The leaderboard you don't have to trust
A benchmark score you can't re-run is a press release. Peakstone ranks open & local models on coding, math, agentic and safety tasks by their held-out score โ only challenges published aftera model's release, so it couldn't have trained on them โ and every result is a signed, content-addressed run. Reproduce one on your own GPU and it counts toward the community-verified tier โ the tier that ranks.
Run it on your own hardware. The dashboard shows the board filtered to models that fit your GPU, serves and reproduces any run, then lets you submit your own signed results.
Leaderboard
Every model ranked by its held-out score โ plus agentic, planner and safety lenses.
Challenges
The verifiable corpus, with empirical pass-rates as the difficulty signal.
Submit a run
Benchmark a model on your own hardware and publish the signed bundle.
Evolution
The held-out capability frontier of open models over time.
Once installed
Peakstone isn't just a leaderboard โ it's a full local stack: a hardware dashboard, a model-swapping OpenAI gateway, and a browser chat UI.
Launch the dashboard
$ peakstoneThe terminal UI: the leaderboard filtered to yourGPU, browse & download models, run the benchmark, and keep a wishlist of models to test.
Chat with your models
$ peakstone serveStarts a local gateway that loads models on demand, then open the built-in chat UI at localhost:12434/chat.
Use the OpenAI API
http://localhost:12434/v1Point any OpenAI-compatible app or SDK at it. The model field selects which local model to serve โ no per-model servers to manage.
Drop-in OpenAI example
from openai import OpenAI
client = OpenAI(base_url="http://localhost:12434/v1", api_key="local")
client.chat.completions.create( # the model field picks which local
model="qwen3-coder", # model to load โ the gateway swaps it in
messages=[{"role": "user", "content": "refactor this function..."}],
)