Automate ROS 2 robot discovery, control, safety checks, and diagnostics via rclpy.
npx skills add https://github.com/rinvii/upmoon25 --skill ros2-skill-rinvii
Please help me install this Agent Skill. Skill: ros2-skill Source: https://github.com/rinvii/upmoon25/tree/main/lunar/skills/vendor/ros2-skill Command: npx skills add https://github.com/rinvii/upmoon25 --skill ros2-skill-rinvii
This Skill provides an integrated interface for managing ROS 2 robots, enabling AI agents to discover, control, and troubleshoot robot systems seamlessly.
Initiate a full system health check, activate the navigation stack, execute a movement to a specified coordinate, and capture a snapshot from the robot's camera in one sequence of commands.
High-intent search queries and answers about installing and using this skill.
Automate ROS 2 robot diagnostics by running system health checks, verifying sensor calibration, and monitoring battery status through high-level commands. This facilitates autonomous operation and maintenance via AI agents with minimal manual input.
Execute safe navigation tasks in a ROS 2 environment by sending precise movement commands and handling controller switching. The system integrates sensor feedback to ensure robust motion control and operational safety.
Yes, you can discover ROS 2 topics, nodes, services, actions, TF frames, parameters, controllers, and hardware components directly. This full system access allows AI agents to seamlessly manage and introspect robot systems.
Manage ROS 2 deployment workflows by starting, stopping, and restarting launch files or nodes in structured sessions. You can also record bag files and integrate with Discord for automated image reporting.
To run AI agent-controlled robot control and diagnostics for ROS 2, you need the rclpy library, a configured ROS 2 environment, and optional components for comprehensive management. Python requests and json libraries are also utilized.
Safety verification and emergency stops are essential during ROS 2 robot control to ensure operational safety. The system performs automated health checks and emergency stops to prevent hazards during autonomous navigation and maintenance.
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