sadd:launch-sub-agent

Launch sub-agents with isolated context and automated model selection.

Updated Apr 6, 2026
One-click install
npx skills add https://github.com/luicabref97/sushi-jungle-web --skill sadd-launch-sub-agent-luicabref97
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: sadd:launch-sub-agent
Source: https://github.com/luicabref97/sushi-jungle-web/tree/main/.agents/skills/sadd-launch-sub-agent
Command: npx skills add https://github.com/luicabref97/sushi-jungle-web --skill sadd-launch-sub-agent-luicabref97

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill automates launching focused sub-agents to execute discrete tasks with isolated context, selecting appropriate models and agent prompts while enforcing systematic reasoning and verification to reduce context pollution and improve reliability.

Core Features & Use Cases

  • Intelligent model selection: Automatically chooses opus, sonnet, or haiku based on task complexity and expected output size.
  • Specialized agent matching: Incorporates domain-specific agent prompts for development, research, architecture, documentation, and QA when beneficial.
  • Zero-shot Chain-of-Thought and Self-Critique: Prepends a structured reasoning prefix and mandates a verification loop of targeted questions and evidence before accepting results.
  • Use Case: Dispatch a sub-agent to design a high-performance caching strategy with Opus and a software-architect prompt, or spawn a Haiku agent for a trivial README edit.

Quick Start

Launch a sub-agent to implement pagination for the /users endpoint using automatic model selection and mandatory self-critique.

Frequently Asked Questions about sadd:launch-sub-agent

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

FAQPage Schema
How do I launch a sub-agent with isolated context for software development tasks?

To launch a sub-agent with isolated context, you provide a discrete task description. The system automatically selects an appropriate model, applies specialized agent prompts, and enforces a self-critique verification loop before dispatching the final result.

How does model selection work when dispatching sub-agents for research or testing?

Model selection for sub-agent dispatch works by analyzing task complexity and expected output size, automatically choosing between opus, sonnet, and haiku to ensure efficient resource allocation and optimal performance for research or testing tasks.

What is zero-shot chain-of-thought and how does it improve agent dispatch?

Zero-shot chain-of-thought is a structured reasoning prefix prepended to sub-agent tasks. It improves agent dispatch by enforcing stepwise reasoning before execution, which reduces context pollution and enhances the reliability of the final output.

Can I use automated sub-agents for documentation edits and architecture design?

Yes, you can use automated sub-agents for documentation edits and architecture design. The system matches domain-specific agent prompts to the task, spawning a haiku agent for trivial edits or an opus agent for complex architecture.

Why does my sub-agent require a self-critique verification loop before returning results?

A sub-agent requires a self-critique verification loop to ensure accuracy and reliability. This mandatory loop asks targeted questions and checks evidence before accepting results, preventing unverified outputs from polluting the main context.

What are the limitations of using automated model selection for sub-agent orchestration?

Automated model selection for sub-agent orchestration relies on complexity heuristics, meaning highly ambiguous or deeply nested cross-domain tasks might require manual model overrides to ensure the correct agent context and specialized prompts are applied.