moonrakerControl and monitor a Klipper 3D printer via the Moonraker API — print status, temps, pause, resume, cancel, emergency stop.
Install via ClawdBot CLI:
clawdbot install rogueecho/moonrakerGrade Fair — based on market validation, documentation quality, package completeness, maintenance status, and authenticity signals.
Sends data to undocumented external endpoint (potential exfiltration)
POST → http://$MOONRAKER_HOST:7125/printer/print/pauseAI Analysis
The skill interacts only with the user's own Moonraker/Klipper host, as defined by the required MOONRAKER_HOST environment variable. All documented API calls are standard, non-exfiltrative commands for 3D printer control and monitoring, consistent with the skill's stated purpose. There is no evidence of credential harvesting, obfuscation, or communication with unauthorized external servers.
Audited Apr 16, 2026 · audit v1.0
Generated Mar 21, 2026
A small business or hobbyist runs multiple 3D printers for custom orders or prototyping. This skill allows remote monitoring of print status, temperatures, and file management across printers via Moonraker, enabling quick intervention like pausing or canceling prints to reduce waste and downtime without physical access.
Schools or libraries with 3D printers in makerspaces use this skill to let instructors or students check print progress and control prints from a central interface. It simplifies tasks like pausing for demonstrations, listing files for projects, and ensuring safety with emergency stops in shared environments.
Engineers working from home or off-site need to monitor and control 3D printers in labs. This skill provides real-time data on print stats and temperatures, allowing them to pause, resume, or cancel prints based on design iterations, optimizing workflow without being physically present.
A medium-scale print farm uses this skill integrated with automation scripts to track printer states and temperatures, triggering alerts or actions like emergency stops for failures. It supports batch file management and ensures consistent operation by reducing manual checks across multiple devices.
Hobbyists with personal 3D printers use this skill for convenient control via voice or chat interfaces. They can check print progress, adjust prints on-the-fly with pause/resume, and manage gcode files, enhancing the user experience without needing to access the printer directly.
Offer a cloud service that aggregates data from multiple Moonraker-enabled printers, providing dashboards, alerts, and analytics. Revenue comes from monthly subscriptions for advanced features like predictive maintenance or team collaboration tools, targeting small businesses and farms.
Provide custom integration services to embed this skill into existing IoT platforms or business workflows, such as linking with inventory systems or automation tools. Revenue is generated through one-time project fees or ongoing support contracts for setup and optimization.
Sell pre-configured 3D printer kits or add-ons that include this skill as part of the software suite, offering enhanced remote control capabilities. Revenue comes from hardware sales with premium pricing for the integrated software, appealing to makers and educational institutions.
💬 Integration Tip
Ensure the MOONRAKER_HOST environment variable is correctly set and test connectivity with basic curl commands before integrating into automated workflows to avoid errors.
Scored Jun 19, 2026
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