ai-rag-pipeline
AI検索拡張生成(RAG)パイプラインを構築・最適化し、外部知識ベースと組み合わせることで、大規模言語モデルの回答の正確性と関連性を向上させ、ハルシネーションの問題を解決します。
npx skills add inferen-sh/skills --skill ai-rag-pipelineBefore / After 効果比較
1 组RAG(検索拡張生成)パイプラインの構築は複雑なプロセスであり、データ統合、モデル選択、パフォーマンス最適化が伴い、技術的なハードルが高く、開発期間が長いです。
このスキルを活用することで、RAGパイプラインの構築とデプロイを自動化し、データ処理とモデル統合を簡素化し、開発時間を大幅に短縮し、AIアプリケーションの効果を向上させることができます。
description SKILL.md
ai-rag-pipeline
AI RAG Pipeline
Build RAG (Retrieval Augmented Generation) pipelines via inference.sh CLI.
Quick Start
Requires inference.sh CLI (infsh). Install instructions
infsh login
# Simple RAG: Search + LLM
SEARCH=$(infsh app run tavily/search-assistant --input '{"query": "latest AI developments 2024"}')
infsh app run openrouter/claude-sonnet-45 --input "{
\"prompt\": \"Based on this research, summarize the key trends: $SEARCH\"
}"
What is RAG?
RAG combines:
-
Retrieval: Fetch relevant information from external sources
-
Augmentation: Add retrieved context to the prompt
-
Generation: LLM generates response using the context
This produces more accurate, up-to-date, and verifiable AI responses.
RAG Pipeline Patterns
Pattern 1: Simple Search + Answer
[User Query] -> [Web Search] -> [LLM with Context] -> [Answer]
Pattern 2: Multi-Source Research
[Query] -> [Multiple Searches] -> [Aggregate] -> [LLM Analysis] -> [Report]
Pattern 3: Extract + Process
[URLs] -> [Content Extraction] -> [Chunking] -> [LLM Summary] -> [Output]
Available Tools
Search Tools
Tool App ID Best For
Tavily Search
tavily/search-assistant
AI-powered search with answers
Exa Search
exa/search
Neural search, semantic matching
Exa Answer
exa/answer
Direct factual answers
Extraction Tools
Tool App ID Best For
Tavily Extract
tavily/extract
Clean content from URLs
Exa Extract
exa/extract
Analyze web content
LLM Tools
Model App ID Best For
Claude Sonnet 4.5
openrouter/claude-sonnet-45
Complex analysis
Claude Haiku 4.5
openrouter/claude-haiku-45
Fast processing
GPT-4o
openrouter/gpt-4o
General purpose
Gemini 2.5 Pro
openrouter/gemini-25-pro
Long context
Pipeline Examples
Basic RAG Pipeline
# 1. Search for information
SEARCH_RESULT=$(infsh app run tavily/search-assistant --input '{
"query": "What are the latest breakthroughs in quantum computing 2024?"
}')
# 2. Generate grounded response
infsh app run openrouter/claude-sonnet-45 --input "{
\"prompt\": \"You are a research assistant. Based on the following search results, provide a comprehensive summary with citations.
Search Results:
$SEARCH_RESULT
Provide a well-structured summary with source citations.\"
}"
Multi-Source Research
# Search multiple sources
TAVILY=$(infsh app run tavily/search-assistant --input '{"query": "electric vehicle market trends 2024"}')
EXA=$(infsh app run exa/search --input '{"query": "EV market analysis latest reports"}')
# Combine and analyze
infsh app run openrouter/claude-sonnet-45 --input "{
\"prompt\": \"Analyze these research results and identify common themes and contradictions.
Source 1 (Tavily):
$TAVILY
Source 2 (Exa):
$EXA
Provide a balanced analysis with sources.\"
}"
URL Content Analysis
# 1. Extract content from specific URLs
CONTENT=$(infsh app run tavily/extract --input '{
"urls": [
"https://example.com/research-paper",
"https://example.com/industry-report"
]
}')
# 2. Analyze extracted content
infsh app run openrouter/claude-sonnet-45 --input "{
\"prompt\": \"Analyze these documents and extract key insights:
$CONTENT
Provide:
1. Key findings
2. Data points
3. Recommendations\"
}"
Fact-Checking Pipeline
# Claim to verify
CLAIM="AI will replace 50% of jobs by 2030"
# 1. Search for evidence
EVIDENCE=$(infsh app run tavily/search-assistant --input "{
\"query\": \"$CLAIM evidence studies research\"
}")
# 2. Verify claim
infsh app run openrouter/claude-sonnet-45 --input "{
\"prompt\": \"Fact-check this claim: '$CLAIM'
Based on the following evidence:
$EVIDENCE
Provide:
1. Verdict (True/False/Partially True/Unverified)
2. Supporting evidence
3. Contradicting evidence
4. Sources\"
}"
Research Report Generator
TOPIC="Impact of generative AI on creative industries"
# 1. Initial research
OVERVIEW=$(infsh app run tavily/search-assistant --input "{\"query\": \"$TOPIC overview\"}")
STATISTICS=$(infsh app run exa/search --input "{\"query\": \"$TOPIC statistics data\"}")
OPINIONS=$(infsh app run tavily/search-assistant --input "{\"query\": \"$TOPIC expert opinions\"}")
# 2. Generate comprehensive report
infsh app run openrouter/claude-sonnet-45 --input "{
\"prompt\": \"Generate a comprehensive research report on: $TOPIC
Research Data:
== Overview ==
$OVERVIEW
== Statistics ==
$STATISTICS
== Expert Opinions ==
$OPINIONS
Format as a professional report with:
- Executive Summary
- Key Findings
- Data Analysis
- Expert Perspectives
- Conclusion
- Sources\"
}"
Quick Answer with Sources
# Use Exa Answer for direct factual questions
infsh app run exa/answer --input '{
"question": "What is the current market cap of NVIDIA?"
}'
Best Practices
1. Query Optimization
# Bad: Too vague
"AI news"
# Good: Specific and contextual
"latest developments in large language models January 2024"
2. Context Management
# Summarize long search results before sending to LLM
SEARCH=$(infsh app run tavily/search-assistant --input '{"query": "..."}')
# If too long, summarize first
SUMMARY=$(infsh app run openrouter/claude-haiku-45 --input "{
\"prompt\": \"Summarize these search results in bullet points: $SEARCH\"
}")
# Then use summary for analysis
infsh app run openrouter/claude-sonnet-45 --input "{
\"prompt\": \"Based on this research summary, provide insights: $SUMMARY\"
}"
3. Source Attribution
Always ask the LLM to cite sources:
infsh app run openrouter/claude-sonnet-45 --input '{
"prompt": "... Always cite sources in [Source Name](URL) format."
}'
4. Iterative Research
# First pass: broad search
INITIAL=$(infsh app run tavily/search-assistant --input '{"query": "topic overview"}')
# Second pass: dive deeper based on findings
DEEP=$(infsh app run tavily/search-assistant --input '{"query": "specific aspect from initial search"}')
Pipeline Templates
Agent Research Tool
#!/bin/bash
# research.sh - Reusable research function
research() {
local query="$1"
# Search
local results=$(infsh app run tavily/search-assistant --input "{\"query\": \"$query\"}")
# Analyze
infsh app run openrouter/claude-haiku-45 --input "{
\"prompt\": \"Summarize: $results\"
}"
}
research "your query here"
Related Skills
# Web search tools
npx skills add inference-sh/skills@web-search
# LLM models
npx skills add inference-sh/skills@llm-models
# Content pipelines
npx skills add inference-sh/skills@ai-content-pipeline
# Full platform skill
npx skills add inference-sh/skills@infsh-cli
Browse all apps: infsh app list
Documentation
-
Adding Tools to Agents - Agent tool integration
-
Building a Research Agent - Full guide
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