Table 6. Barriers to safe AI integration in neonatology and proposed mitigations.
AUROC: Area under the receiver operating characteristic curve; CE: Conformité Européenne; EHR: Electronic health record; FDA: US Food and Drug Administration; FHIR: Fast Healthcare Interoperability Resources; GIRISH: Goal, Input, Role, Iterative refinement, Safety verification, and Human accountability; HL7: Health Level Seven; IMDRF: International Medical Device Regulators Forum; LLM: Large language model; LMIC: Low- and middle-income country.
| Domain | Specific barrier | Proposed mitigation |
| Data infrastructure | EHR non-interoperability; data silos; LMIC underrepresentation in training data | HL7 FHIR standards; Vermont Oxford Network data sharing; federated learning; globally representative collection mandates |
| Algorithmic quality | Class imbalance; unreported calibration; poor generalizability to the local population | Multicenter consortia; external-validation mandates; standardized reporting (Brier score with AUROC); post-deployment monitoring |
| Regulatory | Undefined pathways for adaptive AI; approval slow relative to model improvement | FDA/CE adaptive frameworks; pre- and post-market reporting; IMDRF harmonization; explicit mapping of clinical AI use to the FDA AI/ML SaMD Action Plan [28] and EU AI Act high-risk requirements [29] |
| Clinician adoption | Limited AI literacy; alert fatigue; no AI training in fellowship curricula; liability concerns | NeonatAIlogy curriculum; GIRISH as an accessible entry point; co-design with bedside clinicians; transparent performance dashboards |
| LLM-specific risks | Hallucination; no real-time integration; confidentiality risk with unstructured prompts | Mandatory GIRISH deployment; red-flag training (Table 2, S step); enterprise-only platforms; MV-GIRISH for resource-limited settings; accountability- and verification-based mitigation of automation bias [19] |
| Equity and access | Performance disparity across populations; enterprise-LLM cost in LMICs | LMIC-representative training; open-source development; low-bandwidth deployment; MV-GIRISH |