expert-analysis-guide

Orchestrate parallel expert agents to synthesize analysis briefs for design.

2|1|Updated Jan 16, 2026
One-click install
npx skills add https://github.com/tundraray/overture --skill expert-analysis-guide
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: expert-analysis-guide
Source: https://github.com/tundraray/overture/tree/main/skills/expert-analysis-guide
Command: npx skills add https://github.com/tundraray/overture --skill expert-analysis-guide

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill enables teams to orchestrate multi-perspective expert analyses before design begins, ensuring diverse concerns surface early and guiding design decisions with structured syntheses.

Core Features & Use Cases

  • Fan-Out Pattern (Parallel Spawning): Spawn 3-5 expert-analyst agents in parallel to cover Security, API Design, Architecture, Performance, Data Modeling, Testability, and UX Impact.
  • Fan-In Synthesis (Merging Results): Collect JSON responses and synthesize a consolidated brief with trade-offs, cross-cutting concerns, and interaction points to inform the Design Doc.
  • Handoff to Technical Designer: Produce a ready-to-use synthesis for the design team to create detailed design docs and implementation plans.
  • Use Case: When starting a complex feature requiring cross-domain analysis, use this Skill to gather expert perspectives in parallel and generate a unified brief for decision-making.
  • Use Case: For architecture refactors, run parallel analyses to surface compatibility, performance, and security considerations before coding.

Quick Start

Invoke the expert-analysis-guide to orchestrate parallel expert analysis across the domain perspectives and generate the synthesis for the Design Doc.

Frequently Asked Questions about expert-analysis-guide

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

FAQPage Schema
How do I gather multi-perspective expert analysis before starting a complex architecture refactor?

To gather multi-perspective expert analysis, you can orchestrate parallel expert agents covering security, API design, and systems architecture to surface cross-domain concerns early. The process spawns 3-5 analyst agents in parallel and synthesizes their JSON responses into a structured brief for design decisions.

What is parallel expert analysis for systems architecture and when do I need it?

Parallel expert analysis for systems architecture is a fan-out pattern that spawns multiple domain-specific agents to evaluate complex features simultaneously. You need this process when starting architecture changes requiring cross-domain evaluation across security, performance, and data modeling before design begins.

How do I synthesize multiple expert analyses into a single design doc brief?

To synthesize multiple expert analyses into a design doc brief, collect JSON responses from parallel expert agents and merge them using a fan-in synthesis pattern. This consolidated brief highlights trade-offs, cross-cutting concerns, and interaction points to inform technical designers.

Can I run parallel security and API design analysis for complex features without manual coordination?

Yes, you can run parallel security and API design analysis without manual coordination by orchestrating expert-analyst agents simultaneously. The system automatically spawns 3-5 agents covering domains like security, API design, and performance, then merges their results into a unified synthesis.

What is the best way to evaluate cross-cutting concerns like security and performance before coding?

The best way to evaluate cross-cutting concerns before coding is running parallel expert analyses across security, performance, and testability domains. This approach surfaces compatibility considerations and trade-offs early, producing a structured synthesis that guides downstream design doc creation.

When should I not use parallel expert analysis for feature design?

You should not use parallel expert analysis for simple features that lack cross-domain requirements or architecture changes. This approach is designed for complex features requiring structured synthesis across multiple domains like security, systems architecture, and data modeling before handing off to technical designers.