Built for Every Point of Care.
DxRx AI adapts to the clinical environment — from the emergency department to the outpatient clinic. See how health systems are deploying it across their most critical workflows.
Faster triage. Fewer missed diagnoses.
A 58-year-old presents with chest pain, diaphoresis, and mild dyspnea. The ED is at 140% capacity. The attending has 4 minutes before the next patient.
Manual review of ECG, troponin, and history. Differential built from memory. Risk stratification by intuition. Average time to ACS diagnosis: 47 minutes.
DxRx AI ingests ECG, labs, vitals, and history in real time. Within 90 seconds: ranked differential with ACS at 94% confidence, HEART score calculated, cath lab notification pathway surfaced.
Complex inpatients. Clearer decisions.
A 72-year-old with DM2, CKD stage 3, and CHF is admitted with worsening dyspnea and new confusion. Three consulting services. Conflicting recommendations.
Hospitalist synthesizes notes from cardiology, nephrology, and neurology. Treatment plan delayed 6 hours pending specialist consensus. Medication reconciliation done manually.
DxRx AI synthesizes all structured and unstructured data across the chart. Flags AKI-on-CKD as primary driver, surfaces evidence-based diuresis protocol, and screens all proposed medications against the patient's renal function and drug interactions.
Sepsis identified before it escalates.
A post-surgical patient on day 2 develops a low-grade fever and mild tachycardia. Nursing flags it. The team is occupied with a code on the floor.
Sepsis criteria not formally calculated. Antibiotics delayed 4 hours. Patient deteriorates to septic shock overnight.
DxRx AI continuously monitors vitals and labs. Detects early sepsis criteria (qSOFA 2, rising lactate trend) and generates an alert with recommended blood culture protocol and empiric antibiotic pathway — before the team is available.
Chronic disease. Consistent management.
A primary care physician sees 28 patients per day. A 45-year-old with poorly controlled T2DM, hypertension, and new microalbuminuria needs a medication adjustment.
Physician recalls ADA guidelines from memory. Misses the updated SGLT2i recommendation for CKD protection. Prescribes metformin dose increase instead.
DxRx AI surfaces the current ADA/KDIGO guideline recommendation for SGLT2i in T2DM with microalbuminuria, checks for contraindications, and presents the evidence summary — in the EHR, during the visit.
Deployed across the full care continuum.
Same workflow. Smarter decisions.
DxRx AI surfaces recommendations inside the EHR — not in a separate application. Clinicians never context-switch. The AI works in the background, surfacing insights at the right moment in the clinical workflow.
Triggered automatically
Recommendations surface when a patient chart is opened or when key data changes — no manual activation required.
Embedded in the chart
A native panel within Epic, Cerner, or your EHR of choice. No separate login, no separate screen.
Clinician controls the decision
DxRx AI recommends. The clinician decides. Every recommendation is one click to accept, modify, or dismiss with a reason.
See It in Your Clinical Environment.
We'll configure a live demo using your EHR and patient population data.