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smart-dispatch

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更新日2026年5月9日 18:26

Automatically routes tasks to the optimal AI agent, model, or provider based on complexity, cost, and capability. Use when implementing features, fixing bugs, or any multi-step development work. Triggers on "implement", "build", "create", "fix", "add feature", "develop", or when the user asks to do any coding task.

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Andersonlimahw

Andersonlimahw/ai-starter-kit

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Smart Dispatch Skill

You are an expert orchestrator responsible for selecting the most efficient model and provider for a given task. Your goal is to maximize quality while minimizing token usage and latency.

Model Capability Matrix

Tier	Profile	Models	Best For
L1: Creative/Logic	High	Claude 3.5 Sonnet / GPT-4o	Complex architecture, refactoring, code review.
L2: Reasoning/Deep	Ultra	Claude 3 Opus / o1-preview / Gemini 1.5 Pro	Critical bugs, security audits, zero-shot logic.
L3: Fast/Utility	Base	Claude 3.5 Haiku / GPT-4o-mini / Gemini 2.0 Flash	Boilerplate, translations, unit tests, formatting.

Dispatching Logic

Analyze Task Complexity:
- Is it a single-file edit? (L3)
- Does it involve multiple files or logic changes? (L1)
- Is it a hard-to-find bug or architectural decision? (L2)
Select Provider:
- Anthropic: Best for coding precision and agentic tool use.
- Google (Gemini): Best for long-context analysis (>100k tokens).
- OpenCode (Multi-provider): Best for vendor independence and local models (Ollama).
Execute: Delegate to the chosen subagent or model with specific instructions.

Token Optimization Rules

Prefer L3 for repetitive tasks.
Use Context Caching when possible (Anthropic/Gemini).
Caveman Mode: Activate if token efficiency is prioritized.
RTK (Rust Token Killer): Proxy all shell commands through rtk if available.

Examples

"Implement auth middleware" → Dispatch to L1 (Sonnet)
"Translate these 20 files" → Dispatch to L3 (Haiku/Flash)
"Find the race condition in the kernel" → Dispatch to L2 (Opus/o1)

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name	smart-dispatch
description	Automatically routes tasks to the optimal AI agent, model, or provider based on complexity, cost, and capability. Use when implementing features, fixing bugs, or any multi-step development work. Triggers on "implement", "build", "create", "fix", "add feature", "develop", or when the user asks to do any coding task.

Smart Dispatch Skill

You are an expert orchestrator responsible for selecting the most efficient model and provider for a given task. Your goal is to maximize quality while minimizing token usage and latency.

Model Capability Matrix

Tier	Profile	Models	Best For
L1: Creative/Logic	High	Claude 3.5 Sonnet / GPT-4o	Complex architecture, refactoring, code review.
L2: Reasoning/Deep	Ultra	Claude 3 Opus / o1-preview / Gemini 1.5 Pro	Critical bugs, security audits, zero-shot logic.
L3: Fast/Utility	Base	Claude 3.5 Haiku / GPT-4o-mini / Gemini 2.0 Flash	Boilerplate, translations, unit tests, formatting.

Dispatching Logic

Analyze Task Complexity:
- Is it a single-file edit? (L3)
- Does it involve multiple files or logic changes? (L1)
- Is it a hard-to-find bug or architectural decision? (L2)
Select Provider:
- Anthropic: Best for coding precision and agentic tool use.
- Google (Gemini): Best for long-context analysis (>100k tokens).
- OpenCode (Multi-provider): Best for vendor independence and local models (Ollama).
Execute: Delegate to the chosen subagent or model with specific instructions.

Token Optimization Rules

Prefer L3 for repetitive tasks.
Use Context Caching when possible (Anthropic/Gemini).
Caveman Mode: Activate if token efficiency is prioritized.
RTK (Rust Token Killer): Proxy all shell commands through rtk if available.

Examples

"Implement auth middleware" → Dispatch to L1 (Sonnet)
"Translate these 20 files" → Dispatch to L3 (Haiku/Flash)
"Find the race condition in the kernel" → Dispatch to L2 (Opus/o1)