Light Origins brings foundation-model intelligence into the physical world so machines can perceive, reason, and act.
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Light Origins is releasing Light-O1, a whole-body action model for humanoid robots that treats internet video of people as the primary pretraining source, then adapts the resulting representation to specific robot bodies. The training pipeline segments videos, tracks people, reconstructs their movement in three dimensions and aligns those actions with visual observations and language annotations, encoding the result as discrete action tokens for an autoregressive Transformer that predicts language and action in the same sequence. In the launch demonstrations, the same starting model drives Light Origins' own LightBot and a Unitree G1 through movements including kneeling, balancing, wiping a blackboard and picking up an object.
The company is led by founder Roger Jiang, who previously worked at OpenAI across pretraining, alignment, optimization and infrastructure for InstructGPT, ChatGPT and GPT-4, holds a physics Ph.D. from the University of Maryland and founded Light Origins in late 2024. His thesis for Light-O1 is that the scaling behavior seen in language modeling can be recreated for physical behavior by tapping the much larger pool of human video before spending scarce robot hours on embodiment-specific training. Light Origins reports power-law declines in next-action prediction loss and whole-body pose error as the pretraining budget increases across six budgets ranging from 3.75 billion to 120 billion multimodal tokens, with the largest run corresponding to roughly 100,000 hours of recovered human action.
Alongside the full system, Light Origins is shipping an open preview for developers to work with directly. Light-O1-Preview is available on Hugging Face under the Apache 2.0 license with an inference repository on GitHub, listed as a 6 billion parameter checkpoint traced to Qwen3.5-4B-Base, accepting a text instruction and producing a short reasoning trace plus a sequence of whole-body actions at 20 frames per second across root movement, pelvis height, yaw, 22 joints and hand-open states. The timing matters because the launch lands roughly five weeks after a Pre-A round of several hundred million yuan led by CAS Investment on August 14th, with China Merchants Venture Capital and Xiang He Capital participating , giving humanoid teams a concrete way to test whether a shared human-video base can shorten the path to useful robot behavior.
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Priya Veshwanath23d ago
Learning from internet videos is clever until your robot tries to reenact a parkour fail compilation. What's the filtering pipeline actually look like?
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Tobias Frei23d ago
The launch video has this cinematic slow-mo thing going on but I couldn't tell what the robot actually did in the last 20 seconds. Maybe one shot of a completed task next time?
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Kenji Morra23d ago
Whole-body intelligence is a great phrase. Would love to know if that includes the sad little wobble every humanoid does before it faceplants.
A
Amara Okafor23d ago
Been tracking the sim-to-real gap in this space for a while. The human action pretraining angle is the most interesting framing I've seen this quarter, but I want to see closed-loop demos, not montages.
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Leo Mancini23d ago
Cool model, but who's buying the hardware and at what margin? Foundation models are cheap to talk about and expensive to actuate.
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Sveta D.23d ago
The tweet buries the actual capability under bullet points. Lead with what the robot can do that others can't, then flex the method.
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Jomari Paz23d ago
Quick naive question: if you pretrain on humans, does the robot inherit human biases like reaching with the dominant hand? Feels like that could break bimanual tasks.
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Hadeel Tarek23d ago
Curious how you handle the licensing question on scraped video data. That conversation is getting louder and procurement teams will absolutely ask.
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Wonjae Park23d ago
Reminds me of an early portfolio bet that also went the human-video-pretraining route. If the scaling curves hold, this category gets very interesting very fast.
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Light Origins
Light Origins brings foundation-model intelligence into the physical world so machines can perceive, reason, and act.
Light Origins brings foundation-model intelligence into the physical world so machines can perceive, reason, and act.
Tags
TLVC Rating
Community Rating
No ratings yet
to rate this launch.
Light Origins is releasing Light-O1, a whole-body action model for humanoid robots that treats internet video of people as the primary pretraining source, then adapts the resulting representation to specific robot bodies. The training pipeline segments videos, tracks people, reconstructs their movement in three dimensions and aligns those actions with visual observations and language annotations, encoding the result as discrete action tokens for an autoregressive Transformer that predicts language and action in the same sequence. In the launch demonstrations, the same starting model drives Light Origins' own LightBot and a Unitree G1 through movements including kneeling, balancing, wiping a blackboard and picking up an object. The company is led by founder Roger Jiang, who previously worked at OpenAI across pretraining, alignment, optimization and infrastructure for InstructGPT, ChatGPT and GPT-4, holds a physics Ph.D. from the University of Maryland and founded Light Origins in late 2024. His thesis for Light-O1 is that the scaling behavior seen in language modeling can be recreated for physical behavior by tapping the much larger pool of human video before spending scarce robot hours on embodiment-specific training. Light Origins reports power-law declines in next-action prediction loss and whole-body pose error as the pretraining budget increases across six budgets ranging from 3.75 billion to 120 billion multimodal tokens, with the largest run corresponding to roughly 100,000 hours of recovered human action. Alongside the full system, Light Origins is shipping an open preview for developers to work with directly. Light-O1-Preview is available on Hugging Face under the Apache 2.0 license with an inference repository on GitHub, listed as a 6 billion parameter checkpoint traced to Qwen3.5-4B-Base, accepting a text instruction and producing a short reasoning trace plus a sequence of whole-body actions at 20 frames per second across root movement, pelvis height, yaw, 22 joints and hand-open states. The timing matters because the launch lands roughly five weeks after a Pre-A round of several hundred million yuan led by CAS Investment on August 14th, with China Merchants Venture Capital and Xiang He Capital participating , giving humanoid teams a concrete way to test whether a shared human-video base can shorten the path to useful robot behavior.
Comments (9)
Learning from internet videos is clever until your robot tries to reenact a parkour fail compilation. What's the filtering pipeline actually look like?
The launch video has this cinematic slow-mo thing going on but I couldn't tell what the robot actually did in the last 20 seconds. Maybe one shot of a completed task next time?
Whole-body intelligence is a great phrase. Would love to know if that includes the sad little wobble every humanoid does before it faceplants.
Been tracking the sim-to-real gap in this space for a while. The human action pretraining angle is the most interesting framing I've seen this quarter, but I want to see closed-loop demos, not montages.
Cool model, but who's buying the hardware and at what margin? Foundation models are cheap to talk about and expensive to actuate.
The tweet buries the actual capability under bullet points. Lead with what the robot can do that others can't, then flex the method.
Quick naive question: if you pretrain on humans, does the robot inherit human biases like reaching with the dominant hand? Feels like that could break bimanual tasks.
Curious how you handle the licensing question on scraped video data. That conversation is getting louder and procurement teams will absolutely ask.
Reminds me of an early portfolio bet that also went the human-video-pretraining route. If the scaling curves hold, this category gets very interesting very fast.