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Open weightsUC Berkeley / Stanford / CMU/10 trustMetrics-checked

Octo

Open-source generalist robot policy, 93M params, 800K trajectories.

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About

Octo is an open-source generalist policy for robotic manipulation from UC Berkeley, Stanford, CMU, and Google DeepMind, published in May 2024. This transformer-based policy with a diffusion action head was trained on 800,000 trajectories from the Open X-Embodiment dataset, the largest robot manipulation dataset at the time.

Octo can be instructed via language commands or goal images and fine-tuned to new observation and action spaces within hours on consumer GPUs. At just 93M parameters (Octo-Base), it achieved performance comparable to the 55B closed RT-2-X, making it one of the first practical open foundations for vision-language-action robotics.

Specs

Context window

Pricing

Free quota

API access

Weights

Open weights

Released

May 1, 2024

Benchmarks

Provider-reported unless a source says otherwise. Benchmarks are marketing-adjacent by nature — treat them as directional.

Use cases

roboticsmanipulationpolicy-finetuningembodied-ai

Trust score — 7/10

/10 trustMetrics-checked

Scored 7/10 (metrics tier, metrics-v1). Evidence: Verified via vendor site/docs/GitHub and reputable coverage, wave 66; Trending score 66/100 from researcher assessment.

Sources