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Closing the AI benefits gap: Systems design for population health equity
Jessica Morley1, Luciano Floridi2
1Digital Ethics Center, Yale University, 85 Trumbull Street, CT, 06510, United States.
Artificial Intelligence (AI) in healthcare shows limited population health improvements due to inadequate foundations and an individual-level focus. Realigning AI to population health goals and co-creating solutions with diverse stakeholders is crucial for realizing its potential.
Area of Science:
- Public Health
- Health Informatics
- Artificial Intelligence
Background:
- Artificial Intelligence (AI) promises to enhance healthcare effectiveness, efficiency, and equity, but widespread benefits and population-level outcome improvements are not consistently observed.
- Current AI applications in healthcare often face challenges in scaling and demonstrating tangible population health gains, despite successful implementations.
Purpose of the Study:
- To identify the root causes of the "benefits gap" in healthcare AI implementation.
- To propose a new framework for AI development and deployment in healthcare to achieve population health objectives.
Main Methods:
- Analysis of challenges and limitations in current AI healthcare applications, drawing from the 2024 Global Health in the Age of AI symposium.
- Argumentation for a fundamental shift in AI's function and foundational design in healthcare.
Main Results:
- The "benefits gap" in healthcare AI is attributed to two core issues: inadequate foundational infrastructure and an inappropriate focus on optimizing individual health rather than population health.
- Existing policy interventions are insufficient to close this gap; a systemic redesign is required.
Conclusions:
- AI must be repurposed for population-level health functions, supported by robust, systems-designed foundations.
- Co-creation of AI's function and foundations by affected communities, healthcare professionals, and AI developers is essential to realize AI's population health potential and prevent a "healthcare AI winter".
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