Page 5 of 8~104 min topic

AI and human capability

Diagnose common failures: detecting image defects

Failures appear when teams treat fluency as competence or rarity as impossibility.

~13 min this pageDiagnose common failures — plausible mistakes and warning signs

1Learn the idea

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Radiology-adjacent overclaim in a vendor pitch

See it

Different strengths

Humans excel

Values · accountability · lived context · taste

AI excels

Speed · scale · pattern match · draft volume

AI is fast at patterns · humans own meaning, stakes, and care

Name failures specifically. Dr. Ada Okonkwo refuses the single bucket “the AI messed up” when discussing detecting image defects at Cedar Clinic. Separate data problems, task-framing problems, interface problems, and governance problems. Each needs a different repair, and only some involve retraining—keep the standing case (assign transcription to software but keep diagnosis with clinicians) in the room.

During a real interruption at Cedar Clinic, Dr. Ada Okonkwo stress-tests “Radiology-adjacent overclaim in a vendor pitch” on detecting image defects: one queued question, one hurried call, one hallway challenge. If the idea only works in a quiet workshop, it will not survive the standing case (assign transcription to software but keep diagnosis with clinicians).

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Underusing tools on tedious drafts

Build a tiny failure gallery with detecting image defects and negotiating a family disagreement. For each, describe a plausible confident mistake, the first human who should notice at Cedar Clinic, and a fix that is not “ask it again.” Plausibility matters: cartoon failures do not train judgment for Dr. Ada Okonkwo.

Count something crude about detecting image defects—misses last week, minutes lost, or people affected—and write the number beside negotiating a family disagreement. Dr. Ada Okonkwo needs that comparison before anyone at Cedar Clinic declares victory on the standing case (assign transcription to software but keep diagnosis with clinicians).

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Rubber-stamp review after the fact

List warning signs around detecting image defects that justify slowing public claims even if a pilot continues privately: missing owners, no logged overrides, identical outputs for dissimilar people, vendors who will not state training scope. When several signs coincide, freeze marketing language tied to the standing case (assign transcription to software but keep diagnosis with clinicians).

On “Rubber-stamp review after the fact”, Dr. Ada Okonkwo edits language about detecting image defects the way an editor would: strike “sentient,” “infallible,” and “just a tool” wherever they hide responsibility inside Cedar Clinic. negotiating a family disagreement stays nearby as a plain-language control.

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Confusion between defect detection and diagnosis

Write one stop condition for detecting image defects with authority attached—a named role at Cedar Clinic who can pause use. Stop conditions without authority are theatre. Dr. Ada Okonkwo gets initials on the page before the next launch review, and uses negotiating a family disagreement to show what “pause” looks like in a simpler system.

For “Confusion between defect detection and diagnosis”, a second person at Cedar Clinic challenges Dr. Ada Okonkwo’s note on detecting image defects and asks whether negotiating a family disagreement already solves most of the need with less mystery. That challenge is part of finishing the standing case (assign transcription to software but keep diagnosis with clinicians), not a delay tactic.

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Before you start

Why this matters

Invent one confident wrong output for detecting image defects that would look fine in a screenshot. Dr. Ada Okonkwo classifies the miss as data, framing, interface, or governance—and says which fix comes first. Repeat once for negotiating a family disagreement with a different class.

Check your understanding

Page assessment

Answer from memory. Completion is saved from this evidence, not from opening the next page.

1. In Dr. Ada Okonkwo’s scene, what bounded task does detecting image defects perform at Cedar Clinic?
2. Which observation would most change your judgment about detecting image defects, and why?
3. How should negotiating a family disagreement alter the quality bar or the language you use?
4. Who can correct a miss before harm spreads, and what authority do they need?
5. How does this page advance the case: assign transcription to software but keep diagnosis with clinicians?

All responses are required.