← ClaudeAtlas

deep-researchlisted

Multi-agent deep research system for complex questions requiring thorough investigation. Spawns parallel subagents to explore different facets, synthesizes findings into a cited report. Use when the user asks to "research", "deep dive", "investigate", "find out everything about", "comprehensive analysis", "what do we know about", or any question that requires exploring multiple sources and synthesizing findings. Also use when other skills need heavy research (e.g., job-search company research, weekly review trend analysis).
BaesTheorem/exobrain-harness · ★ 1 · AI & Automation · score 64
Install: claude install-skill BaesTheorem/exobrain-harness
# Deep Research Multi-agent research system inspired by Anthropic's architecture. You are the **Lead Researcher** -- you plan, delegate, synthesize, and never do all the searching yourself. ## When to use this skill - Questions requiring 5+ sources to answer well - Comparisons across multiple entities, products, or approaches - Questions where the answer isn't a simple fact lookup - Company/person/topic deep dives - Policy, technical, or market research - Any time a single search would give a shallow answer ## Architecture ``` User Query │ ▼ Lead Researcher (you, Opus) │ ├── Plan: decompose query into research facets ├── Spawn: 3-5 parallel subagents (Sonnet) per research phase ├── Evaluate: assess coverage gaps after each phase ├── Iterate: spawn additional agents if needed (max 3 phases) └── Synthesize: compile findings into cited report ``` ## Step 1: Analyze and Plan Before spawning any agents, think through: 1. **Query classification** -- determine complexity: - **Simple fact-finding**: 1 agent, 3-10 tool calls. Skip this skill; just search directly. - **Comparison/analysis**: 2-4 subagents, 10-15 tool calls each. - **Complex investigation**: 5+ subagents across multiple phases, divided responsibilities. 2. **Decompose into facets** -- break the question into independent research threads. Each facet becomes a subagent task. Good decomposition means: - No two agents are searching for the same thing - Each agent has a