ROS2

Open-source robotics simulator for modeling robots, sensors, and environments with pluggable physics and rendering engines. It is widely used for virtual prototyping, algorithm testing, and ROS 2 simulation workflows.

Open-source robot simulation platform for modeling, programming, and testing robots, vehicles, and mechanical systems. Webots supports multi-platform desktop deployment, ROS and MATLAB workflows, and browser streaming for shared simulations.

Open-source C++ behavior tree framework for robot task planning and execution. It separates runtime tree logic from node implementations, with ROS 2 wrappers and Groot-based debugging for robotics workflows.

Cloud and desktop platform for collecting, analyzing, and visualizing multimodal robotics data. Supports ROS 1, ROS 2, and MCAP formats with 20+ customizable panels.

Open-source navigation stack providing perception, planning, control, and localization for autonomous mobile robots and AGVs.

Open-source C++ library providing real-time simultaneous localization and mapping (SLAM) for robots and autonomous systems. Supports multiple sensor configurations including LiDAR, IMU, and odometry.

Open-source C++ motion planning framework for ROS robots. Provides trajectory generation, inverse kinematics, collision checking, and manipulation capabilities for research and commercial applications.

Open-source robotics middleware built in Rust that uses Apache Arrow and shared memory for zero-copy communication between nodes. Designed for real-time AI-driven robotic applications with 10-17x lower latency than ROS2.