Tool overview
Robocurve is listed under Robotics & Autonomous Systems AI tools.
What is Robocurve?
Robocurve is a public-benefit organization building open-source evaluation tools and independent benchmarks for robots and physical AI. Its projects help researchers run policies across simulation and hardware, inspect complete traces, compare embodiments, and reproduce benchmark results.
Best for
Robotics researchers evaluating policies across simulation and real hardware
Who is it for?
Decision note
A strong research option for teams that value transparent, reproducible physical AI evaluation. Review benchmark assumptions, hardware compatibility, dependencies, safety practices, and the exact version used before comparing results or making deployment decisions.
Key features
Runs robot policies across simulation and hardware
Captures complete traces for evaluation debugging
Visualizes executions through Rerun-compatible tooling
Publishes independent physical AI benchmarks
Supports broad robot and VLA ecosystems
Use cases
Benchmark robot policies across embodiments
Reproduce physical AI evaluation results
Debug failures with complete execution traces
Compare simulation and hardware performance
Build public robot benchmark catalogs
Pros
- Open-source under the MIT license
- Designed for reproducible independent evaluation
- Supports major robotics and simulation ecosystems
- Useful across models, robots, and benchmarks
Limitations
Robocurve provides evaluation infrastructure rather than a guarantee of robot safety or real-world readiness. Benchmark scores depend on task design, hardware calibration, simulation fidelity, policies, and reporting choices, so results should be independently reproduced and interpreted.
Pricing details
Billing options
Open-source
Pricing note
Robocurve’s core evaluation tools and benchmarks are published as open-source projects under the MIT license. Pricing is therefore recorded as Free with a $0 starting price, an ongoing free plan, no separate free trial, and Open-source as the billing context.
Supported languages
- English
Integrations
ROS
Isaac Lab
Robolab
Cap-X
XPolicyLab
Rerun
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