cost-efficiency

Implement risk-based routing policies to minimize token usage in multi-agent workflows.

45|7|Updated Dec 7, 2025
One-click install
npx skills add https://github.com/cubetribe/ClaudeCode_GodMode-On --skill cost-efficiency
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: cost-efficiency
Source: https://github.com/cubetribe/ClaudeCode_GodMode-On/tree/main/skills/cost-efficiency
Command: npx skills add https://github.com/cubetribe/ClaudeCode_GodMode-On --skill cost-efficiency

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill addresses the challenge of excessive token consumption and unnecessary agent overhead by implementing a risk-based routing policy that ensures high-level reasoning is only applied where it is truly needed.

Core Features & Use Cases

  • Smart Routing: Automatically determines the minimal set of agents required based on task risk, preventing over-engineering for simple tasks.
  • Architecture Gating: Enforces structured inline briefs for small tasks while escalating high-risk changes to specialized agents.
  • Use Case: When performing a routine bug fix, the system avoids invoking expensive architectural agents, instead using a targeted builder-validator path to save costs while maintaining quality.

Quick Start

Activate the cost-efficiency routing policy by ensuring your task scope is clearly defined and allowing the orchestrator to apply the default smart routing logic to your current session.

Frequently Asked Questions about cost-efficiency

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

FAQPage Schema
How do I reduce token usage in multi-agent workflows?

To reduce token usage in multi-agent workflows, implement a risk-based routing policy that applies high-level reasoning only where needed. This prevents expensive agents from executing simple tasks, minimizing computational overhead.

What is risk-based routing policy for AI orchestration?

Risk-based routing policy for AI orchestration automatically determines the minimal set of agents required based on task risk. It enforces structured inline briefs for small tasks and escalates high-risk changes to specialized agents.

How do I set up cost-efficiency routing for AI agents?

To set up cost-efficiency routing, clearly define your task scope and allow the orchestrator to apply default smart routing logic. This automatically prevents over-engineering by invoking targeted builder-validator paths for routine operations.

Do I need architectural brief templates for agent routing logs?

Yes, you need architectural brief templates to maintain system auditability when applying agent routing logs. Adherence to these defined templates ensures your workflow balances cost-efficiency with rigorous quality gates.

When should I avoid using specialized agents for a task?

You should avoid using specialized agents for routine bug fixes or simple changes. The routing policy bypasses expensive architectural agents for low-risk tasks, utilizing a targeted builder-validator path to save costs while maintaining quality.