Equity by Design: Harnessing AI TRiSM for Socially Responsible Innovation
Keywords:
Explainability , Risk, Governance, Trust , EquityAbstract
The rapid expansion of artificial intelligence (AI) into socially sensitive domains such as healthcare, education, energy, and finance has intensified calls for innovation that foregrounds equity, accountability, and public trust. This article advances the framework of "Equity by Design," demonstrating how AI TRiSM—Trust, Risk, and Security Management—can be strategically harnessed to centre social responsibility throughout the lifecycle of AI systems. Synthesizing findings across human-computer interaction, policy studies, and algorithmic ethics, we argue that achieving truly equitable AI requires more than technical post-processing or regulatory compliance; it demands intentional, participatory design processes that embed trustworthiness, stakeholder engagement, and risk mitigation from inception. Drawing from empirical research, we examine how dimensions of trust—spanning statistical reliability, explainability, and user-centred design—directly influence the acceptance, calibration, and societal impact of AI technologies. We further elaborate on the necessity of preemptively identifying and addressing ethical risks such as bias, discrimination, and technological uncertainty through comprehensive socio-technical assessments, highlighting mechanisms by which risk governance can avert social harms and amplify AI’s positive outcomes. The article presents cross-sectoral case analyses to illustrate actionable pathways for operationalizing AI TRiSM, including participatory auditing, transparent explanation interfaces, and adaptive governance strategies tailored to diverse social and regulatory contexts. Ultimately, we contend that "Equity by Design"—anchored in the rigorous application of AI TRiSM—constitutes a transformative paradigm for innovation, empowering organizations and policymakers to embed justice, inclusivity, and sustainable trustworthiness into the fabric of emerging AI systems. By bridging technical rigor with social responsibility, this approach offers a roadmap toward accountable and equitable AI that advances the collective well-being of historically underrepresented communities and society at large.
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Copyright (c) 2025 International Journal of Multidisciplinary Global Research

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