OctoEverywhere/mcp
OctoEverywhere MCP is a cloud-based Model Context Protocol server that connects your 3D printers to AI assistants, chatbots, and automated workflows. By linking your printer to the OctoEverywhere platform and obtaining an MCP access token, you can enable AI models to retrieve live printer status, monitor print progress, capture webcam snapshots, and even control the printer—all through natural language interactions. The server works with a wide range of 3D printers, including those running OctoPrint, Klipper, Bambu Lab, Creality, Prusa, and many others, making it a versatile solution for any maker. Key features include real-time printer state monitoring (temperatures, progress, elapsed and estimated times), integration with OctoEverywhere's Gadget AI for print failure detection, and support for multi-camera webcam snapshots. Printer control actions such as pause, resume, and cancel are also exposed, allowing AI agents to manage print jobs hands-free. The service is designed to be easily added to any MCP-compatible client (like Claude Desktop or ChatGPT) by simply providing the server URL and token, with no local infrastructure required. Because the MCP server is hosted in the cloud, it offers secure, encrypted remote access from anywhere, whether you're at home or on the go. All communication is encrypted, and the server never stores your webcam images or printer data, ensuring privacy. Setup is straightforward: install the OctoEverywhere plugin for your printer firmware, connect it to your OctoEverywhere account, and configure the MCP token. The server is maintained and updated automatically, so you always have the latest capabilities without manual intervention. This MCP server opens up powerful automation and integration possibilities, such as building custom AI-driven dashboards, triggering notifications on print completion, or incorporating 3D printer status into home automation systems. It serves as a bridge between the physical world of 3D printing and the ra
- Category
- Developer Tools
- Pricing
- Open Source
Problem solved
3D printer users often struggle to monitor and control their prints remotely, especially when they are not at their computers. Existing solutions may require complex VPN setups, lack integration with modern AI assistants, or expose security risks. OctoEverywhere MCP solves this by providing a secure, cloud-hosted MCP server that gives AI agents and chatbots the ability to fetch printer status, view webcam images, detect failures, and even control the printer. This makes it effortless for anyone to check on or manage a print via a simple chat interface, while also enabling advanced automation and alerting scenarios.
Use cases
- Ask an AI assistant for an update on the current print job, including percentage complete, estimated time remaining, and current temperatures.
- Get a live webcam snapshot to visually inspect print quality without needing to open a separate app or visit the printer.
- Pause, resume, or cancel a print remotely through a natural language command in a chat interface.
- Receive an automatic notification from the AI if Gadget AI detects a possible print failure, allowing quick intervention.
- Integrate printer status into a home automation system (e.g., turn on a smart light when a print finishes) via AI workflows.
- Monitor multiple printers in a farm environment by querying each one through the same MCP client.
Audience
- Hobbyists
- Developers
- Enterprise
- Startups
Pros
- Simple cloud-based setup with no local server configuration required.
- Secure, encrypted remote access from anywhere with privacy guarantees.
- Broad compatibility with many printer firmware types and brands.
- Live status updates, multi-camera snapshots, and AI-powered failure detection.
- Seamless integration with popular MCP clients like ChatGPT and Claude Desktop.
Cons
- Dependent on internet connectivity and the OctoEverywhere cloud service uptime.
- Printer control capabilities are limited to basic operations (pause/resume/cancel).
- May have latency compared to direct local API access.
Official website: https://github.com/OctoEverywhere/mcp
Canonical LambdaBase page: https://www.lambdabase.com/tools/octoeverywhere-mcp