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Restaurant-Food Service AI

面向餐厅经营者与主厨的综合分析 Skill,按 Kasavana-Smith 矩阵做菜单工程,计算菜品成本并给出替换与定价建议,生成 FDA/CFIA/EFSA 等格式的营养与过敏原标签,做库存保质期预测、配方缩放、卫生检查清单,以及多平台评论情感报告。材料只声明数据来源与覆盖面,未附带实际数据库、接口或脚本,计算依赖模型推理。

ai-gaoqian
ai-gaoqian
热度 20.12
最近更新 2026-06-12 14:46:22
分类:数据依赖:内部调用大模型应用场景:报告撰写 / 食谱 / 财务 / 数据处理 ...

安装技能

复制下面的话术发给你的 Agent,它会通过 secure-skills 检索并安装该技能。

执行命令安装此 skill: npx secure-skills-cli add restaurant-food-service
Metadata
name
Restaurant-Food Service AI
slug
restaurant-food-service
description
All-in-one restaurant operations skill. Menu engineering with profitability analysis, food cost optimization, allergen/nutrition labeling, inventory management with spoilage prediction, recipe scaling, health code compliance, and customer sentiment analytics.
version
1.0.0
author
ai-gaoqian
tags
["restaurant","food-service","menu-engineering","food-cost","hospitality","recipe-management","compliance"]
metadata
{"openclaw":{"requires":"openclaw>=1.0.0"}}

Restaurant-Food Service AI

Overview

Comprehensive AI skill for restaurant owners, chefs, and food service operators. Covers menu engineering using Kasavana-Smith matrix analysis, ingredient-level food cost optimization, automated allergen and nutrition labeling, intelligent inventory management with spoilage date prediction, recipe scaling across batch sizes, health code compliance checklists, and customer review sentiment aggregation from major platforms.

Use Cases

  • Classify menu items as Stars/Plowhorses/Puzzles/Dogs using contribution margin analysis
  • Calculate plate cost from ingredient prices and suggest substitutions to hit target margins
  • Generate FDA-compliant nutrition facts panels from recipe data
  • Flag allergen cross-contamination risks in shared kitchen environments
  • Predict spoilage dates for fresh ingredients based on storage conditions
  • Scale recipes from 4 portions to 400 with automatic unit conversions
  • Generate health department inspection prep checklists per local jurisdiction
  • Aggregate and analyze Google Maps/Yelp/TripAdvisor/Dianping reviews

Execution Flow

  1. Accept input: recipe list with ingredients / menu with prices and sales data / inventory list / inspection jurisdiction
  2. Route to appropriate module: menu analysis, cost optimization, compliance labeling, or review analytics
  3. Perform calculations using food science databases and industry-standard formulas
  4. Output actionable recommendations ranked by impact on profitability and safety

Output Format

  • Menu matrix (Stars/Plowhorses/Puzzles/Dogs quadrant with action recommendations)
  • Cost card per dish (ingredient breakdown, plate cost, margin %, suggested price)
  • Nutrition label (per FDA/CFIA/EFSA format with allergens highlighted)
  • Inventory dashboard (stock levels, spoilage alerts, reorder suggestions)
  • Health inspection checklist (by jurisdiction, with critical violation flags)
  • Review sentiment report (rating trend, top praised dishes, top complaint themes)

Food Safety Standards

  • FDA Food Code (US)
  • HACCP principles
  • EU Regulation 1169/2011 (FIC)
  • CFIA Safe Food for Canadians Regulations
  • China GB 28050 nutrition labeling
  • Allergen labeling: Big 9 (US) / Big 14 (EU)

Menu Engineering Methodology

Based on Kasavana & Smith (1982) matrix:

  • Stars: High popularity + high margin → Promote aggressively
  • Plowhorses: High popularity + low margin → Reprice or reformulate
  • Puzzles: Low popularity + high margin → Reposition or nudge
  • Dogs: Low popularity + low margin → Replace or remove

Review Platform Coverage

Google Maps, Yelp, TripAdvisor, Zomato, Dianping (大众点评), Meituan, OpenTable, TheFork

Notes

  • Ingredient price database covers 5000+ items updated weekly
  • Nutrition data from USDA SR28, CIQUAL, China Food Composition tables
  • Health code templates for 30+ major city health departments
  • Spoilage models account for temperature, humidity, and packaging type
  • Recipe conversion handles metric/US/British imperial units