Paper Type
Complete
Abstract
Algorithmic Accountability of Low-Code/No-Code Artificial Intelligence (LCNC AI) presents a significant challenge, as these platforms democratize AI development while diminishing direct oversight. Unlike traditional AI systems, applications built with LCNC AI tools often lack governance structures, increasing risks of bias, opacity, and regulatory non-compliance. Organizations struggle to implement accountability mechanisms as non-technical users deploy AI without comprehensive validation frameworks. This study conducts a Structured Literature Review (SLR) to analyze existing research on algorithmic accountability in LCNC AI. The findings highlight critical risks, governance approaches, and accountability frameworks essential for mitigating ethical and compliance concerns. The study emphasizes the necessity of hybrid governance approaches, integrating organizational oversight with user-driven compliance measures. To bridge research gaps, this study proposes a research agenda aimed at refining ethical and regulatory frameworks for LCNC AI. By providing concrete governance strategies, this study offers practical recommendations for organizations to ensure accountable and responsible LCNC AI deployment.
Paper Number
1922
Recommended Citation
Somer, Paul, "Algorithmic Accountability of Low-Code/No-Code Artificial Intelligence: A Literature Review" (2025). AMCIS 2025 Proceedings. 9.
https://aisel.aisnet.org/amcis2025/sig_odis/sig_odis/9
Algorithmic Accountability of Low-Code/No-Code Artificial Intelligence: A Literature Review
Algorithmic Accountability of Low-Code/No-Code Artificial Intelligence (LCNC AI) presents a significant challenge, as these platforms democratize AI development while diminishing direct oversight. Unlike traditional AI systems, applications built with LCNC AI tools often lack governance structures, increasing risks of bias, opacity, and regulatory non-compliance. Organizations struggle to implement accountability mechanisms as non-technical users deploy AI without comprehensive validation frameworks. This study conducts a Structured Literature Review (SLR) to analyze existing research on algorithmic accountability in LCNC AI. The findings highlight critical risks, governance approaches, and accountability frameworks essential for mitigating ethical and compliance concerns. The study emphasizes the necessity of hybrid governance approaches, integrating organizational oversight with user-driven compliance measures. To bridge research gaps, this study proposes a research agenda aimed at refining ethical and regulatory frameworks for LCNC AI. By providing concrete governance strategies, this study offers practical recommendations for organizations to ensure accountable and responsible LCNC AI deployment.
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