research

Execute structured technical research and generate citation-ready Markdown solution plans.

2|Updated Mar 10, 2022
One-click install
npx skills add https://github.com/ngocsangyem/ngocsangyem.dev --skill research-ngocsangyem
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: research
Source: https://github.com/ngocsangyem/ngocsangyem.dev/tree/main/.claude/skills/research
Command: npx skills add https://github.com/ngocsangyem/ngocsangyem.dev --skill research-ngocsangyem

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill guides you through structured technical research to define scope, gather evidence from multiple sources, and synthesize findings into a plan for scalable, secure, and maintainable solutions.

Core Features & Use Cases

  • Phase 1: Scope Definition — identify key terms, recency requirements, evaluation criteria, and boundaries.
  • Phase 2: Systematic Information Gathering — multi-source strategy with deterministic tooling (gemini when available) or WebSearch fallback; parallel queries with explicit freshness and security considerations.
  • Phase 3: Analysis & Synthesis — patterns, trade-offs, and concrete recommendations.
  • Report generation with plans saved in ./plans/<plan-name>/reports/YYMMDD-topic.md, including executive summary, methodology, findings, and concrete next steps.
  • Use case: you need to assess a new technology stack; generate a decision plan with risk assessment and deployment considerations.

Quick Start

Provide a topic and scope to begin. For example: "Research best practices for secure, scalable Kubernetes deployments in production." The skill will run a multi-phase research workflow and produce a structured plan with sources and actionable recommendations.

Frequently Asked Questions about research

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

FAQPage Schema
How do I conduct structured technical research to inform scalable solution design?

Structured technical research systematically gathers evidence from multiple sources to define scope, identify trade-offs, and produce actionable recommendations. This Skill executes phase-driven research—scope definition, information gathering with tool-use constraints, and synthesis—delivering citation-ready plans in Markdown with executive summaries and concrete next steps for scalable, secure architectures.

Can I use this for evaluating new technology stacks before deployment?

Yes. Provide a technology topic and scope; the Skill runs multi-phase research with deterministic tooling (gemini or WebSearch fallback) to assess trade-offs, security considerations, and deployment risks. Output includes decision plans with sources and actionable recommendations saved as structured Markdown reports.

What sources does the research process use, and how fresh is the information?

The Skill gathers from multiple sources using gemini (with 10-minute timeout) or WebSearch as fallback, with explicit freshness and security filters applied. Up to five parallel tool calls execute per research phase, producing reports with cited sources and methodology documentation.

How do I organize and document research findings for technical planning?

Research output is saved in ./plans/<plan-name>/reports/ as YYMMDD-topic.md files containing executive summary, methodology, findings, and concrete recommendations. This standardized format enables phase-driven planning, citation tracking, and actionable next steps for scope definition and solution architecture.

What are the constraints when using this for large-scale or complex research topics?

The Skill enforces tool-use limits (maximum five calls) and timeout constraints (10-minute gemini window or WebSearch fallback) to maintain deterministic execution. These constraints require disciplined scope definition and query strategy; complex topics benefit from phased breakdown into focused research questions.

Does this research process address security and scalability in solution planning?

Yes. Security and scalability are explicit evaluation criteria in the analysis phase. The Skill produces plans that synthesize trade-offs, risk assessment, and maintenance considerations alongside recommendations—applicable to engineering tasks requiring formal, evidence-based solution architecture.