web-research

작성자: langchain-ai

웹 리서치와 관련된 요청에 이 스킬을 사용하세요. 포괄적인 웹 리서치를 수행하기 위한 체계적인 접근 방식을 제공합니다.

npx skills add https://github.com/langchain-ai/deepagentsjs --skill web-research

Web Research Skill

This skill provides a structured approach to conducting comprehensive web research using the task tool to spawn research subagents. It emphasizes planning, efficient delegation, and systematic synthesis of findings.

When to Use This Skill

Use this skill when you need to:

  • Research complex topics requiring multiple information sources
  • Gather and synthesize current information from the web
  • Conduct comparative analysis across multiple subjects
  • Produce well-sourced research reports with clear citations

Research Process

Step 1: Create and Save Research Plan

Before delegating to subagents, you MUST:

  1. Create a research folder - Organize all research files in a dedicated folder relative to the current working directory:

    mkdir research_[topic_name]
    

    This keeps files organized and prevents clutter in the working directory.

  2. Analyze the research question - Break it down into distinct, non-overlapping subtopics

  3. Write a research plan file - Use the write_file tool to create research_[topic_name]/research_plan.md containing:

    • The main research question
    • 2-5 specific subtopics to investigate
    • Expected information from each subtopic
    • How results will be synthesized

Planning Guidelines:

  • Simple fact-finding: 1-2 subtopics
  • Comparative analysis: 1 subtopic per comparison element (max 3)
  • Complex investigations: 3-5 subtopics

Step 2: Delegate to Research Subagents

For each subtopic in your plan:

  1. Use the task tool to spawn a research subagent with:

    • Clear, specific research question (no acronyms)
    • Instructions to write findings to a file: research_[topic_name]/findings_[subtopic].md
    • Budget: 3-5 web searches maximum
  2. Run up to 3 subagents in parallel for efficient research

Subagent Instructions Template:

Research [SPECIFIC TOPIC]. Use the web_search tool to gather information.
After completing your research, use write_file to save your findings to research_[topic_name]/findings_[subtopic].md.
Include key facts, relevant quotes, and source URLs.
Use 3-5 web searches maximum.

Step 3: Synthesize Findings

After all subagents complete:

  1. Review the findings files that were saved locally:

    • First run list_files research_[topic_name] to see what files were created
    • Then use read_file with the file paths (e.g., research_[topic_name]/findings_*.md)
    • Important: Use read_file for LOCAL files only, not URLs
  2. Synthesize the information - Create a comprehensive response that:

    • Directly answers the original question
    • Integrates insights from all subtopics
    • Cites specific sources with URLs (from the findings files)
    • Identifies any gaps or limitations
  3. Write final report (optional) - Use write_file to create research_[topic_name]/research_report.md if requested

Note: If you need to fetch additional information from URLs, use the fetch_url tool, not read_file.

Available Tools

You have access to:

  • write_file: Save research plans and findings to local files
  • read_file: Read local files (e.g., findings saved by subagents)
  • list_files: See what local files exist in a directory
  • fetch_url: Fetch content from URLs and convert to markdown (use this for web pages, not read_file)
  • task: Spawn research subagents with web_search access

Research Subagent Configuration

Each subagent you spawn will have access to:

  • web_search: Search the web using Tavily (parameters: query, max_results, topic, include_raw_content)
  • write_file: Save their findings to the filesystem

Best Practices

  • Plan before delegating - Always write research_plan.md first
  • Clear subtopics - Ensure each subagent has distinct, non-overlapping scope
  • File-based communication - Have subagents save findings to files, not return them directly
  • Systematic synthesis - Read all findings files before creating final response
  • Stop appropriately - Don't over-research; 3-5 searches per subtopic is usually sufficient

langchain-ai의 다른 스킬

deepagents-thread-inspector
langchain-ai
로컬 Deep Agents Code SQLite 세션 저장소의 대화를 검사하고 설명합니다. LangSmith 추적 도구를 사용할 수 없을 때 대체 수단으로 사용하며, …
deepagents-python-quickstart
langchain-ai
공식 퀵스타트를 따라 Python으로 최소한의 로컬 Deep Agent를 구축하고, Tavily 대신 공급자 기본 웹 검색을 사용합니다. 사용자가 다음을 원할 때 사용합니다…
deepagents-typescript-quickstart
langchain-ai
공식 퀵스타트를 따라 TypeScript로 최소한의 로컬 Deep Agent를 스캐폴드하고, Tavily 대신 제공자 네이티브 웹 검색을 사용합니다. 사용자가…
eval-engineering
langchain-ai
에이전트 저장소와 사용자가 제공한 선택적 트레이스를 반복적으로 검사하고, 사용자와 인터뷰하며, Harbor 평가를 한 번에 하나씩 생성, 실행, 감사합니다. 용도:…
LangChain RAG Pipeline
langchain-ai
이 스킬을 호출하여 검색 증강 생성(RAG) 시스템을 구축하세요. 문서 로더, RecursiveCharacterTextSplitter, 임베딩(OpenAI) 등을 다룹니다.
LangChain Structured Output & HITL
langchain-ai
langchain-structured-output-&-hitl — AI 에이전트를 위한 설치 가능한 스킬로, langchain-ai/langchain-skills에서 게시되었습니다.
LangSmith Datasets
langchain-ai
이 스킬은 평가 데이터셋을 트레이스에서 생성하거나 LangSmith에 데이터셋을 업로드하거나 데이터셋을 쿼리할 때 호출하세요. 데이터셋 유형(final_response, …)을 다룹니다.
langsmith-evaluator
langchain-ai
LangSmith 평가 파이프라인을 구축할 때 이 스킬을 호출하세요. 세 가지 핵심 구성 요소를 다룹니다: (1) 평가자 생성 - LLM-as-Judge, 사용자 정의 코드; (2)…