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Domain 01 / 10

Intake & Access

The patient's first contact with the system — symptom capture, triage, scheduling, and admin clearance — handled end to end before a human is involved.

How it works

  1. 1Patient initiates contact via chat, voice, or kiosk
  2. 2AI triage assesses acuity and routes to the right care setting
  3. 3Eligibility, benefits, and prior authorization checked automatically
  4. 4Scheduling engine matches acuity, specialty, location, and capacity
  5. 5Identity verification and consent completed self-service
  6. 6No-show risk scored; slots dynamically rebalanced

Autonomy today

Chatbot triage and self-scheduling are common; prior auth and eligibility checks are still largely manual or semi-automated.

In ~5 years

Fully autonomous intake-to-scheduled-visit pipeline for the majority of non-emergent cases, with human escalation only for ambiguous triage.

Flaws & risks

  • Triage AI can under-call or over-call acuity — false negatives are the dangerous failure mode
  • Prior auth automation depends on payer API cooperation, which is uneven
  • Digitally excluded patients need a fallback path, not just a worse one

Who's building it

Free preview · full directory in Pro
Ada HealthmatureAI triage

Symptom assessment and triage engine used by health systems and payers.

InfinitusemergingEligibility/benefits automation

Voice AI automating benefits verification calls to payers.

Qure4u / PhreesiamatureSelf-service registration

Patient intake, forms, and consent digitization.

Preparation checklist

  • Audit current intake flow for manual handoffs that could be automated first
  • Establish payer API connections ahead of prior-auth automation
  • Define an escalation SLA for AI-triage edge cases