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Openclaw Smart Router

Automatically routes AI requests to cost-optimal models based on task complexity and budget, saving 30-50% on model expenses with adaptive learning.

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Automatically routes AI requests to cost-optimal models based on task complexity and budget, saving 30-50% on model expenses with adaptive learning.

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Install for OpenClaw

Quick setup
  1. Download the package from Yavira.
  2. Extract the archive and review SKILL.md first.
  3. Import or place the package into your OpenClaw setup.

Requirements

Target platform
OpenClaw
Install method
Manual import
Extraction
Extract archive
Prerequisites
OpenClaw
Primary doc
SKILL.md

Package facts

Download mode
Yavira redirect
Package format
ZIP package
Source platform
Tencent SkillHub
What's included
API-REFERENCE.md, DATABASE-IMPLEMENTATION.md, hooks/provider-after.js, hooks/request-before.js, hooks/session-end.js, IMPLEMENTATION.md

Validation

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  • Review SKILL.md after the package is downloaded.
  • Confirm the extracted package contains the expected setup assets.

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I downloaded a skill package from Yavira. Read SKILL.md from the extracted folder and install it by following the included instructions. Tell me what you changed and call out any manual steps you could not complete.

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Trust & source

Release facts

Source
Tencent SkillHub
Verification
Indexed source record
Version
1.0.0

Documentation

ClawHub primary doc Primary doc: SKILL.md 26 sections Open source page

OpenClaw Smart Router

Save 30-50% on model costs through intelligent, automatic model selection.

What is it?

The first OpenClaw skill that automatically routes requests to optimal models based on complexity analysis and budget constraints. Stops you from wasting money on expensive models for simple tasks. Learns from your usage patterns and gets smarter over time.

Key Features

🎯 30-50% Cost Savings - Automatic model selection based on task complexity 🧠 Complexity Analysis - Scores tasks 0.0-1.0 and selects appropriate model πŸ’° Budget Awareness - Respects spending limits and cost targets πŸ“Š Pattern Learning - Learns which models work best for your tasks πŸ”„ Multi-Provider - Works with Anthropic, OpenAI, Google, and more πŸ’Έ x402 Payments - Agents can pay for unlimited routing (0.5 USDT/month)

Free vs Pro Tier

Free Tier: 100 routing decisions per day Automatic complexity analysis Basic model selection Cost tracking Pro Tier (0.5 USDT/month): Unlimited routing decisions Advanced pattern learning Custom routing rules Detailed analytics and ROI tracking Budget optimization

Installation

claw skill install openclaw-smart-router

Commands

# View routing stats claw router stats # Analyze complexity claw router analyze "Your task description..." # View routing history claw router history --limit=10 # Show cost savings claw router savings # Open dashboard claw router dashboard # Subscribe to Pro claw router subscribe

How It Works

Intercepts requests - Hooks before each API call Analyzes complexity - Scores task from 0.0 (simple) to 1.0 (expert) Checks budget - Considers spending limits Selects model - Chooses optimal model: Simple (0.0-0.3) β†’ Haiku/GPT-3.5 Medium (0.3-0.6) β†’ Sonnet/GPT-4-Turbo Complex (0.6-0.8) β†’ Opus/GPT-4 Expert (0.8-1.0) β†’ Opus/GPT-4 Routes request - Sends to selected model Learns from result - Tracks success and adapts

Complexity Scoring

What makes a task complex? Context length (more context = higher complexity) Code presence (code analysis scores higher) Error messages (debugging is complex) Task type (writing < coding < reasoning < research) Question complexity (multiple parts, nested logic) Specificity (vague requests need stronger models) Examples: Simple (0.0-0.3) β†’ Haiku: "What's the current time?" "Format this JSON" "Fix typo in variable name" Medium (0.3-0.6) β†’ Sonnet: "Refactor this class to use interfaces" "Write unit tests for this function" "Explain how React hooks work" Complex (0.6-0.8) β†’ Opus: "Debug this multi-threaded race condition" "Design a scalable caching strategy" "Optimize this algorithm for performance" Expert (0.8-1.0) β†’ Opus: "Design a distributed system architecture" "Solve this novel algorithmic problem" "Research and synthesize from multiple sources"

Use Cases

Reduce model costs by 30-50% automatically Stop manually switching between models Budget-aware routing for cost control Learn optimal model selection from patterns Track spending and ROI over time

Example 1: Development Work

  • Without Smart Router:
  • 100 requests/day to Opus
  • $0.015 per request
  • Monthly: $45
  • With Smart Router:
  • 30 requests to Haiku ($0.90)
  • 50 requests to Sonnet ($7.50)
  • 20 requests to Opus ($9.00)
  • Monthly: $17.40
  • Savings: $27.60/month (61%)

Example 2: Customer Support

  • Without Smart Router:
  • 500 requests/day to GPT-4
  • Monthly: $300
  • With Smart Router:
  • 400 to GPT-3.5 ($24)
  • 80 to GPT-4-Turbo ($24)
  • 20 to GPT-4 ($12)
  • Monthly: $60
  • Savings: $240/month (80%)

Agent Economy

  • Agents can autonomously evaluate if Pro tier is worth it:
  • Cost: 0.5 USDT/month
  • Value: Saves 30-50% on model costs
  • ROI: If saves >0.5 USDT/month, it pays for itself
  • Example ROI:
  • Agent making 100 requests/day:
  • Without router: $45/month
  • With router: $17.40/month
  • Savings: $27.60/month
  • Pro cost: $0.50/month
  • Net profit: $27.10/month
  • ROI: 5,420%
  • Economic rationale: If routing decisions save more than 0.5 USDT/month in model costs, Pro tier pays for itself. Agent can autonomously pay via x402 without human approval.
  • See AGENT-PAYMENTS.md for x402 integration details.

Pattern Learning

Smart Router learns from your usage: Example Learning: Pattern detected: "Debug Python errors" History: Haiku failed 3 times, Sonnet succeeded 5 times Learning: Always use Sonnet+ for Python debugging Next time: "Debug this Python error..." β†’ Automatically routes to Sonnet instead of Haiku What it learns: Task-based patterns (debugging, refactoring, writing) Complexity patterns (what works at different levels) Budget patterns (when to downgrade, when quality matters) Provider patterns (which providers work best for your tasks)

Memory System

Stores routing patterns as persistent memories Recalls successful model selections across sessions Maximum learning efficiency

Context Optimizer

Combine for 60-80% total cost reduction Compress context (40-60% token savings) Route to cheaper model (30-50% cost savings) Together = maximum efficiency

Cost Governor

Smart Router optimizes model selection Cost Governor enforces hard spending limits Together = maximum cost control # Install full efficiency suite claw skill install openclaw-memory claw skill install openclaw-context-optimizer claw skill install openclaw-smart-router

Privacy

All data stored locally in ~/.openclaw/openclaw-smart-router/ No external servers or telemetry Routing happens locally (no API calls) Open source - audit the code yourself

Dashboard

Access web UI at http://localhost:9093: Real-time routing decisions Complexity distribution chart Model selection breakdown Cost savings over time ROI calculation Pattern learning insights Budget tracking License status

ROI Tracking

  • Smart Router automatically calculates return on investment:
  • $ claw router savings
  • Cost Analysis (Last 30 Days)
  • ────────────────────────────────
  • Routing decisions: 2,847
  • Average complexity: 0.45
  • Model distribution:
  • Haiku: 42% ($3.60)
  • Sonnet: 49% ($21.00)
  • Opus: 9% ($11.12)
  • Total actual cost: $35.72
  • Without Smart Router: $128.12
  • Savings: $92.40 (72%)
  • Pro cost: $0.50/month
  • Net profit: $91.90/month
  • ROI: 18,380% πŸŽ‰

Requirements

Node.js 18+ OpenClaw v2026.1.30+ OS: Windows, macOS, Linux Optional: OpenClaw Memory System (recommended) Optional: OpenClaw Context Optimizer (highly recommended)

API Reference

# Analyze complexity POST /api/analyze { "agent_wallet": "0x...", "query": "Task description...", "context_length": 1500 } # Response: { "complexity": 0.65, "recommended_model": "claude-sonnet-4-5", "recommended_provider": "anthropic", "estimated_cost": 0.008, "reasoning": "Medium complexity code task" } # Get routing stats GET /api/stats?agent_wallet=0x... # Get savings analysis GET /api/savings?agent_wallet=0x... # Get learned patterns GET /api/patterns?agent_wallet=0x... # x402 payment endpoints POST /api/x402/subscribe POST /api/x402/verify GET /api/x402/license/:wallet

Budget Awareness

Smart Router respects your spending limits: Budget levels: Per-request max ($0.50 default) Daily limit ($5.00 default) Monthly limit ($100.00 default) Budget strategies: Conservative: Prefer cheaper models when viable Balanced: Use recommended model, respect hard limits Quality-First: Prioritize best model, soft budget constraints Budget constraint handling: IF daily_limit_reached: β†’ Downgrade to cheapest viable model β†’ Warn user about constraint β†’ Log budget event

Supported Models

Anthropic: claude-haiku-4-5 (simple) claude-sonnet-4-5 (medium) claude-opus-4-5 (complex) OpenAI: gpt-3.5-turbo (simple) gpt-4-turbo (medium) gpt-4 (complex) Google: gemini-1.5-flash (simple) gemini-1.5-pro (medium/complex) Custom providers: Easily configure your own models and costs

Statistics Example

  • Smart Router Stats (30 Days)
  • ────────────────────────────────
  • Total decisions: 2,847
  • Avg complexity: 0.45
  • Complexity breakdown:
  • Simple (0.0-0.3): 42%
  • Medium (0.3-0.6): 37%
  • Complex (0.6-0.8): 15%
  • Expert (0.8-1.0): 6%
  • Model distribution:
  • Haiku: 1,200 (42%)
  • Sonnet: 1,400 (49%)
  • Opus: 247 (9%)
  • Cost: $35.72 (vs $128.12 without)
  • Savings: 72% ($92.40/month)
  • Pattern learning:
  • 23 patterns identified
  • 94% success rate
  • 342 pattern applications

Economic Rationale

Should you upgrade to Pro? Calculate your potential savings: Current requests/day Γ— Avg cost per request = Monthly cost Apply 30-50% savings = Amount saved If saved amount > 0.5 USDT/month β†’ Pro pays for itself Typical savings: Light usage (10-20 req/day): $3-8/month β†’ $2.50-7.50 profit Medium usage (50-100 req/day): $20-45/month β†’ $19.50-44.50 profit Heavy usage (200+ req/day): $100+/month β†’ $99.50+ profit ROI gets better with scale.

Links

Full Documentation Routing Guide Agent Payments Guide GitHub Repository ClawHub Page Built by the OpenClaw community | First smart model router with x402 payments

Category context

Agent frameworks, memory systems, reasoning layers, and model-native orchestration.

Source: Tencent SkillHub

Largest current source with strong distribution and engagement signals.

Package contents

Included in package
3 Docs3 Scripts
  • API-REFERENCE.md Docs
  • DATABASE-IMPLEMENTATION.md Docs
  • IMPLEMENTATION.md Docs
  • hooks/provider-after.js Scripts
  • hooks/request-before.js Scripts
  • hooks/session-end.js Scripts