The learning layer forPhysical AI.

Turn every robot experience into better intelligence.

We’re building an open platform to capture robot experiences, turn them into training data, and bring improved capabilities back to the real world.

Fig 001

Physical AI shouldn't be locked behind high-budget research labs or enterprise pricing. By leveraging open-source software architectures and 3D-printable hardware designs, Humaan lowers the barrier to entry for builders, creators, and engineers. Anyone can now source off-the-shelf components, print structural parts locally, and build intelligent physical systems at a fraction of traditional hardware costs.

[01]

Plug

Hardware Interfacing

Connect modular actuators, LiDAR, perception sensors, and 3D-printed structural components with zero driver conflicts.

[02]

Play

Teleoperation & Sim

Test zero-latency motor control, run physics-accurate digital twin simulations, and stream live kinematic telemetry.

[03]

Train

Policy & Sim2Real

Capture dataset demonstrations and train spatial reasoning, neural manipulation policies, and Sim2Real RL models.

[04]

Work

Autonomous Execution

Deploy optimized neural weights onto edge robotics for closed-loop perception, adaptive grasping, and task completion.

[05]

Share

Fleet & Recipe Sync

Publish behavior recipes to the open ecosystem, distribute checkpoints, and sync fleet intelligence across machines.

ORIGIN // PLANET EARTH

Assembled on Earth by Humans

We believe physical AI shouldn't be confined behind closed doors or prohibitive research budgets. Built with open-source modular hardware, 3D-printable components, and composable intelligence, Humaan is crafted on Earth by humans—empowering every maker to build robots that live and work in the real world.