ros1-noetic-generalGeneral bilingual ROS1 Noetic skill for ROS questions and ROS project operations across robot dogs, mobile robots, manipulators, perception pipelines, simula...
Install via ClawdBot CLI:
clawdbot install lljj123/ros1-noetic-generalGrade Fair — based on market validation, documentation quality, package completeness, maintenance status, and authenticity signals.
Contains telemetry, tracking, or analytics calls not mentioned in documentation
telemetry before sendCalls external URL not in known-safe list
http://docs.ros.org/en/noetic/AI Analysis
The skill definition describes legitimate ROS1 operations and references standard ROS documentation (http://docs.ros.org/), which is expected for its purpose. The flagged 'telemetry' and external URL are likely part of normal ROS environment checks or documentation links, not evidence of data exfiltration or credential harvesting. No hidden instructions or obfuscation are present in the provided text.
Audited Apr 16, 2026 · audit v1.0
Generated Apr 12, 2026
Researchers and engineers use this skill to quickly set up, build, and debug ROS1 Noetic projects for experimental robots like mobile platforms or manipulators. It automates environment validation and runtime checks, reducing setup time and ensuring consistent project bringup across different hardware configurations.
Instructors and students leverage this skill for hands-on ROS1 Noetic labs, enabling them to compile packages, launch simulations, and monitor topics without deep command-line expertise. It provides guided workflows for common tasks like checking workspaces or debugging nodes, accelerating learning in academic settings.
Automation technicians apply this skill to deploy and maintain ROS1-based systems in manufacturing, such as integrating OpenClaw for robotic control via rosbridge. It supports runtime health checks and motion control validation, ensuring reliable operation of manipulators or mobile robots in production environments.
Developers of service robots, like robot dogs or delivery bots, use this skill to manage launch files, monitor topics, and perform diagnostics during field testing. It helps verify perception pipelines and motion commands, streamlining the rollout and maintenance of bilingual ROS applications.
Teams in simulation-heavy projects utilize this skill to automate the execution of ROS1 launch files, record rosbag data, and analyze system performance. It facilitates reproducible testing cycles for scenarios like sensor fusion or navigation, with built-in checks for tf consistency and node health.
Offer a monthly or annual subscription providing access to updated skill scripts, priority troubleshooting, and custom profile extensions for ROS1 projects. Revenue comes from recurring fees charged to robotics companies or research labs needing reliable ROS1 maintenance and rapid issue resolution.
Sell tailored consulting packages where experts use this skill to assist clients in setting up, debugging, or migrating ROS1 systems, with pricing based on project complexity or hourly rates. Revenue is generated from one-time engagements for tasks like workspace optimization or OpenClaw integration.
Develop and sell training courses or certifications that teach ROS1 Noetic using this skill as a hands-on tool, targeting engineers and students. Revenue streams include course fees, certification exams, and bundled materials for educational institutions or corporate training programs.
💬 Integration Tip
Integrate this skill by sourcing ROS1 environment scripts first and using absolute paths for bundled resources to avoid directory issues in automated workflows.
Scored Apr 19, 2026
Control desktop applications on Windows — launch, close, focus, resize, move windows, simulate keyboard/mouse input, manage processes, control VSCode, read clipboard, and capture screen info. Use when the user wants to interact with any running program, switch windows, type text, press shortcuts, open files in VSCode, manage running processes, or get system display information.
Conduct rigorous, adversarial code reviews with zero tolerance for mediocrity. Use when users ask to "critically review" my code or a PR, "critique my code", "find issues in my code", or "what's wrong with this code". Identifies security holes, lazy patterns, edge case failures, and bad practices across Python, R, JavaScript/TypeScript, SQL, and front-end code. Scrutinizes error handling, type safety, performance, accessibility, and code quality. Provides structured feedback with severity tiers (Blocking, Required, Suggestions) and specific, actionable recommendations.
Coding style memory that adapts to your preferences, conventions, and patterns for consistent coding.
Pragmatic coding standards for writing clean, maintainable code — naming, functions, structure, anti-patterns, and pre-edit safety checks. Use when writing new code, refactoring existing code, reviewing code quality, or establishing coding standards.
Claude Code integration for OpenClaw. This skill provides interfaces to: - Query Claude Code documentation from https://code.claude.com/docs - Manage subagents and coding tasks - Execute AI-assisted coding workflows - Access best practices and common workflows Use this skill when users want to: - Get help with coding tasks - Query Claude Code documentation - Manage AI-assisted development workflows - Execute complex programming tasks
Plan, draft, version, and refine written content with enforced versioning and quality audits.