01 / Welcome

A human touch
to a robotic world

Scroll to discover

Useful robots. Thoughtfully delivered.

Robots as a Service for hotels and service businesses. AI infrastructure for the companies building robots.

Let’s build together
01 / Two ways we help

A future that feels more human.

For hotels and service businesses, we deploy robots as a service — bringing hardware, integration, and human support together around the work you need done.

For robot companies, we provide the AI infrastructure behind useful machines: demonstration data, training workflows, teleoperation, and deployment tools.

With curiosity,The CosmicBrain teamSan Francisco · Planet Earth
Human experienceRobot learningA helping hand

observe → learn → help

See it in the world
02 / AI infrastructure for robot companies

From experience to intelligence.

You build the robot. We provide the AI infrastructure to help it learn and operate: capture demonstrations, refine training data, and connect policies with human supervision.

human experience
+ physical intelligence
a world of possibility

It starts with you.

A hand reaching for a cup. A careful lift. The little adjustments we make without thinking. We capture human demonstrations and robot sensor data so those moments can become something a robot can learn from.

01Human demonstration
02Synchronized signals
03A shared experience
D = { (sₜ, aₜ) }A dataset of observations and actions, one moment at a time.
Find your starting point
03 / Robots as a Service · RaaS

A helping hand. In the real world.

A helping hand for your hotel or service business. We work with you to choose a practical workflow, integrate the robot into your space, and support its operation as a service.

Real spaces.
A very human purpose.

Explore the possibilities
In the hallway

A basket in hand. A little help along the way.

A closer look
04 / The physics of helping

A little physics in every helping hand.

A useful robot needs ways to understand what’s around it, how it’s moving, and when to be gentle.

p = (x, y, z)A place in the world.
F = maForce, mass, and acceleration.

A little experiment for your curiosity. Choose a sense and move the slider.

Motion study / illustrativeFIG. 02
yxa small turn.θ = 62°ONE JOINT. A WORLD OF REACH.
62°
A little experiment in motion

Make every move count.

Joint positions and motion signals connect intent to a coordinated physical action.

p = f(θ)

Joint angles become a position in space.

YOUR TURN

Bend the elbow. One change at the joint draws a whole new position for the hand.

A simplified study of the idea. Move at your own pace.

05 / People in the loop

Your hands.
A little more reach.

Human judgment, wherever the robot is. Our operator workspace brings approved people, assigned robots, and headset access together.

Open Live Teleop

Sign in with your approved operator account.

FROM THE NOTEBOOK

Curious about what makes it work?

Cosmic 0.5 · Human-to-humanoid skill transfer, capture, retargeting, and evaluation.

Read the technical report
06 / Out in the world

Part of a bigger conversation.

A few perspectives on the work, the people, and the questions moving robotics forward.

Visit the newsroom
07 / Glad you asked

Curiosity looks good on you.

A few things you might be wondering.

Ask us something else
01So, what does CosmicBrain actually do?

We have two offerings: Robots as a Service (RaaS) for end customers such as hotels, and AI infrastructure for robot companies. We connect useful robot deployments with the data, learning tools, and human operations behind them.

02Do you build the robots, too?

We work with robot makers. Our focus is the software, data, integration, and human operations that help their hardware become useful in real settings. You can explore platforms and their source specifications in our robot catalog.

03Who do you work with?

Hotels and service businesses that want robots deployed and supported as a service, plus robot manufacturers and robotics teams that need AI infrastructure. We start with your task, your environment, and your team.

04Are the robots fully autonomous?

Autonomy depends on the hardware, task, and environment. Human operators provide supervision and teleoperation where needed. We agree on the operating limits and evaluate a workflow before expanding it.

05How do we get started?

Tell us about the task you're working on, the setting, and what a useful result would look like. We'll talk through hardware, data, supervision, and a practical next step together.

08 / Your next chapter

What could we build together?

Tell us about the task you’re imagining, the people around it, and what a useful next step would look like.

human curiosity
× thoughtful engineering
a world of possibility

People at the heart.
Robots in the loop.