How leading hospital systems and health networks deploy NeuralCare to improve early detection, reduce mortality, and lower ICU costs.
The Cleveland Clinic Heart & Vascular Institute deployed NeuralCare's cardiology model across its 52-bed cardiac ICU and 11 outpatient clinics. The transformer-based model processes continuous telemetry, lab results, and medication records in real time — surfacing high-risk patients 6–18 hours before clinical deterioration.
Integration with their Epic EHR completed in 3.5 hours using the FHIR R4 connector. GPU inference latency averaged 41ms at peak load — well under their 200ms SLA requirement.
"NeuralCare surfaces patients we would have missed for another 12 hours. At Cleveland Clinic scale, that translates directly to lives saved."— Dr. Michael Torres, Chief of Cardiac Intensive Care
"Federated learning let us train a model on 40 million NHS patients without moving a single row of data. The GDPR compliance pathway was clean."— Dr. Priya Sharma, NHS Digital AI Lead
NHS England partnered with NeuralCare to train a population-scale cancer screening model across 127 NHS Trusts covering 40 million patient records — entirely without centralizing data. Our federated learning protocol ensured full GDPR compliance and NHS Information Governance certification.
Differential privacy with ε=8 was applied to all gradient updates. The resulting model achieves AUC 0.968 on held-out validation sets — surpassing single-institution baselines by 12 points. PyTorch-based local training runs on each Trust's existing on-premise hardware; ONNX Runtime handles cross-platform compatibility.
Johns Hopkins Hospital integrated NeuralCare's sepsis-v5 model across its 1,094-bed main campus and two satellite facilities. The model monitors 47 continuous variables per patient — vital signs, lab trends, medication changes, and nurse-documented observations — updating risk scores every 15 minutes.
Clinical staff receive risk-stratified alerts in the Epic EHR workflow — no new interface to learn. The NeuralCare explainability layer surfaces the three top contributing signals per alert, enabling rapid clinical validation. False positive rate of 8% is 4x lower than conventional SOFA-based screening.
"Six hours is the difference between catching sepsis early and coding a patient. NeuralCare changed our ICU's survival curve."— Dr. Amanda Chen, Director of Critical Care Medicine
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