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Food-memory reconstruction: recreate childhood dishes with ingredients available where you are.
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In the same category: slopped.site, Artsonia MCP, Canvas Parent MCP
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Read-only tools over slopped.site: AI-made art, lore, games, sites, the curriculum.
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TL;DR: Achiote — food-memory and cultural taste research product. Best for researchers and builders exploring food memory and heritage taste. Keywords: food memory research, cultural taste, heritage cuisine AI.
Achiote is a Model Context Protocol (MCP) server for research-first food-and-drink memory reconstruction. It helps a host AI turn incomplete family food or drink memories into structured clues, research plans, cited/provenance-ready findings, sensory analysis, sourcing/substitution strategy, and a minimum viable nostalgia cue before any fuller recipe handoff.
"The nostalgia lives in the maillard crust's interaction with the lactic tang — here's how to reproduce that."
From this repo:
npm ci
npm run build mkdir -p ~/.codex/skills/achiote cp skill/SKILL.md ~/.codex/skills/achiote/SKILL.md
Claude Code can use the checked-in .mcp.json after the build step. For Codex, add the MCP server to ~/.codex/config.toml with an absolute path to this repo's built dist/index.js:
pwd
[mcp_servers.achiote]
command = "node" args = ["/absolute/path/to/achiote/dist/index.js"] enabled = true startup_timeout_sec = 10
Restart the host AI session, then test with:
Use the achiote skill.
My mom said my Puerto Rican grandma made something that sounded like pass-teh-lay. I don't speak Spanish. Maybe plantains or pork?
Expected behavior: the host AI should use the MCP tools to collect the memory, plan research, build a dossier, and present a minimum viable nostalgia cue first. Only after that should it ask whether the user wants something more complex, such as sourcing help or a full recipe handoff.
The hosted/static product surface lives under docs/landing/. The core app and launch pages are dependency-free static assets served by the optional HTTP server:
/ -> docs/landing/index.html, the public landing page./app -> docs/landing/app.html, the interactive food-memory detective./pricing, /about, /roadmap, /changelog, /status, /blog, and /receipt -> standalone launch/trust/growth pages./ai-search, /llms.txt, /privacy, /terms, /safety, /support, /compare, /robots.txt, and /sitemap.xml -> AI-search, legal, support, comparison, and crawler surfaces.Open the HTML files directly in a browser for static review; the full route behavior is covered by npm run package:smoke.
Achiote is a research-first food-and-drink memory reconstruction server. It provides 19 MCP tools that let a host AI chat client run the workflow from a fragment to a minimum viable nostalgia cue, with optional sourcing/substitution and recipe handoff if the user wants more:
| Stage | Tool | Implemented behavior |
|---|---|---|
| Single-call reconstruction | reconstruct_food_memory | Runs the full /ask workflow in one call — collect the memory, research the dish, build the evidence dossier, and return a minimum viable nostalgia cue with a Memory Receipt. Use the granular tools below when driving individual steps. |
| Workflow control | plan_tool_workflow | Deterministically plans the /ask tool sequence from the raw user message so provider models do not freestyle the workflow. |
| Memory intake | collect_food_memory | Structures raw fragments, sound-alikes, family context, remembered ingredients, sensory clues, missing information, and gentle next questions. |
| Research planning | plan_dish_research | Produces hypotheses, search queries, source preferences, facts to verify, and clarification questions for foods or drinks. It plans research instead of pretending sparse fragments are solved. |
| Optional search adapter | search_web | Uses configured host search (SERPER_API_KEY) when available, otherwise returns an explicit no-search note. Search remains optional and should not be treated as guaranteed runtime behavior. |
| Research provenance | build_research_record / validate_research_record / extract_research_findings | Converts host-researched source facts into typed provenance records, validates source metadata, and summarizes researched facts/inferences/unknowns for dossier handoff. |
| Evidence ledger | build_reconstruction_dossier | Builds a dossier that separates user-said, researched, inferred, and unknown claims, plus sensory priorities and adaptation strategy. |
| Receipt | build_memory_receipt | Builds a portable Memory Receipt from collected memory, research plan, and optional first tiny taste test so families can inspect and correct the evidence trail. |
| Family connection | generate_family_followup_questions | Generates gentle questions the user can ask relatives to deepen the memory and resolve uncertainty. |
| Name resolution | resolve_dish_name | Resolves names to broad families and ambiguity-aware candidates using bundled aliases, fuzzy matching, and transliterations. |
| Sensory analysis | analyze_nostalgic_dish | Returns sensory-dimension criteria and a bounded prompt for the host model to analyze nostalgia-critical elements. |
| Substitution | find_sensory_substitutes | Returns compound/group-matched substitutes from bundled ingredient data, plus regional hints when available. |
| Sourcing | source_ingredients | Returns static regional store/corridor hints and a host-model prompt for sourcing. It returns static sourcing guidance, not live inventory, and does not perform live price lookup. |
| Regional comparison | discover_regional_similars | Returns bundled dish-family context and a host-model prompt for neighboring/regional comparisons. |
| Minimum viable nostalgia cue | generate_minimum_viable_nostalgia | Produces the smallest practical aroma, bite, sip, condiment, or ritual to test the likely memory trigger before attempting a full recipe or drink. It prioritizes cheap, accessible, easy-to-find proxies and explains the substitute logic instead of defaulting to exact specialty ingredients. |
| Optional recipe handoff | generate_recipe | Returns an expected recipe schema and a bounded host-model prompt for recipe generation and self-critique. Use only after the minimum viable cue has been presented and the user wants something more complex. |
| Recipe validation | validate_recipe_output | Validates a host-synthesized final recipe object against the expected schema before treating it as structured output. |
All tools return MCP structuredContent. Most tools also display JSON text; intake tools may display a short human-readable summary so Claude Code output stays readable while structured data remains available to the host.
food memory fragment
-> collect_food_memory -> plan_dish_research -> optional host research / family clarification -> build_research_record / validate_research_record / extract_research_findings -> build_reconstruction_dossier -> generate_family_followup_questions -> generate_minimum_viable_nostalgia # first concrete food output -> optional analyze_nostalgic_dish / find_sensory_substitutes / source_ingredients -> optional generate_recipe # only if the user wants more
This executes through the full MCP workflow and is covered by tests/reconstruction-flow-e2e.test.ts. The preferred stopping point is the minimum viable nostalgia cue: the smallest, most accessible, easiest-to-find aroma, bite, sip, condiment, or ritual that tests whether the memory is on the right track. If the user asks for more, the MCP server can then provide sourcing/substitution context and a recipe-generation handoff. The host AI writes final recipe prose because live research, family confirmation, and adaptation judgment should not be faked by bundled data.
>=22.0.0better-sqlite3 is a native dependency, so unsupported Node/platform combinations may need a compiler toolchain or a supported prebuild.
Achiote is published to npm.
npm install achiote
The published package ships the built dist/ output, so no build step is needed. To run from a source checkout instead:
npm ci
npm run build
After building, add the stdio server to your MCP settings:
{
"mcpServers": { "achiote": { "command": "node", "args": ["/path/to/achiote/dist/index.js"] } } }
If installed as a package, the CLI binary is achiote.
An optional HTTP server provides a web UI and AI agent endpoint:
node dist/http-server.js
| Endpoint | Description |
|---|---|
GET / | Public landing page (index.html) |
GET /app | Web UI (app.html) |
GET /about | Trust/company page (about.html) |
GET /pricing | Standalone pricing page (pricing.html) |
GET /roadmap | Public roadmap page (roadmap.html) |
GET /changelog | Public changelog page (changelog.html) |
GET /status | Public service status page (status.html) |
GET /blog | Launch blog index (blog.html) |
GET /receipt | Shareable Memory Receipt renderer (receipt.html) |
GET /ai-search, /llms.txt, /privacy, /terms, /safety, /support, /compare | Public AI-search, legal, support, safety, and comparison surfaces |
GET /health | JSON status with memory/uptime metrics |
GET /voice/status | Local OSS speech readiness for optional voice input/read-aloud |
POST /voice/transcribe | Local speech-to-text through a configured OSS engine |
POST /voice/synthesize | Local text-to-speech through a configured OSS engine |
POST /ask | SSE streaming AI agent (auth + rate limited) |
POST /mcp | Streamable HTTP MCP transport |
Hosted Achiote (https://achiote.kyanitelabs.tech) does not enforce authentication: anonymous access is open and billing-issued API keys are honored (GET /health reports authEnabled: false). Self-hosted HTTP can still require keys: configure ACHIOTE_API_KEYS for /ask, /mcp, and voice upload endpoints. Setting ACHIOTE_AUTH_ENABLED=false does not by itself expose anonymous /ask or voice processing; set ACHIOTE_ALLOW_ANON_ASK=true only for local demos. Generate a self-hosted key with npm run keygen -- --tier pro --name admin; put the printed envRecord inside the ACHIOTE_API_KEYS JSON array, not the one-time raw key. Port defaults to 3000, configurable via PORT env var.
Shareable Memory Receipt links keep receipt JSON in the URL fragment (/receipt#data=...). URL fragments are not sent to the server, so possession of the link is the access boundary. Do not put private family memory text into telemetry or server-side share records.
Voice is disabled by default and uses only local OSS speech engines when configured. The recommended stack is whisper.cpp for multilingual speech-to-text and Kokoro-82M for local read-aloud. This path is aimed at immigrant families and children of immigrants: speech input defaults to auto language detection so accents, transliterated dish names, and code-switching can reach the same food-memory workflow as typed text. Exact language and accent quality depends on the local model you install.
Example environment:
ACHIOTE_STT_PROVIDER=whispercpp
ACHIOTE_WHISPER_CPP_BINARY=/usr/local/bin/whisper-cli ACHIOTE_WHISPER_CPP_MODEL=/models/ggml-large-v3-turbo.bin ACHIOTE_STT_LANGUAGE=auto ACHIOTE_STT_LANGUAGES=auto,es,hi,zh,ar,fr,pt,tl
ACHIOTE_TTS_PROVIDER=kokoro ACHIOTE_KOKORO_COMMAND='["python","/opt/kokoro/speak.py","--text","{text}","--output","{output}","--voice","{voice}","--language","{language}"]' ACHIOTE_KOKORO_VOICE='af_heart' A
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