform Adoption

Sebastian Kass, Susanne Strahringer, Markus Westner

202230 citationsDOIOpen Access PDF

Abstract

When done right, the use of low code development promises a significant competitive advantage in the software development process for organizations. Thus, multiple vendors have created low code development platforms to ease the use of low code development. However, current research on low code development platforms mainly focuses on the technological aspects of the platforms but not on their adoption. Hence, it remains unclear what drives and inhibits the adoption of low code development platforms. We conducted a literature review and identified thirteen factors that inhibit the adoption and seven factors that drive it. We structure these factors along with the diffusion of innovation framework that helps to disentangle drivers and inhibitors. As a result, we provide an initial explanation of the adoption of low code development platforms. Nevertheless, we conclude that existing research on the adoption of low code development platforms is not specific enough to understand the phenomenon substantially. Further, for some factors (e.g., cost), there is a disagreement in the academic literature on whether they are drivers or inhibitors. Hence, we identify gaps and derive avenues for future research.

Topics & Concepts

Code (set theory)Computer scienceProcess (computing)Software developmentCode reviewDevelopment (topology)Software engineeringPhenomenonSoftwareRisk analysis (engineering)BusinessKnowledge managementSoftware qualityProgramming languageMathematicsSet (abstract data type)PhysicsQuantum mechanicsMathematical analysisSoftware Engineering ResearchOpen Source Software InnovationsSoftware Engineering Techniques and Practices
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