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Responsible AI Design: The Authenticity, Control, Transparency Theory
Journal of the Association for Information Systems (2025)

Responsible AI Design: The Authenticity, Control, Transparency Theory

Andrea Rivera, Kaveh Abhari, Bo Xiao
This study explores how to design Artificial Intelligence (AI) responsibly from the perspective of AI designers. Using a grounded theory approach based on interviews with industry professionals, the paper develops the Authenticity, Control, Transparency (ACT) theory as a new framework for creating ethical AI.

Problem Current guidelines for responsible AI are fragmented and lack a cohesive theory to guide practice, leading to inconsistent outcomes. Existing research often focuses narrowly on specific attributes like algorithms or harm minimization, overlooking the broader design decisions that shape an AI's behavior from its inception.

Outcome - The study introduces the Authenticity, Control, and Transparency (ACT) theory as a practical framework for responsible AI design.
- It identifies three core mechanisms—authenticity, control, and transparency—that translate ethical design decisions into responsible AI behavior.
- These mechanisms are applied across three key design domains: the AI's architecture, its algorithms, and its functional affordances (capabilities offered to users).
- The theory shifts the focus from merely minimizing harm to also maximizing the benefits of AI, providing a more balanced approach to ethical design.
Responsible AI, AI Ethics, AI Design, Authenticity, Transparency, Control, Algorithmic Accountability