A $500 RL fine-tune of a 9B open model beat frontier models on catalog review
1–10 of 141 posts
Re: A $500 RL fine-tune of a 9B open model beat frontier models on catalog review
#2From the article it’s not clear how the scorer grades every episode - was it a frontier model that assigned the grade? How does that continue to work as the model that is being fine-tuned becomes better at the task than the frontier model?
Re: A $500 RL fine-tune of a 9B open model beat frontier models on catalog review
#3We can see this already with GPT how luna can do 90% of what sol is used for. The only reason why china still bothers 'distilling' models is accurate training data generation, something that oai and anthropic had to spend years collecting while trying to dodge legal challenges.
The more intelligent models get, the more people will offramp to cheaper solutions that get the job done. There's no real benefit to using a sota model when the accuracy is already 99% and I think that is the biggest danger to US labs.
Re: A $500 RL fine-tune of a 9B open model beat frontier models on catalog review
#4Re: A $500 RL fine-tune of a 9B open model beat frontier models on catalog review
#5Re: A $500 RL fine-tune of a 9B open model beat frontier models on catalog review
#6What I really started to notice is that SOTA models are really good at putting themselves out of the job. We can see this already with GPT how luna can do 90% of what sol is used for. The only reason why china still bothers 'distilling' models is accurate training data generation, something that oai and anthropic had to spend years collecting while trying to dodge legal challenges. The more intelligent models get, th…
Anything else? Sure use a cheaper model.
Re: A $500 RL fine-tune of a 9B open model beat frontier models on catalog review
#7What I really started to notice is that SOTA models are really good at putting themselves out of the job. We can see this already with GPT how luna can do 90% of what sol is used for. The only reason why china still bothers 'distilling' models is accurate training data generation, something that oai and anthropic had to spend years collecting while trying to dodge legal challenges. The more intelligent models get, th…
The upper end is all about coding. If I have terra on extra high write code, Sol will find a plethora of bugs and rip the code apart. Anything else? Sure use a cheaper model.
Re: A $500 RL fine-tune of a 9B open model beat frontier models on catalog review
#8What benchmark is it? Is it super niche?
Re: A $500 RL fine-tune of a 9B open model beat frontier models on catalog review
#9Share of the maximum achievable score our GRPO-trained 9B open-source model reached on catalog review, vs 76.9% for the best frontier configuration: a 13.5% relative improvement over the frontier, and 36% over its own untrained base (64.2%). The five frontier models, even with optimized prompts, plateaued within a tenth of a point of each other; the trained specialist cleared that ceiling."
_______
This is hard for me to believe. I have a lot of skepticism that frontier models like GPT 5.5 that are likely 2T+ parameters in size only got about 12% more accurate than an untrained 9b parameter LLM.
Re: A $500 RL fine-tune of a 9B open model beat frontier models on catalog review
#10What I really started to notice is that SOTA models are really good at putting themselves out of the job. We can see this already with GPT how luna can do 90% of what sol is used for. The only reason why china still bothers 'distilling' models is accurate training data generation, something that oai and anthropic had to spend years collecting while trying to dodge legal challenges. The more intelligent models get, th…
The upper end is all about coding. If I have terra on extra high write code, Sol will find a plethora of bugs and rip the code apart. Anything else? Sure use a cheaper model.
And sometimes it's not about the model, it's just about refining the search space. E.g. I've had Opus write tests and GPT 5.5 write the implementation passing all the tests. Then ask about that specific implementation and find some real corner cases. Add those to tests, etc.
But the other fun trick that's been working better and better on the GPT-5.6 series is that even the lower-end models can find the things they didn't think of first when inspecting the already-written output.
I think there's still a bit of hard-to-quantify "creativity" to the bigger models - especially when trying to untangle (a) is this edge case that the model built a complicated way to avoid real/worth worrying about and also (b) even if it is real, is there not a better way to mitigate it? But it might be confirmation bias, in a way that definitely didn't use to be true about GPT-5.3 for planning and Composer 2 for implementation, say.