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Multi model orchestration

Skill thuongtruong109/soniclaw/.openclaw/workspace/skills/public/multi-model-orchestration

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Install
npx -y skills add thuongtruong109/soniclaw --skill multi-model-orchestration

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What its author says it does

Copied from the file, not written here

Use when a workflow should split work across different models by step, usually via sub-agents or delegated tasks. Best for tasks where cheap/fast steps and high-quality reasoning steps should use different models. Teaches how to structure main-agent, sub-agent, and tool-driven flows with explicit model choices.

SKILL.md

5.1 KB, ~1.0k tokens by cl100k_base, as published. Nobody here has run it

Multi-Model Orchestration Template

Use this skill when one workflow should intentionally use different models for different stages.

Core rule

Do not assume SKILL.md itself switches models. Model selection happens when you delegate work through a mechanism that supports model override, such as a sub-agent/task runner that accepts a model parameter.

When to use multi-model orchestration

Use it when the workflow has clearly different step types, for example:

  • cheap classification first, expensive synthesis later
  • broad scraping first, deep reasoning later
  • repetitive formatting first, careful final writing later
  • automation steps on default model, analysis steps on stronger model

Default pattern

Split work into 3 lanes:

  1. Main agent lane
  • Owns user context
  • Decides routing
  • Calls tools
  • Verifies outputs
  • Writes final answer
  1. Fast/cheap lane
  • Use a lower-cost or default model
  • Best for:
    • triage
    • extraction
    • cleanup
    • simple transforms
    • repetitive batch steps
  1. Strong reasoning lane
  • Use a stronger model such as sonnet
  • Best for:
    • planning
    • synthesis
    • ambiguous decisions
    • writing high-stakes output
    • strategy or ranking

Recommended decision framework

Before delegating, classify each step by:

  • cost sensitivity: low / medium / high
  • reasoning depth: shallow / medium / deep
  • risk of mistakes: low / medium / high
  • need for user-context continuity: low / high

Then route:

  • shallow + low risk → default or cheaper model
  • deep reasoning or high stakes → stronger model
  • actions touching user context / external side effects → main agent supervises

Reusable orchestration skeleton

Pattern A: Main agent routes to one stronger sub-agent

Use when only one phase needs a better model.

Example:

  1. Main agent gathers inputs.
  2. Main agent delegates planning/synthesis to sub-agent with sonnet.
  3. Main agent executes tools and returns final result.

Pattern B: Fan-out + synthesis

Use when many items need light processing, then one final synthesis step.

Example:

  1. Main agent splits items.
  2. Fast lane processes each item.
  3. Strong lane synthesizes results.
  4. Main agent verifies and responds.

Pattern C: Automation + judgment

Use when browser/tool work is deterministic but interpretation is not.

Example:

  1. Main agent performs browser automation and data capture.
  2. Strong lane analyzes the captured data.
  3. Main agent applies the analysis back into tools or final response.

Suggested wording inside a skill

When authoring another skill, use language like this:

  • Use the default model for browser automation and stateful page interaction.
  • If a reasoning-heavy ranking/synthesis step is needed, spawn a sub-agent with model alias sonnet.
  • Keep final user-facing judgment in the main agent unless the delegated task is purely analytical.

Template snippets

Snippet: route by step type

If the step is mostly extraction, formatting, or bulk processing, keep it on the default model.
If the step requires deep comparison, nuanced judgment, or high-quality writing, delegate to a sub-agent using model alias `sonnet`.

Snippet: supervised delegation

Delegate analysis to a stronger model, but keep tool execution, external actions, and final verification in the main agent.

Snippet: batch then synthesize

For N similar inputs, do lightweight extraction first. After collecting structured outputs, use a stronger model once to rank or synthesize.

Example mapping

Example 1: Research workflow

  • Search + scrape → default model
  • Compare options and rank → sonnet
  • Final concise recommendation → main agent

Example 2: Browser automation workflow

  • Navigate/click/upload/download → default model
  • Interpret messy page results / summarize findings → sonnet
  • Confirm final files and report status → main agent

Example 3: Inbox triage workflow

  • Message classification → default model
  • Sensitive reply drafting → sonnet
  • Sending / routing → main agent

Guardrails

  • Do not use a stronger model for everything by default.
  • Do not delegate actions with external side effects unless supervision is explicit.
  • Do not lose track of source-of-truth files, outputs, or user constraints when splitting work.
  • Prefer fewer, larger delegations over many tiny ones.
  • Record in the parent flow which step used which model if traceability matters.

Minimal authoring checklist

When adapting this template into a real skill, define:

  • which steps stay on the main/default model
  • which steps should use a stronger model
  • what input/output contract each delegated step must follow
  • what the main agent must verify before replying

What ships with it

Read from the repository

Just SKILL.md. No reference files, no scripts.

Gives 0 of the 12 instructions most agent orchestration skills give in ~1.0k tokens

Counted across 742 of the 995 authors here whose files we hold, read 2026-08-07

  • Reference existing artifacts by path or URLin 53 of 742, across 25 files
  • Run the full test suite after integrating changesin 51 of 742, across 19 files
  • Dispatch one agent per independent problem domainin 50 of 742, across 17 files
  • Verify fixes do not conflictin 45 of 742, across 13 files
  • Include a suggested skills section in the documentin 45 of 742, across 17 files
  • Redact sensitive informationin 41 of 742, across 11 files
  • Save to the temporary directory of the operating systemin 39 of 742, across 10 files
  • Tailor the document to user-provided focus argumentsin 39 of 742, across 9 files
  • Spot check agent changes for systematic errorsin 34 of 742, across 7 files
  • Write a handoff document summarising the current conversationin 31 of 742, across 6 files
  • Assign each agent a specific scopein 23 of 742, across 8 files
  • Provide specific scope and clear goalin 23 of 742, across 5 files

Said here and by no other author read

  • Delegate work through a mechanism supporting model override
  • Split work into main, fast, and strong lanes
  • Keep actions with side effects in the main agent
  • Keep tool execution in the main agent
  • Keep final verification in the main agent
  • Keep high-stakes reasoning in the stronger model

Grouped from the skills themselves: near-identical wordings counted once, and counted by distinct author, so one author publishing three of these counts once. Length counted with cl100k_base; the agent that loads this file may tokenize it differently.

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