Defining operational safety in clinical artificial intelligence systems - Summary - MDSpire
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Establishing Safety Standards for Clinical Artificial Intelligence Systems

  • By

  • Young-Tak Kim

  • Hyunji Kim

  • Manisha Bahl

  • Michael H. Lev

  • Ramon Gilberto González

  • Michael S. Gee

  • Synho Do

  • February 20, 2026

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Objective:

To introduce a framework for assessing the operational safety of clinical AI systems beyond conventional accuracy metrics.

Key Findings:
  • The SA-ROC framework reveals that a model with a higher AUC may not be operationally safer.
  • In a case study of two FDA-cleared cancer screening algorithms, the one with superior AUC was less safe for high-confidence screening.
Interpretation:

The SA-ROC framework allows for active governance in clinical AI, translating policy into workflows that enhance operational safety and complement regulatory evaluations.

Limitations:
  • The framework's applicability may vary across different clinical contexts.
  • Further validation is needed to generalize findings across diverse AI systems.
Conclusion:

The SA-ROC framework provides a structured approach to assess and ensure the safety of AI systems in clinical settings, promoting responsible AI adoption.

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