Glossary

Orchestrator-Subagent Architecture

Orchestrator-subagent architecture is the 2026-era agent design pattern where a single orchestrator model plans the task and delegates each step to a purpose-built subagent that executes against a narrow toolset and returns results.

Definition

Orchestrator-subagent architecture is the 2026-era agent design pattern where a single orchestrator model plans the task and delegates each step to a purpose-built subagent that executes against a narrow toolset and returns results.

In Depth

The pattern emerged because single-loop ReAct agents burn too many tokens reasoning over unrelated tool results. Orchestrators are typically larger, slower models (Claude Opus, GPT-5) while subagents run on cheaper, faster models (Claude Haiku, Gemini Flash) with tightly scoped tools. Scavio fits cleanly as the search subagent backbone: the orchestrator delegates research steps to a subagent whose only job is to call Scavio, summarize results, and return a structured payload.

Example Usage

Real-World Example

The outbound pipeline runs Claude Opus as orchestrator with five Haiku subagents, one of which is dedicated to Scavio research.

Platforms

Orchestrator-Subagent Architecture is relevant across the following platforms, all accessible through Scavio's unified API:

  • Google
  • Reddit
  • YouTube

Related Terms

Frequently Asked Questions

Orchestrator-subagent architecture is the 2026-era agent design pattern where a single orchestrator model plans the task and delegates each step to a purpose-built subagent that executes against a narrow toolset and returns results.

The outbound pipeline runs Claude Opus as orchestrator with five Haiku subagents, one of which is dedicated to Scavio research.

Orchestrator-Subagent Architecture is relevant to Google, Reddit, YouTube. Scavio provides a unified API to access data from all of these platforms.

The pattern emerged because single-loop ReAct agents burn too many tokens reasoning over unrelated tool results. Orchestrators are typically larger, slower models (Claude Opus, GPT-5) while subagents run on cheaper, faster models (Claude Haiku, Gemini Flash) with tightly scoped tools. Scavio fits cleanly as the search subagent backbone: the orchestrator delegates research steps to a subagent whose only job is to call Scavio, summarize results, and return a structured payload.

Orchestrator-Subagent Architecture

Start using Scavio to work with orchestrator-subagent architecture across Google, Amazon, YouTube, Walmart, and Reddit.