Thepathtointerplanetarycivilizationrequiresgeneral-purposerobotics.Buildinginfrastructureonotherworldswithhumanlaboralonewouldmeanunacceptablerisktohumanlife.Thesolution:humanoidrobotsworkingalongsidehumans,removingpeoplefromharm'swaywhileacceleratingwhat'spossible.
Butthatfuturedoesn'tstartinspace—itstartsinwarehouses,logisticshubs,andmanufacturingfacilitieshereonEarth.Theserobotsmustlearnfromhumansinreal-worldenvironmentsbeforetheycanworkautonomouslybeyondourplanet.
Weexistatthisinflectionpoint.We'rebuildingaffordable,high-performancehumanoidrobotsanddeployingtheminoperationalfacilitiesacrossmultiplegeographies.Notprototypesinlabs.Realrobots,doingrealwork,learninginrealtime.
We're focused on driving mass adoption of humanoid robotics by solving the human side of the equation. We reject the notion of building the “next big thing” in isolated labs. Unsupervized is taking a different path: we build intimately with our users.
True adoption happens only when technology deeply understands what matters to the people using it. By staying closest to users from day one—from factory floors to logistics hubs to homes—we’re obsessively focused on how people want to experience help in their work and lives. So when these robots arrive, they don’t just perform tasks; they fit seamlessly into how humans actually operate.
Every year, millions of workers are injured—and thousands lose their lives—performing dangerous tasks in hazardous environments. These aren't acceptable trade-offs for economic progress. Our mission is to remove humans from harm's way by deploying humanoid robots in the roles and environments where risk is highest.
“Every dangerous job a humanoid takes on is a life protected. Every injury prevented is a step toward the workforce that will one day build civilizations beyond Earth.”
Anyone can deploy humanoids at industrial facilities. We're building the most valuable humanoid at the lowest possible price point—affordable enough for widespread adoption, capable enough to deliver immediate ROI.
Anyone can operate a humanoid. No specialized training, no technical expertise required. Any human worker can direct and collaborate with our robots from day one.
Embodied humanoid data available at scale from facilities across the world, spanning diverse use cases, environments, and tasks. Our deployed fleet becomes the foundation for true learning.
Full embodied intelligence. Humanoids that adapt, learn, and operate autonomously across any environment—from factory floors to uninhabitable worlds.
General-purposehumanoidautonomyisonlypossiblewhenwehaveembodieddataatscale.Youcan'ttrainintelligenceinalab—youneedrealrobots,inrealenvironments,doingrealwork.
Ouraffordablehardwaremakesthispossible.Everyrobotwedeployinawarehouse,factory,orlogisticshubcontributestoaglobalhumanoiddatapool.Themoreunitsworkingacrossdiversegeographiesandusecases,thefasterwereachtrueautonomy.
This is how we get to space: by building the data foundation here on Earth, one deployment at a time.
We are a multidisciplinary team with background in AI, Physics and Audience Behavior Design.
Chief Executive Officer
Shapath is a serial entrepreneur and audience-behaviour designer. For more than a decade, he has worked at the intersection of people and perception — building experiences. Now, his curiosity is pointed toward a profound question: How will humans live with robots? He explores the future of human-robot interaction — how robots will enter our homes, how we will build trust with them, and how they might one day feel less like machines and more like members of the family.
Connect on LinkedIn
Chief Technology Officer
Ranita is a stellar academic with a PhD in astrophysics, trained to make sense of the most complex systems in the universe. Today, she brings that same curiosity to a different frontier: decoding what the 'AI brain' of a humanoid should be. She believes mass adoption of humanoids will only be possible when they develop a brain that can truly learn continuously — adapting, improving, and evolving on-device, just like we do.
Connect on LinkedIn