Best Robotics harnesses for AI agents
The most-adopted Robotics harnesses an AI agent can use, ranked by GitHub stars, with what each is best for. Loadbay is an MCP server, so an agent can pull this list live:
claude mcp add --transport http loadbay https://loadbay.xyz/api/mcp
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1. Genesis
29,364★ · Python
Most adopted — the default starting point. Best for PyTorch. Simulation platform for general-purpose robotics and embodied-AI learning with a unified physics engine. -
2. lerobot
25,062★ · Python
Best for PyTorch, Gymnasium. End-to-end robot-learning library with pretrained policies, datasets, and sim environments for real-world robotics. -
3. PyBullet (Bullet3)
14,553★ · C++
Best for Python, ROS, URDF. Bullet Physics SDK with the widely used PyBullet module for real-time simulation for robotics, RL, and sim-to-real. -
4. CARLA
14,075★ · C++
Best for Python, ROS, ROS2. Open-source simulator for autonomous-driving research with photorealistic urban environments, sensors, and a Python API. -
5. MuJoCo
13,902★ · C++
Best for Python, dm_control, Gymnasium. General-purpose physics simulator, the de-facto standard engine for contact-rich robot learning and control. -
6. openpi
12,406★ · Python
Best for JAX, PyTorch, LeRobot. Physical Intelligence open release of pi0/pi0.5 vision-language-action models and runtime for robot manipulation. -
7. IsaacLab
7,472★ · Python
Best for Isaac Sim, Gymnasium. Unified framework for robot learning built on NVIDIA Isaac Sim with GPU-accelerated simulation environments. -
8. Isaac GR00T
7,367★ · Python
Best for PyTorch, HuggingFace, Isaac Lab. NVIDIA open foundation model for generalist humanoid robots, with fine-tuning and inference for vision-language-action control. -
9. OpenVLA
6,446★ · Python
Best for PyTorch, HuggingFace, LeRobot. Open 7B vision-language-action model for robotic manipulation, mapping camera images plus language into robot actions. -
10. UniAD
4,645★ · Python
Best for nuScenes. Planning-oriented end-to-end autonomous-driving framework unifying perception, prediction, and planning.