The Paradoxical Impact of Generative AI on Agile Software Development Outcomes: A Process View
Year: 2025
Type: article
Abstract: Emerging literature on Generative AI (GenAI) enabled software development outlines a paradox: although GenAI-driven automation speeds up coding tasks, its adoption inadvertently worsens project-level outcomes such as software throughput and stability. We take a process lens and examine how GenAI tools interact with agile practices and hypothesize that this paradox is the result of the vicious cycle of developing higher quantities of code that is more complex and less integrable with existing code, requiring more rework and refactoring effort by developers. We develop a system dynamics model to capture the feedback loops and causal mechanisms underlying GenAI use in agile software projects over time. We plan to collect quantitative project data and qualitative insights from software developers to refine and validate our model. Through this study, we aim to illuminate how GenAI can both elevate individual-level performance and still undercut performance of the agile project, offering theoretical and practical implications.
Institutions: Georgia State University, Old Dominion University
Language: English
Subfield: Information Systems
Field: Computer Science
Domain: Physical Sciences
Open Access status: green
Funder: Army Research Laboratory
Awards: G5259331294, G5764348842
OpenAlex ID: W6995496153
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