Dream Labs Raises $90M Seed To Build AI Models For Robots

Dream Labs raised a $90 million seed round led by B Capital and Kindred Ventures to build foundation models that let one AI system operate many different kinds of robots.

By the Numbers

$90M
Dream Labs seed round
B Capital, Kindred
Lead investors
~$2B
Figure AI 2024 valuation
$400M
Physical Intelligence 2024 raise
$1.5B
Skild AI 2024 valuation
Dream Labs Raises $90M Seed To Build AI Models For Robots: key figures
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THE RUNDOWN

1

A $90M seed is unusually large, signaling investors already treat robot foundation models as a distinct, well-capitalized category.

2

Dream Labs' founders came directly from Nvidia's robotics research group, the same talent pool behind rivals like Figure AI.

3

The bet is that one general model can drive many robot bodies, not a model per robot -- the same generalization wager OpenAI made with language.

4

Seed checks at this size compress the usual funding ladder, raising the bar for what counts as a normal robotics Series A.

The VC Read

Value Add VC analysis

We read a $90M seed less as early conviction and more as a land grab: with Skild AI and Physical Intelligence already raising hundreds of millions at multibillion-dollar marks, writing a nine-figure check at seed is how a fund buys a seat before the category's valuation ladder runs away. The real diligence question isn't whether Dream-1 works in a demo, it's whether the model generalizes to robot hardware it has never seen -- the actual bottleneck every robotics foundation-model startup is racing to solve.

Analysis

Dream Labs has raised $90 million in seed funding to build foundation models that can operate many different kinds of robots from a single AI system, according to Pulse 2.0. The round was led by B Capital and Kindred Ventures, with participation from A.Capital, Unusual Ventures, SV Angel, Wing VC, Scribble VC, and angel investor Adrian Aoun.

The company's flagship model, Dream-1, is trained largely on video of people performing everyday tasks rather than on data collected from one specific robot. An accompanying API turns camera feeds and plain-language instructions into motor commands, so the pitch is that any robot body -- an arm, a wheeled platform, a humanoid -- can run on the same underlying model instead of needing its own bespoke training pipeline.

Why a $90M seed, not a Series A

Dream Labs was founded in 2026 by CEO Joel Jang, a former Nvidia robotics researcher, along with colleagues from the same team. Rounds this large at the seed stage are rare outside of founders with a research pedigree investors are willing to underwrite before a product exists -- in this case, the Nvidia robotics lineage appears to be doing that work. The company has not disclosed a valuation, revenue, a single paying customer, or how many robots its model has actually controlled outside a lab.

The competitive field already has a head start

Dream Labs is entering a category where the capital bar is already high. Figure AI, Physical Intelligence and Skild AI have each raised large rounds since 2024, with valuations that now range from roughly $1.5 billion to the low double-digit billions, detailed below. Our funding tracker has logged the broader run of nine- and ten-figure robotics checks this cycle, and Dream Labs' seed joins that list at the earliest stage yet.

  • Figure AI -- $675M Series B near a $2B valuation (Feb. 2024), backed by Nvidia and Bezos Expeditions; pairs its own humanoid hardware with a model co-built with OpenAI and Microsoft.
  • Physical Intelligence -- $400M at roughly $2B (2024), no single hardware partner; reportedly sought $1B at an $11B valuation this year.
  • Skild AI -- $300M Series A at $1.5B (2024), backed by SoftBank, Coatue and Lightspeed; aims for one model across industrial and humanoid robots.

What the headline misses

None of Dream Labs' investors or the company itself have disclosed a deployed customer, a pilot partner, or a timeline for commercial availability. The harder, unresolved question for every company on this list, Dream Labs included, is whether a model trained mostly on human demonstration video actually transfers to robots operating in unstructured environments -- warehouses, homes, construction sites -- where failure means a dropped object or a stalled line, not a wrong chatbot answer. That gap between a well-funded thesis and a working product in the field is the central risk the whole robotics-foundation-model category carries right now.

For founders, the round is another sign that seed-stage capital is concentrating in a handful of categories -- robotics foundation models, agentic coding, inference infrastructure -- at check sizes that used to require a Series A track record. For LPs, it raises a blunter question: how many multibillion-dollar robotics bets can the market actually support before some of them consolidate or fold.

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Key Sources

1 source

Reported by Pulse 2.0 · Analysis by Value Add Pulse.

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