Care teams need earlier visibility into patient risk.
Healthcare Predictive Analytics
Sriya.AI applies Numerical AI to structured clinical and operational data to identify patients at elevated risk — supporting, not replacing, clinical judgment.
Structured clinical and operational records from care settings.
Readmission and sepsis-onset risk signals for review.
Prioritize follow-up while clinicians remain responsible.
Unplanned readmission risk — HURRA
HURRA is Sriya.AI's approach to identifying patients at the highest risk of unplanned readmission within 30 days of discharge, using structured clinical and operational data, so care teams can prioritize follow-up and intervention for the patients most likely to benefit.
Sepsis onset detection — HOSRA
HOSRA is Sriya.AI's approach to detecting early signs of sepsis onset from structured patient data, aiming to support earlier clinical awareness rather than to serve as a standalone diagnostic tool.
Patient risk identification
Both HURRA and HOSRA are examples of the same underlying pattern used across Sriya.AI's Numerical AI solutions: predicting a risk score from structured data so a human care team can act on it — here, applied to Large Numerical Model technology on clinical and operational records.
As a medical advisor for Sriya.ai, I am continually impressed by its potential to transform patient care. Sriya.ai precisely predicts which patients are at the highest risk of hospital readmission within 30 days and identifies the specific vulnerabilities contributing to that risk — empowering healthcare providers to implement proactive, targeted interventions.
Healthcare Predictive Analytics: frequently asked questions
How can predictive AI support healthcare?
Sriya.AI's healthcare predictive analytics focus on identifying patients at the highest risk of unplanned 30-day readmission (HURRA) and detecting early signs of sepsis onset (HOSRA), so providers can act on proactive, targeted interventions.
Is this a medical diagnosis tool?
No. It is presented as predictive analytics to support clinical decision-making and risk identification — not a medical diagnosis or treatment.
What data does it use?
Structured clinical and operational data from care settings, consistent with Sriya.AI's broader approach of applying Large Numerical Models to structured records rather than unstructured clinical notes.