Local Ai Use

Local AI Use (route image, TTS, STT through Lemonade)

This is a meta-skill. You run it once. After that, every later request that needs image generation, text-to-speech, or speech-to-text uses the local Lemonade Server instead of a cloud API. The agent's own LLM keeps handling text; only the expensive multimodal calls move on-device.

The skill does three things:

1. Makes sure local Lemonade is installed and running. If the lemonade

CLI is missing, the setup script installs the full version of Lemonade (server + desktop app) on the user's behalf; if the server is installed but not running, it launches it.

1. Verifies that local Lemonade is reachable.
2. Drops a Local AI Use block into the workspace AGENTS.md so the agent

reads the routing rule on every later turn, in Cursor, Claude Code, Codex, Gemini CLI, and any other agent that respects AGENTS.md.

Models are not downloaded during setup. Each default model is pulled lazily, on first use, by the routing rule (e.g. the first image request pulls the image model). This keeps setup fast and avoids gigabytes of downloads the user may never need.

When to use this skill

Use this skill when all of the following are true:

• The user wants local Lemonade. If it is not yet installed, the setup script

installs the full version (server + desktop app) for them automatically.

• The user accepts the default Lemonade endpoint http://localhost:13305.
• The user wants the change to be persistent across future turns and

agent restarts (the rule is written to disk).

If the user is instead embedding Lemonade as a private subprocess inside an app installer, do not use this skill; use local-ai-app-integration instead.

Prerequisites

• OS: Windows 11 x64, Ubuntu/Debian x64, or macOS (beta).
• Lemonade Server: the setup script installs it if missing. It downloads

and silently installs the full version (Windows lemonade.msi, the Ubuntu/Debian ppa:lemonade-team/stable PPA plus lemonade-desktop, or the macOS .pkg), then launches the server. On Linux/macOS this needs sudo. Pass --no-install if the user wants to install it themselves instead.

• Disk: ~8 GB free for the three default models (SD-Turbo + Whisper-Tiny
• kokoro-v1), plus ~0.1 GB for the installer itself.
• Network: required for the install download and the first lemonade pull

of each model. After that, every modality runs offline.

The opinionated path

Run this checklist top to bottom. Track progress against it; do not move on until each step verifies.

[ ] 1. Ensure Lemonade Server is installed and running (auto-install if missing)
[ ] 2. Install the routing rule into the workspace AGENTS.md

The single command that does both steps in one shot is:

python scripts/setup_local_ai.py

It auto-installs the full version of Lemonade if the lemonade CLI is missing, launches the server if it is not running, then writes the rule. The script is idempotent: re-running it on a fully configured workspace is a no-op apart from a healthcheck. Read the sections below for what to do when each step fails.

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Step 1: ensure Lemonade Server is installed and running

scripts/setup_local_ai.py handles this end to end, but here is what it does so you can do it by hand or debug it:

1a. Is the CLI installed? Check whether lemonade is on PATH (lemonade --version). If it is not, install the full version on the user's behalf:

| OS | Install the full version | |---|---| | Windows | Download lemonade.msi from the latest release and run msiexec /i lemonade.msi /qn (silent, per-user, no elevation). | | Ubuntu/Debian | sudo add-apt-repository -y ppa:lemonade-team/stable && sudo apt-get update && sudo apt-get install -y lemonade-server lemonade-desktop | | macOS (beta) | Download the Lemonade--Darwin.pkg from the latest release and run sudo installer -pkg Lemonade--Darwin.pkg -target /. |

The full installer bundles the server and the desktop app; the server-only minimal MSI and the legacy lemonade-server CLI are deprecated upstream. After a Windows install the CLI lands in %LOCALAPPDATA%\lemonade_server and is added to the user PATH (new shells only); the setup script probes that directory so it works in the same run.

1b. Is the server running? Check lemonade status --json.

| lemonade status says | Action | |---|---| | Server is running on port 13305 | Continue to Step 2. | | Server is not running | Launch it with lemonade serve (the script does this in the background and polls /api/v1/health until it answers). |

Only if the automatic install genuinely fails (no apt-get, no sudo, download blocked) should you stop and point the user at .

The rest of this skill assumes the endpoint is http://localhost:13305/api/v1 and no API key is required (the system-wide server defaults to no auth on loopback). If the user has set LEMONADE_API_KEY, the routing rule template in templates/local-ai-rule.md shows where to add the Authorization header.

Default modality models (pulled on first use, not during setup)

Setup does not download these. The installed rule pulls each one the first time that modality is requested. They are the Lite Collection defaults from Lemonade OmniRouter, sized to keep token-and-cost savings real on commodity hardware:

| Modality | Model | Size | Why this default | |---|---|---|---| | Image generation | SD-Turbo | ~5 GB | Single-step generation, runs on CPU and AMD iGPU/dGPU | | Text-to-speech | kokoro-v1 | ~0.3 GB | Only TTS model Lemonade currently supports; CPU-only, low latency | | Speech-to-text | Whisper-Tiny | ~0.1 GB | Smallest Whisper; fast on CPU. Upgrade to Whisper-Large-v3-Turbo if accuracy matters more than latency. |

To write a different model ID into the rule, pass it to the setup script. For example, to make future image requests use SDXL:

python scripts/setup_local_ai.py --image-model SDXL-Turbo

That model ID is written into the installed AGENTS.md rule and pulled on its first use. The same pattern works for --tts-model and --stt-model. For larger / higher-quality alternatives (SDXL-Turbo, Flux-2-Klein-4B, Whisper-Large-v3-Turbo), see the [model picker in reference.md](reference.md#model-picker).

Step 2: install the routing rule into AGENTS.md

The rule is a Markdown block stored in [templates/local-ai-rule.md](templates/local-ai-rule.md). Append it to the workspace's AGENTS.md (create the file if missing). Both Cursor and Claude Code load AGENTS.md automatically on every turn, so the agent will see the rule on its next message without any further setup.

scripts/setup_local_ai.py does this for you. It bakes the selected endpoint and model IDs into the rule, surrounded by stable markers so re-running the script replaces the block in place rather than appending a second copy. The markers look like:

...rule...

If you write the file by hand, keep those exact markers. The script relies on them for idempotent updates.

If the user's agent only respects a different convention, mirror the same block to:

• CLAUDE.md (Claude Code, project-scoped) or ~/.claude/CLAUDE.md (global)
• .cursor/rules/local-ai-use.mdc (Cursor user/project rules)
• GEMINI.md (Gemini CLI)

The rule's content is identical; only the file location changes.

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What changes after this skill runs

From the next turn onward, the agent reads the rule in AGENTS.md on every message. The rule explicitly tells the agent:

• For image generation: call POST /api/v1/images/generations on the

local server. Do not call any cloud image API and do not use the built-in GenerateImage tool (that path bills tokens to the cloud provider).

• For text-to-speech: call POST /api/v1/audio/speech. Do not call

cloud TTS providers (OpenAI TTS, ElevenLabs, etc.).

• For speech-to-text: call POST /api/v1/audio/transcriptions. Do

not call cloud transcription providers.

• Fallback: only fall back to a cloud API after one local attempt has

failed and the user has been told the local call failed. Never silently fall back; the whole point of this skill is to keep cost predictable.

The agent's own text reasoning continues to use whatever LLM Cursor / Claude Code / Codex is configured with. This skill does not redirect chat tokens; it only redirects the multimodal calls that would otherwise leave the machine.

Troubleshooting cheatsheet

| Symptom | Cause | Recovery | |---|---|---| | lemonade: command not found | CLI not installed | Re-run python scripts/setup_local_ai.py (auto-installs the full version). If it just installed on Windows, open a new shell so the user PATH refreshes, or the script will find it under %LOCALAPPDATA%\lemonade_server. | | Server is not running | Service stopped after install | Run lemonade serve (the setup script launches it for you). | | POST /v1/images/generations returns 404 model not found | Image model not downloaded | lemonade pull SD-Turbo and retry. | | Image generation is slow on CPU (~4–5 min) | sd-cpp on CPU backend | Install the GPU backend on supported AMD hardware: lemonade backends install sd-cpp:rocm. | | POST /v1/audio/transcriptions returns 400 unsupported format | Input is not 16 kHz mono WAV | Re-encode with ffmpeg -i in.* -ar 16000 -ac 1 out.wav. | | POST /v1/audio/speech returns 404 | TTS model not downloaded | lemonade pull kokoro-v1. | | 401 Unauthorized on every request | User has set LEMONADE_API_KEY | Add Authorization: Bearer $LEMONADE_API_KEY to every request and to the rule block. |

Verification checklist

Mark this skill complete only when all of the following are true:

• [ ] lemonade status --json reports the server running on port 13305.
• [ ] The workspace AGENTS.md contains the

amd-skills:local-ai-use block.

• [ ] On a follow-up turn, asking the agent to "generate an image of X"

causes it to POST to http://localhost:13305/api/v1/images/generations (pulling the model on first use) rather than calling a cloud tool.

If any box is unchecked, the user is still paying cloud cost for at least one modality.

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Reference

For the full model picker, alternate-quality options, the complete endpoint reference, the API-key flow, and the OmniRouter tool definitions you can hand to an agent's tool-calling loop, see [reference.md](reference.md).

Source & license

This open-source skill is cataloged on AgentStack and links to its original source — we do not rehost the code.

• Author: amd
• Source: amd/skills
• License: MIT
• Homepage: https://developer.amd.com/

Install and usage instructions live in the source repository linked above.