a year ago, an interviewer called me naive.
all because i said customers would fine-tune open models instead of using frontier APIs. (true story)
this week, we released LFM3 at @liquidai:
small open models built to be specialized.
as a demo, I fine-tuned our 2B vision model to spot defects in drone photos of wind turbines.
before:
LFM3-VL-2B and GPT-6 Luna named the defect correctly in under 10% of images.
after:
a few hours of fine-tuning on one GPU made it jump to 67%.
frontier models are generalists.
your domain-specific problem needs a specialist.
how you can do it too:
1. pick your domain-specific, narrow task and evaluate if a frontier model is sufficient. If not:
2. choose the LFM3 model that fits your data.
3. curate your own examples from your own proprietary data
4. fine-tune in a few hours, even on a single GPU.
5. rerun the evals and deploy anywhere without having to call a cloud API.
Fine-tuning notebooks:
t.co/PrN6QRg6K2
Wind turbine project: t.co/SisXk5KMAW
what task would you specialize a model for first?
Science
Fine-tuned 2B vision model spots wind turbine defects
Leonie fine-tuned LFM3-VL-2B on drone photos of wind turbine defects, raising detection from under 10% to 67% in a few hours on one GPU, compared with GPT-6 Luna.
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- Made with
- LFM3-VL-2B, GPT-6 Luna
- Role
- Post-training at Liquid AI
- Posted








