Kardia brings Strain Field Theory to healthcare. Real-time acuity load, shift-handoff integrity, ED flow, and nurse-to-patient coverage — scored as one signal: Tempo. Same engine as Pulse and Kairos. Healthcare domain schema.
“Kardia is running low tempo Tuesdays 6–8:20am. Staffing combinations aren’t matching demand curve. Optimize.”
One number. Shift-legible. The charge nurse’s read on the floor.
Hospitals and health systems. Clinical operations. Acuity, handoff, ED flow, and nurse-to-patient strain across a networked care environment.
EMT, Fire, and first-responder operations. Crew allocation, multi-agency coordination, and call-volume strain at the field edge.

Kardia is at architecture stage. Confidence numbers below reflect early-build posture, not field validation.
Door-to-provider strain, boarding pressure, and arrival-curve forecasting. Tempo drops when acuity outpaces capacity.
Nurse-to-patient ratio strain across handoff windows. Detects coverage gaps before they become adverse events.
Staffing combinations scored against demand curve. Flags mismatched coverage before the shift starts, not after.
Multi-agency crew allocation under concurrent call volume. The bridge surface between Kardia and Responder Lite.
Cross-hospital tempo aggregation and cascade detection. When one facility drops, the network feels it.
One engine: Forge. One math: Strain Field Theory. One trust protocol: Covenant. Kardia’s strain nodes are the healthcare schema — acuity load, shift handoff, ED flow, nurse-to-patient ratios, and coverage gaps. The surface is clinical. The calibration is the same.
Kardia is early. Architecture is in place; the clinical surface is being shaped with domain partners. We’re scoping conversations with health systems and first-responder agencies willing to help us build it right.
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