Healthcare AI

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Four Problems. One Root Cause.

Four Problems. One Root Cause.

New peer-reviewed research named 4 critical challenges blocking healthcare AI deployment. The research got the problems right. But three of those four share one root cause nobody is building toward. One doesn't. Here's the response from the real world.

The Context Is the Product

The Context Is the Product

In healthcare, AI can already predict. The hard problem is reasoning, and reasoning depends entirely on context. The physician who takes a complete history, examines carefully, and aggregates everything from the EHR to the nursing home fax is not being thorough. They are building the product.

Listen to the patient.

Listen to the patient.

We evaluated AI health tools by removing the very mechanism that makes diagnosis work, measured what happened, and called it a safety problem. It is not just a safety problem. It is a design problem. Medicine knew this in 1975

Not a Revolution. A Diagnosis

Not a Revolution. A Diagnosis

Two studies this week, one from Google and one from Microsoft, are being celebrated as evidence that healthcare AI has arrived. Read them together and they reveal something more uncomfortable: AI is filling a gap that healthcare created long before any of us started building AI for health.

The Blueprint Was Already There

The Blueprint Was Already There

This week I read three papers that made me happy. JAMA. NEJM. Nature Medicine. All randomized trials. All showing AI outperforming standard care. Then I read the methodology. None of them LLMs. The AI winning in top journals in 2026 was built before the hype cycle. The blueprint was always there.

The 60-Point Gap: Why We're Measuring the Wrong Customer

The 60-Point Gap: Why We're Measuring the Wrong Customer

A Nature study shows LLMs achieve 94.9% accuracy on benchmarks but only 34.5% when laypeople use LLMs on physician-created scenarios. The gap reveals something deeper: We measure the model in isolation. We deploy to a human in distress. The system fails at the intersection.

Do No Harm, Encoded

Do No Harm, Encoded

Asimov gave robots three non-negotiable laws. Medicine gives physicians an oath. Healthcare AI has governance, but no runtime constitution. Until safety principles are enforced at the moment of output, not just in policy documents, we are deploying systems without the equivalent of “do no harm.”