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Odin Print Farm

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Enables AI agents to operate a 3D print farm via O.D.I.N. backend, including job queuing, printer control, inventory management, and standalone cost calculators

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Enables AI agents to operate a 3D print farm via O.D.I.N. backend, including job queuing, printer control, inventory management, and standalone cost calculators.

README

Model Context Protocol server for O.D.I.N. — drive an actual print farm with AI agents, or run the bundled reference calculators standalone.

v2 (2026-04-15) splits the surface in two:

  • Live tools (22) — agent-driven farm operation. Require a running O.D.I.N. instance + a scoped token. Queue jobs, pause printers, manage inventory, clear alerts, log maintenance, read the dashboard.
  • Reference tools (4) — standalone calculators. No ODIN deployment required. Print-cost math, printer recommendations, farm capacity planning, software comparison.

Both surfaces ship in the same npm package; the live tools error at invocation if ODIN_BASE_URL / ODIN_API_KEY aren't set, so the reference tools keep working for pre-sales and research use cases.


Quick Start

Standalone (reference tools only)

npx -y odin-print-farm-mcp@2

Wire into Claude Desktop (claude_desktop_config.json):

{
  "mcpServers": {
    "odin-reference": {
      "command": "npx",
      "args": ["-y", "odin-print-farm-mcp@2"]
    }
  }
}

Agents can now use reference.calculate_print_cost, reference.recommend_printer_for_farm, reference.estimate_farm_capacity, reference.compare_farm_software.

Live (connected to O.D.I.N.)

  1. Mint an API token in O.D.I.N. (Settings → API Tokens → New Token) with scope agent:read or agent:write.
  2. Export the env vars and wire the client:
{
  "mcpServers": {
    "odin": {
      "command": "npx",
      "args": ["-y", "odin-print-farm-mcp@2"],
      "env": {
        "ODIN_BASE_URL": "http://192.168.1.100:8000",
        "ODIN_API_KEY": "odin_xxxxxxxxxxxxxxxxxxxx"
      }
    }
  }
}

All 26 tools are now available.


Tools

Live reads (scope agent:read or higher)

Tool Purpose
farm_summary One-shot dashboard: printer counts by state, queue depth, unread alerts, active jobs. Call this first to orient.
list_printers Fleet list, optional status filter.
get_printer Full status + telemetry + AMS + active job for one printer.
list_jobs Filter by status (pending / printing / completed / failed / cancelled).
get_job Full job record.
list_queue Pending jobs in priority order.
list_alerts Filter by severity + read state.
list_spools Filter by filament type / availability.
list_filaments Filament library.
list_maintenance_tasks Optional overdue-only filter.
list_orders Customer orders by status.

Live writes (scope agent:write or admin)

Every write tool accepts optional dry_run and idempotency_key.

Tool Purpose
queue_job Add a job from a model library ID. Accepts model_id, optional item_name, quantity, priority, and notes; the ODIN scheduler assigns the printer.
cancel_job Cancel a job. Requires reason on some endpoints.
approve_job Approve a submitted job.
reject_job Reject a job (reason required).
pause_printer Pause the active print.
resume_printer Resume a paused printer.
mark_alert_read / dismiss_alert Alert housekeeping.
assign_spool Bind spool → printer AMS slot.
consume_spool Log grams used.
complete_maintenance Log task completion. Requires printer_id, task_id, and task_name.

Reference (no backend)

Tool Purpose
reference.calculate_print_cost Material + electricity + depreciation + failure-rate math.
reference.recommend_printer_for_farm Match printers to farm constraints.
reference.estimate_farm_capacity Throughput forecasting.
reference.compare_farm_software Feature matrix vs OctoFarm / Mainsail / Duet / etc.

Agent Primitives

The live surface inherits four retry-safety primitives from the O.D.I.N. v1.8.9 backend:

Idempotency-Key. Every write tool auto-generates a UUID key per call; pass a stable idempotency_key across retries to deduplicate. On replay, the response comes back with _idempotent_replay: true.

X-Dry-Run. Pass dry_run: true to any write tool. The backend returns {dry_run: true, would_execute: {...}} without committing. Per-route opt-in — individual routes land preview branches in subsequent releases.

Structured errors. Failures return an error: {code, detail, retriable} envelope. Stable codes agents can branch on:

Code Meaning
printer_not_found / job_not_found / spool_not_found / alert_not_found Resource missing.
scope_denied Token scope insufficient. Mint a broader token.
permission_denied Role-based denial (role, not scope).
quota_exceeded Usage quota hit. extra.used_grams / extra.limit_grams.
idempotency_conflict Same key + different body. Use a fresh key.
idempotency_in_progress Concurrent retry in flight. Retry shortly.
idempotency_authz_changed Role/scope changed since the original call. Mint a fresh key.
idempotency_uncacheable_success Original succeeded but couldn't be cached. Mint a fresh key.
idempotency_unsupported Multipart or oversized body — use app-level dedup.
itar_outbound_blocked ODIN_ITAR_MODE=1 refused a public destination.
rate_limited retriable: true.
validation_failed Input schema error.

next_actions hints. Write responses include next_actions: [{tool, args?, reason?}] suggesting follow-up calls. Pure hint — no enforcement. Designed for 7B–32B local models.


ITAR / CMMC Deployment

O.D.I.N. ships ODIN_ITAR_MODE=1 for fail-closed air-gap deployments. Typical stack:

   Ollama (Qwen2.5-32B or similar)
      │
      ▼
   MCP client (Claude Desktop / OpenClaw / etc.)
      │ stdio
      ▼
   odin-print-farm-mcp@2  ── ODIN_BASE_URL=http://localhost:8000
      │ HTTP
      ▼
   O.D.I.N. backend  ── ODIN_ITAR_MODE=1
      │ LAN
      ▼
   Printers (LAN-only)

Zero outbound packets. All tokens, prompts, and telemetry stay inside the compliance boundary. See the ITAR / CMMC mode docs.


Migration from v1

v2.0.1 renames the four v1 tools into a reference.* namespace:

v1 v2
calculate_print_cost reference.calculate_print_cost
recommend_printer_for_farm reference.recommend_printer_for_farm
estimate_farm_capacity reference.estimate_farm_capacity
compare_farm_software reference.compare_farm_software

The behavior of each tool is unchanged — only the identifier. Pin odin-print-farm-mcp@1 if you need the un-namespaced IDs. Upgrade to @2 to access the 22 live tools plus the namespaced reference calculators.


Skill packages

The skills/ directory ships operator-ready prompt packs for Claude Code, OpenClaw, Cline, and other MCP clients. odin-farm/SKILL.md is the baseline "safe farm operator" rulebook — dry-run-first, branch on error codes, never batch cancellations. Drop it into ~/.claude/skills/ (Claude Code) or your client's skills directory, and a local 32B model will stop trying to cancel jobs without confirmation.

See skills/README.md for install + customization.


Development

git clone https://github.com/HughKantsime/odin-mcp
cd odin-mcp
npm install
npm run build
npm test  # 22 integration tests against an in-process mock ODIN

Tests use a node-native http mock server (test/mock_server.ts) — no external fixtures, no ODIN instance required, runs in ~1s.


Links

License

Apache 2.0.

from github.com/HughKantsime/odin-mcp

Install Odin Print Farm in Claude Desktop, Claude Code & Cursor

Recommended · one command, every IDE
unyly install odin-print-farm-mcp

Installs into Claude Desktop, Claude Code, Cursor & VS Code — handles npx, uvx and build-from-source repos for you.

First time? Get the CLI: curl -fsSL https://unyly.org/install | sh

Or configure manually

Run in your terminal:

claude mcp add odin-print-farm-mcp -- npx -y odin-print-farm-mcp

FAQ

Is Odin Print Farm MCP free?

Yes, Odin Print Farm MCP is free — one-click install via Unyly at no cost.

Does Odin Print Farm need an API key?

No, Odin Print Farm runs without API keys or environment variables.

Is Odin Print Farm hosted or self-hosted?

Self-hosted: the server runs locally on your machine via the install command above.

How do I install Odin Print Farm in Claude Desktop, Claude Code or Cursor?

Open Odin Print Farm on unyly.org, pick your client tab (Claude Desktop, Claude Code, Cursor) and press Install — the config is generated automatically, no JSON editing.

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