Robotics

Control mobile robots (quadruped, bipedal, wheeled, aerial) via IM platforms. Supports Unitree robots and Insight9 AI stereo camera.

What to consider before installing or using this skill: - Source provenance: the registry metadata lists no authoritative source here — verify the repository and author (LooperRobotics) on GitHub or another trusted host before installing or giving it network/credentials access. - Incomplete / stubbed behavior: many adapters and SLAM/navigation modules are stubs or placeholders (they set connected=True and return canned data). Treat this as development code. Expect runtime errors or missing functionality (e.g., some typing/import issues) if you try to use it as-is. - Credentials: the IM adapters accept secrets in their config (app_secret, access_token, corp_secret, etc.). Those are reasonable for an IM-integrated robot controller, but the skill currently does not declare or manage them — only pass them via config. Only provide credentials after inspecting the code and confirming network endpoints. - Hardware safety: before connecting this code to real robots, perform thorough review and testing in simulation or with the robot powered off/blocked. Mistakes in motion control or parsing can cause dangerous movement. Implement hardware-level safety interlocks. - Runtime bugs: there are small inconsistencies (example import name vs package, missing typing imports in some functions) which may cause runtime exceptions. Run tests in a safe environment and review error handling. - Recommended actions: verify the upstream repository/commit, run the test suite locally, review any code that would send network requests (the adapters are currently stubs), and only provide credentials/config through secure means if you trust the source. If you need autonomous operation, add careful authorization and safety checks before enabling control of physical robots.

Type: OpenClaw Skill Name: openclaw-robotics Version: 2.1.0 The skill bundle provides a framework for controlling robots via instant messaging platforms, featuring abstract base classes and mock implementations for robot and IM adapters. All core functionalities like connecting to IM services, sending messages, and controlling robots are currently stubbed, returning placeholder values or `True` without actual external communication. There is no evidence of malicious intent, such as data exfiltration, unauthorized execution, persistence mechanisms, or prompt injection attempts against the AI agent in the documentation (SKILL.md, README.md). While future full implementations of the IM and robot adapters would require careful security considerations (e.g., handling of API keys, secure communication), the current code is benign.