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I use it as a drop in replacement for LLMs I had previously doing filtering and classification in a pipeline. It's loads cheaper and faster with roughly equivalent performance on my own internal tests. The confidence scores (which are also reasonably well calibrated on my data) are a super nice bonus.
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For me it's using 1 Jev call to ask 5 questions, instead of what I had before.

What I had before was basically:

- 1 classifier question

- if ok, do some heavy computation

- after heavy computation, another classifier

So now what I do is:

- Jev with the 1st and 3rd classifier

- if ok, heavy computation

I can classify many things at once, and it's cheaper and faster than 1 for sure and 1 maybe classification that I had before.

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^ Same here. so much faster and cheaper than using an LLM to return structured data
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Automatic tagging of images is what I'm doing with it. I'm using a modified Gemma model, which ingests images (and audio, for that matter).
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You can turn a lot of process and workflow systems into deep decision trees.

My team hasn't finished writing their blog posts yet, but the customer demos [2] went out the moment TypeSafe took our call and sorted all the paperwork out.

There's a tiny section at the bottom of the demo which explains how it actually works (or the github repo is the code).

We have a single decision API[1] over all similar models, so we run evals across all the "System One" api products & definitely don't trust any benchmark that you haven't run. All standardized benchmarks have been benchmaxxed already.

PS: just in case it wasn't clear, the demo is a game where we play to calibrate the human vs machine decision making (or just do it in auto-pilot mode).

[1] - https://github.com/prasanthj/duckdb-dual-cognition

[2] - https://demos.isotopes.ai/demo/apps/chain-command

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it's actually more usefull than it looks. it is not much useful on its own but it can play a big role in a complex workflow or custom harness.

i used luna 5.6 as the ranker/filter to remove useless items from upstream rag(mixing embedding, regex etc) and it did a good job but took 5-10 seconds each time. now less than 1 second and no observable precision loss. hope it helps

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I found an example online, I cannot find the github again, but it was interesting: an instant dynamic generation of React component, you type what you want to build using natural language, and it directly add one to the page.

If I remember well, in the background, it does the multi-choice question: "What is the component requested ? --> Calendar, Slider, ..."

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It’s good for automatically categorising or reviewing stuff which is free text.
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scoped classification
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Judging from the tilte, I guess dreams.
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