internet-light-orchestrator

Coordinate parallel internet research across subtopics and synthesize a final report.

Updated Nov 19, 2025
One-click install
npx skills add https://github.com/ahmedibrahim085/Multi-Agent-Research-System --skill internet-light-orchestrator
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: internet-light-orchestrator
Source: https://github.com/ahmedibrahim085/Multi-Agent-Research-System/tree/main/.claude/skills/internet-light-orchestrator
Command: npx skills add https://github.com/ahmedibrahim085/Multi-Agent-Research-System --skill internet-light-orchestrator

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill coordinates lightweight parallel internet research across multiple dimensions to speed up multi-angle inquiries and synthesize findings into actionable insights.

Core Features & Use Cases

  • Parallel Research Orchestration: Spawns 2-4 light-research-researcher workers, each focused on a distinct subtopic, in parallel.
  • Synthesis & Reporting: Coordinates results and triggers a single light-research-report-writer to produce a final synthesis.
  • Use Case: Ideal for standard queries like cloud gaming optimization, quantum computing overview, or WebRTC performance analysis.

Quick Start

  1. Analyze the user question to identify 2-4 subtopics or angles.
  2. Spawn 2-4 light-research-researcher agents in parallel, each assigned a unique subtopic and given the common researchPath.
  3. Wait for all researchers to complete and save their notes under the session path.
  4. Spawn one light-research-report-writer to synthesize the final report.
  5. Report the location of the final synthesis to the user.

Frequently Asked Questions about internet-light-orchestrator

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

FAQPage Schema
How can I run parallel internet research on multiple angles of a topic?

Parallel research orchestration spawns 2-4 lightweight researchers simultaneously, each investigating a distinct subtopic angle. This accelerates multi-angle inquiries by coordinating independent research streams and synthesizing findings into a single consolidated report, ideal for topics like cloud gaming optimization or quantum computing overviews.

What's the best way to automate research synthesis across multiple sources?

Research synthesis automation coordinates parallel researcher agents focused on different dimensions, waits for all results, then triggers a report writer to produce a final synthesis. This workflow eliminates manual consolidation and delivers actionable insights from multi-dimensional research faster than sequential investigation.

Can I orchestrate web search workflows for complex research topics?

Web search orchestration manages lightweight parallel researchers, each assigned a distinct research angle with a shared path, then synthesizes their outputs into a unified report. This approach handles standard queries requiring 2-4 subtopic angles without requiring heavyweight infrastructure.

How do I structure research tasks when I need insights from multiple dimensions?

Decompose your research question into 2-4 distinct subtopics or angles. Spawn parallel researchers for each subtopic, provide a common research path, collect their findings, then trigger synthesis to produce a final consolidated report that addresses all dimensions.

What's the difference between sequential research and parallel research coordination?

Parallel research coordination spawns multiple researchers concurrently on different subtopics, reducing total time significantly compared to sequential investigation. Synthesis consolidates all parallel findings into one actionable report, making it efficient for multi-angle inquiries.

When should I use parallel research orchestration instead of single-agent research?

Use parallel orchestration for topics requiring 2-4 distinct research angles to gain comprehensive insights faster. Single-agent research suits narrowly scoped questions. Orchestration is optimal when research benefits from multiple perspectives synthesized into one cohesive conclusion.