deep-research

Plan, search, extract, and assemble research reports from disk.

18|9|Updated Apr 8, 2026
One-click install
npx skills add https://github.com/arozumenko/sdlc-skills --skill deep-research-arozumenko
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: deep-research
Source: https://github.com/arozumenko/sdlc-skills/tree/main/skills/deep-research
Command: npx skills add https://github.com/arozumenko/sdlc-skills --skill deep-research-arozumenko

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

It eliminates unreliable, memory-only research by running a repeatable workflow that writes plans, findings, and checkpoints to disk so you can resume and assemble final reports without losing work.

Core Features & Use Cases

  • Trend research: identify what’s changing in a space (players, adoption signals, emerging patterns, contrarian/risk signals) using sources and publication dating discipline.
  • Topic analysis: produce a deep, balanced decomposition of a topic with tradeoffs (including SWOT-style analysis) and a clearly separated recommendation.
  • Fact-checking: extract factual claims from a document and verify each claim with evidence, producing an impartial verdict set.

Quick Start

Ask the AI to fact-check this document using deep-research and save a disk checkpointed workspace, then produce a detailed verdict report with cited evidence.

Frequently Asked Questions about deep-research

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I fact-check a document with evidence and avoid losing my research progress?

Fact-checking with evidence requires extracting claims, verifying each against sources, and saving disk checkpoints. This workflow writes plans, findings, and verdicts to disk, ensuring you can resume and assemble final reports without losing work.

What's the best way to conduct trend analysis without relying on memory-only research?

Trend analysis needs a repeatable workflow that identifies players, adoption signals, and emerging patterns using sources and publication dating. A disk-first research approach writes findings to disk, eliminating unreliable memory-only research by maintaining checkpointed progress.

How does a disk-first research workflow work for deep topic decomposition?

A disk-first research workflow plans, searches, extracts, and assembles results from disk to produce deep topic decomposition. It creates balanced analysis with tradeoffs and clearly separated recommendations by checkpointing each phase to preserve intermediate findings.

Do I need Tavily tools to use automated research workflows?

Yes, automated research workflows require Tavily tools like tavily_search and tavily_extract for source retrieval and content extraction. Context7 tools are optionally supported for technical grounding to resolve library IDs and query documentation.

Can I use this research approach for SWOT-style analysis and fact verification?

Research workflows support both SWOT-style analysis and fact verification across three modes. Trend research identifies market changes, topic analysis produces balanced decomposition with tradeoffs, and fact-checking extracts claims to verify with evidence and impartial verdicts.

Why does checkpointing matter for evidence-based research tasks?

Checkpointing matters for evidence-based research because it writes plans, findings, and intermediate results to disk during the research process. This prevents data loss inherent in memory-only research, allowing you to resume work and assemble final reports reliably.