Agent
Patient Interview
Starts with patient priorities, not clinician assumptions.
CRISP Live
CRISP Live shows how I use agents as a reasoning team. Not as one hidden answer, but as a visible process with roles, challenges, artifacts, and review.
The point is simple: if an agent workflow supports healthcare thinking, the reasoning should be inspectable.
Agent map
Why it matters
Healthcare reasoning is full of tradeoffs. A useful agent setup should not hide those tradeoffs behind a polished final paragraph.
CRISP Live makes the reasoning process visible. One agent frames the case. Another checks evidence. Another challenges assumptions. Another handles safety. The final output only becomes useful after the challenge loop has changed it.
That makes it useful for teaching, workshops, and explaining what a practical multi-agent workflow can do.
Agent roles
The system works because the roles are bounded. No single agent is asked to do everything.
Agent
Starts with patient priorities, not clinician assumptions.
Agent
Turns the patient story into function, activity, participation, and context.
Agent
Chooses what to measure, when to reassess, and what threshold matters.
Agent
Checks external evidence and makes the implication visible.
Agent
Challenges weak assumptions, missing risk, and premature closure.
Agent
Builds one coherent plan after the challenges have been handled.
Agent
Checks safety, evidence traceability, and patient-centered consistency before sign-off.
Replay model
Stores the case run: mode, patient label, created time, and event count.
Stores the visible timeline: status, challenge, response, and artifact events.
Stores the written outputs: reasoning notes, plans, handouts, audits, and reports.
Adds structured trace rows for more advanced replay and workflow analysis.
Artifacts
That is the part I care about most. A useful agent workflow should leave behind a trace: what was considered, what was challenged, what changed, and what still needs human judgment.
Where it fits
It sits next to Practice Shift and EBPcharlie as another example of turning process into a product surface.
Clinical boundary