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Every trained policy and every dataset for LeMonkey is published under the
HBOrtiz/ organization on the Hugging Face Hub.
This file is the single inventory: what each artifact is, how it was built, and
which one is the deployed/recommended one.
All policies are SmolVLA-450M fine-tuned from
lerobot/smolvla_base: the
SmolVLM2 vision-language backbone is kept and the flow-matching action expert
is trained on per-eval data. Datasets use the
LeRobot v3 format.
Deployed Eval 1 policy: SmolVLA-450M, 25k steps from smolvla_base, image augmentation on. Final checkpoint at the repo root, intermediates under checkpoints/.
Deployed Eval 2 policy: SmolVLA-450M, 25k steps from smolvla_base, image augmentation on. Final 25k checkpoint at the repo root, intermediates under checkpoints/{005000..025000}/.
Eval 3 publishes several models. The two deployed on eval day are the 5:1 cotrain (for in-distribution celebrities) and the broad (for out-of-distribution). Three more variants are published for reproducibility and comparison: the 10:1 cotrain, the cotrain + KLAL attention-supervised variant, and the Pi0.5 variant. The PaliGemma VQA warm-start that initialises the Pi0.5 backbone is also published.
SmolVLA-450M co-trained on robot episodes and vision-language grounding pairs at a 5:1 robot-to-vision-language ratio. Single-camera inference contract (camera1). Checkpoints nested under step_NNNNNN/.
SmolVLA-450M co-trained on the 192-celebrity robot dataset plus the 192-celebrity vision-language grounding pairs. The 25k checkpoint is deployed at the repo root, intermediates under checkpoints/.
Same SmolVLA + robot + vision-language co-training as the deployed cotrain, but at the standard ObjectVLA 10:1 robot-to-vision-language ratio. Less VL pressure than the deployed 5:1 model.
SmolVLA cotrain plus the KLAL (KL-divergence attention loss) attention-supervision objective. Steers the VLM attention toward the named celebrity's portrait bounding box during training.
9,394 episodes / 5,053,972 frames: real base teleops plus identity-preserving augmented variants of the can placed on Taylor Swift / Barack Obama / Yann LeCun portraits. 15 prompt templates (5 paraphrases per celebrity).
56,202 vision-language pairs over 9,367 frames. Each pair links a portrait bounding box to the celebrity's name (two caption types: location-to-name and name-to-location). The grounding signal for co-training.
9,842 episodes / 5,294,800 frames: real base teleops plus identity-preserving augmented variants drawn from a 192-celebrity scraped photo bank. Robot half of the broad cotrain.
176,670 grounding pairs over 9,815 frames, covering 192 celebrities. The grounding half of the broad cotrain that produced so101_smolvla_eval3_broad.
How the Eval 3 datasets were built
A few hundred real teleop episodes were multiplied into millions of frames by
an identity-preserving augmentation pipeline in eval_3/aug/:
each base episode is re-rendered with different celebrity faces inpainted onto
the printed portraits. The bounding box and identity of every portrait is known
by construction, so the vision-language grounding pairs are emitted
automatically alongside. Co-training SmolVLA on both streams puts the celebrity
knowledge into the policy weights themselves. See eval_3/README.md.
Notes
The Hugging Face repos are under the team organization HBOrtiz and are all public.
Older or superseded artifacts from earlier iterations also exist on the Hub
but are not listed here. The tables above are the current, deployed set.