this post was submitted on 09 Feb 2026
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Funny because medical diagnosis is actually one of the areas where AI can be great, just not fucking LLMs. It's not even really AI, but a decision tree that asks about what symptoms are present and missing, eventually getting to the point where a doctor or nurse is required to do evaluations or tests to keep moving through the flowchart until you get to a leaf, where you either have a diagnosis (and ways to confirm/rule it out) or something new (at least to the system).
Problem is that this kind of a system would need to be built up by doctors, though they could probably get a lot of it there using journaling and some algorithm to convert the journals into the decision tree.
The end result would be a system that can start triage at the user's home to help determine urgency of a medical visit (like is this a get to the ER ASAP, go to a walk-in or family doctor in the next week, it's ok if you can't get an appointment for a month, or just stay at home monitoring it and seek medical help if x, y, z happens), then it can give that info to the HCW you work next with for them to recheck things non-doctors often get wrong and then pick up from there. Plus it helps doctors be more consistent, informs them when symptoms match things they aren't familiar with, and makes it harder to excuse incompetence or apathy leading to a "just get rid of them" response.
Instead people are trying to make AI doctors out of word correlation engines, like the Hardee boys following a clue of random word associations (except reality isn't written to make them right in the end because that's funny like in South Park).
I think ~~I~~ you just described a conventional computer program. It would be easy to make that. It would be easy to debug if something was wrong. And it would be easy to read both the source code and the data that went into it. I've seen rudimentary symptom checkers online since forever, and compared to forms in doctors' offices, a digital one could actually expand to relevant sections.
Edit: you caught my typo
They're talking more about Expert Systems or Inference Engines, which were some of the earlier forms of applications used in AI research. In terms of software development, they are closer to databases than traditional software. That is, the system is built up by defining a repository of base facts and logical relationships, and the engine can use that to return answers to questions based on formal logic.
So they are bringing this up as a good use-case for AI because it has been quite successful. The thing is that it is generally best implemented for specific domains to make it easier for experts to access information that they can properly assess. The "one tool for everything in the hands of everybody" is naturally going to be a poor path forward, but that's what modern LLMs are trying to be (at least, as far as investors are concerned).