Define
Represent a robot task as a reusable behavior with explicit steps, versions, compatibility and success criteria.
Browse behaviors →HumanoidBehavior gives robotics teams a structured behavior layer and reproducible evaluation workflow — from task specification to measured MuJoCo results.
Keep the same seeds when comparing behavior versions so changes are easier to interpret.
A passed schema check is not the same thing as a measured physics result.
Each completed experiment keeps its configuration and measured output together.
Stop rebuilding task definitions and evaluation scripts for every experiment. Start from a shared specification, run it, and keep the result with the exact configuration.
Represent a robot task as a reusable behavior with explicit steps, versions, compatibility and success criteria.
Browse behaviors →Launch controlled experiments with selected engines, seeds and policies. Measured MuJoCo runs stay separate from deterministic checks.
Open Experiment Lab →Keep experiment configuration and result data together so teams can inspect validation, metrics and execution status.
Open workspace →Configure the run. Store the seeds. Execute the worker. Inspect the report. The platform is designed around reproducible evidence rather than static claims.
$ run humanoid-stand-v1 --engine mujoco --seeds 42,1337,2026,7,99 --policies policy-a-stabilizer,policy-b-stabilizer
benchmark humanoid-stand-v1
engine MuJoCo
runs 10
status measured
→ measured survival, torso height, tilt and control cost
→ results persisted as a reproducible artifact
→ compare the two policies from the stored evidenceUse the same behavior contract across research, policy development and evaluation pipelines.
Give engineers a shared place for behavior definitions, experiment history and benchmark configuration.
Keep seeds, versions and engine choices attached to the result instead of scattered across scripts.
Use structured tasks and controlled simulation runs before moving a behavior toward hardware.
Start with reusable specifications for manipulation, whole-body interaction, navigation and human-robot handover.
Manipulation sequence with explicit grasp, transport and placement steps.
View specification →Whole-body interaction pattern with alignment, force application and recovery steps.
View specification →Bimanual interaction pattern with recipient detection and transfer confirmation.
View specification →Create a free workspace, choose a behavior and launch a reproducible evaluation.
No credit card required · Free plan includes 25 benchmark runs/month