Launch from the workflow.
Open VitalSearch from an approved patient or task context, with access limited to what the health system permits.
VitalSearch brings patient-aware, evidence-backed answers into the clinical workflow—so care teams move faster and health systems can see exactly what supports every response.
Relevant chart context is applied before evidence retrieval.
Context appliedVitalSearch is designed to help clinicians move from uncertainty to an inspectable answer without leaving the workflow—and without asking the health system to trust a black box.
Is the current anticoagulation plan appropriate for this patient?
Patient context appliedThe current plan warrants review because renal function, age, and concurrent therapy may change bleeding risk. Confirm dose criteria, the direction of renal change, and interacting medications before taking action.
VitalSearch is designed around the moment a clinical question emerges—not around a separate research workflow clinicians have to learn.
Open VitalSearch from an approved patient or task context, with access limited to what the health system permits.
The question is interpreted alongside relevant patient factors, role, setting, medications, and workflow state.
Review the structured response, supporting sources, safety notes, uncertainty, and why the evidence applies.
The organization retains a reviewable record of the question, context, evidence, response, and user interaction.
A clinical answer changes when the patient changes. VitalSearch is designed to apply the relevant patient, medication, role, and workflow context before evidence is retrieved.
The response is only the beginning. VitalSearch keeps the source hierarchy, relevance, recency, and patient applicability visible so clinicians can inspect what supports the answer.
Clinical AI should be inspectable before it becomes influential. VitalSearch is designed to give health systems visibility into how answers are generated and used.
The enterprise prototype is being built around the controls, integration patterns, and validation steps required to evaluate clinical intelligence responsibly.
Designed for approved SMART on FHIR launch patterns and a read-only starting point inside representative EHR workflows.
Role-based access, enterprise authentication patterns, and least-privilege data access are part of the validation architecture.
Evidence and interaction metadata are structured so quality, safety, and governance reviewers can examine system behavior.
Begin with synthetic FHIR data, representative roles, and scenario-based testing before considering live clinical deployment.
A focused six-to-eight-week design-partner pilot can evaluate the product experience, evidence quality, safety behavior, workflow fit, and audit completeness in a synthetic environment.
VitalSearch is being designed as clinical decision-support infrastructure. It helps surface evidence and patient-relevant considerations; clinicians and health systems retain responsibility for clinical judgment and action.
No. The initial enterprise prototype and design-partner pilot are intended to begin read-only, using synthetic data and representative workflows.
The product is designed to show the sources behind the answer, the patient context that shaped retrieval, safety or uncertainty notes, and a reviewable interaction record.
A strong design-partner group usually includes a clinical champion, clinical informatics, patient safety or quality, pharmacy when relevant, IT or integration, and an AI-governance or compliance stakeholder.
The proposed evaluation focuses on clinical usefulness, source relevance, safety behavior, workflow usability, context accuracy, and completeness of the audit trail.