good job, congratulations
We are releasing Dyna-2.1, the first Physical Agent that achieves reliable super long-horizon whole-body autonomy. It combines our brand-new semi-humanoid hardware with an agentic system built around Dyna-2 to handle ultra-long real-world workflows.
Here is an uncut footage of Dyna-2.1 completing an entire hour-long laundry room workflow, just like a human does.
Very impressive result. Curious how much of the gain comes from better visual reasoning vs. better long-horizon action planning. Would love to see Astra tested on more precision-heavy tasks next.
S1 may be trained one-shot learning, not emergent ICL: human video as prompt, robot action trajectories as supervision. Paired data is key.
OpenBot retweeted
ok, so if i understood this correctly, the “in-context learning” ability was essentially baked into the model at training time. roughly speaking, the policy is trained to do something like:
(demo video, current obs) → action
this is quite different from in-context learning in llms, where the model is simply trained on next-token prediction over arbitrary context.
fwiw, this is pretty clever because it could also solve another problem: they could pair an egocentric video-only demonstration with a UMI/teleop trajectory for the same task. the target trajectory provides the action labels, while the video-only demonstration provides the task context. that way, the policy can learn from action-labeled robot data while also learning how to translate an unlabeled video demonstration into robot actions.
GEN-1.5 may not be embodied AI’s ChatGPT moment, but it feels like its GPT-3 moment: a robot can learn a new task from one demo.
Ego data won’t disappear. “Watch-only” video will lose value; action-rich, 3D, contact-aware Ego/UMI data will gain it.
World models may redefine robotics: not just generating realistic worlds, but enabling scalable training through Real-to-Sim-to-Real
Robot videos need structure. Macrodata Labs shows how VLMs can segment long recordings into timestamped subtasks for training data.
NVIDIA ASPIRE: Robots That Learn From Their Own Failures youtu.be/d6S9dqxtpmo?si=5Ksi… via @YouTube







