Almost opus 5.5 level but cheaper and faster. Anthropic is on it.
Replying to @claudeai
Sonnet 5.5 improves on Sonnet 5 across benchmarks, in some cases dramatically.
It’s a faster, lower-cost complement to Claude Opus 5.5, strongest at well-scoped everyday tasks, fixing bugs, and creating polished documents, slides, and spreadsheets.
Noah Muller retweeted
Today we're introducing updates that make Devin significantly cheaper. It's now:
▪️ 30–40% cheaper in Fusion and Normal
▪️ 15–20% cheaper in Ultra
▪️ Up to 70% cheaper in Devin Review
All while improving capabilities – Devin Fusion now ranks first on FrontierCode 1.1 Extended.
Please welcome GPT-6 Sol and GPT-6 Luna to the GPT-6 universe.
GPT-6 Sol and Luna build on the advances behind GPT-6 Astra, bringing much of its strengths into faster and more affordable models to support work at scale.
We’ve also made caching and inference more efficient, and we’re passing the savings directly to you: 50% lower API prices for Sol and Luna compared with GPT‑5.6 promotional pricing.
Noah Muller retweeted
We ran 18 models across 113 real coding tasks on DeepSWE, then went back and asked a simple question: what if every task had routed to the model that handled it best?
Answer: 97.6% solve rate at $1.88 per task, versus the best model at 74.1% at $6.52.
The next frontier is a router.
Full analysis: fireworks.ai/blog/the-fronti…
Free try on $20 plan
Since Astra burned my Codex sub i am main lining SWE 2. Easily spinning up cloud agents low key kicks ass.
I tried using Jev as a classifier for action routing to determistic action vs LLM calls. Turned out that hard coding the classifications was cheaper(free) and obviously lower latency. Jev is not always the right solution.
It looks like the first sentient upload in this timeline is going to be a fly, not lobster gut bacteria lol
If you still think that LLMs are only stochastic parrots then you are way behind.
We’re sharing a solution to the Navier-Stokes Millennium Prize Problem, one of the deepest problems at the frontier of mathematics.
The proof was produced by a group of agents, using an OpenAI next-generation model significantly more capable than GPT-6 Astra.
The problem concerns whether the description of smooth three-dimensional fluid motion modeled by the Navier-Stokes equations can break down. It has remained unresolved for roughly 90 years.
Noah Muller retweeted
ORNL researchers developed an AI-guided system that can arrange molecules to build functional materials atom by atom, opening new possibilities for electronics and quantum materials.
Read more 👇
bit.ly/4y6QluQ
How to build a bot factory:
1. Pick your harness
2. Develop architecture
3. Let first agent build organization factory bot
4. org factory bot creates more bots
5. Give bots durable context (repos, vaults, docs)
6. Kanban
7. Chron jobs
Ox alpha has pushed to expand into new tools. Over the last couple days I have tried openrouter, pi and Hermes agent to figure out how to best leverage the free compute. I am now using Ox in Hermes to build a bot factory in Hermes. Time to accelerate.
The bid site vibe code bonanza feels like crypto NFTs. Novel but not very useful. Actually not even that novel, there has been pixel purchase ad space sites for a long time.
I hope @openai and codex team listen to the communities response in regards to the proposed reset pricing. It is clearly not worth it for the vast majority of people. Needs to be at least 50% of that price around $40. Even at $40 im not sure I would pay.
Why would anyone pay $80 for a Codex reset?
I could and would just buy either another 5x or 20x sub.
$80 is so high its a joke.
You flood us with resets, every day. Now expect us to be so dumb and foolish, to buy this? Haha.
They will begin to slash our normal limits too. This will become mandatory if you wanna use GPT models, longer than a day.
Really great explanation of model size and reasoning effort vs wisdom and diligence.
many people ask when to use a big model (like sol/fable) at low reasoning effort, vs a small model (like luna/sonnet) at high reasoning effort
i deliberately forced myself to use all the permutations a lot over the last couple of weeks to build intuition, and i realized the difference is "wisdom" vs "diligence"
bigger models are "wiser"
they have seen a lot. they remember a lot. they have a lot of expertise across different domains. they have better intuition, can connects the dots, and come up with creative, inspired ideas
reasoning effort makes a model more "diligent"
it'll assess each option, think through consequences, and figure out edge cases etc more thoroughly
if there are 100 paths ahead, diligence makes the model assess every single one without a miss, but it will not make the model realize maybe the best one is to take none of the 100 paths and instead dig a tunnel
"wisdom" and "diligence" are orthogonal. and now i get why the models are launched the way they were, and not just a single fable level model with 12 different reasoning levels
we're all misled by the way we've been plotting the models with benchmark scores, which are fundamentally flawed because they use a single dimension to measure the model's capability, making us think of model size and reasoning effort as being fungible with each other, while in fact "wisdom" and "diligence" needs to be measured separately
i hope the evals eventually catch up and address this. until then, here's my recommendation for how to choose -
- if the problem you are trying to solve is something you think requires a genius, use a bigger model
- if the problem you are trying to solve is something you think requires a pen and lots of paper, use higher reasoning effort
- if it requires a genius sitting down with a pen and lots of paper, tune up both




















