tool-design

Design and optimize agent system tool interfaces for clarity and efficiency.

Updated Feb 26, 2026
One-click install
npx skills add https://github.com/christhz666/centro-diagnostico-v11 --skill tool-design-christhz666
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: tool-design
Source: https://github.com/christhz666/centro-diagnostico-v11/tree/main/.skills/tool-design
Command: npx skills add https://github.com/christhz666/centro-diagnostico-v11 --skill tool-design-christhz666

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes scripts (resource) and references (resource) components.

What problem does it solve?

This Skill addresses the challenge of designing tools for agent systems that are both intuitive for agents to use and efficient in their operation.

Core Features & Use Cases

  • Tool Description Engineering: Provides guidelines for crafting clear, concise, and actionable tool descriptions.
  • Consolidation Principle: Encourages the use of single, comprehensive tools to reduce ambiguity and cognitive load.
  • Architectural Reduction: Advocates for simplifying tool sets to enhance agent performance and reduce maintenance overhead.
  • Response Format Optimization: Offers strategies for balancing information richness with token efficiency.
  • Error Message Design: Outlines best practices for creating error messages that are actionable for agents.
  • Tool Collection Design: Suggests principles for organizing and managing tool collections to facilitate agent decision-making.
  • Testing Tool Design: Provides a framework for evaluating tool designs based on clarity, completeness, recoverability, efficiency, and consistency.
  • Anti-Patterns to Avoid: Highlights common pitfalls in tool design to help prevent future mistakes.
  • Integration: Offers guidance on integrating this Skill with other related skills and resources.
  • Use Case: Imagine you are developing an agent system that requires a variety of tools for different tasks. Use this Skill to ensure that the tools are well-designed and easy for the agent to use.

Quick Start

Use the tool-design skill to review and optimize the tool descriptions for your agent system.

Frequently Asked Questions about tool-design

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

FAQPage Schema
What is tool description engineering for agent systems?

Tool description engineering crafts clear, concise, and actionable tool descriptions for agent systems to reduce ambiguity and cognitive load. It ensures agents interpret interfaces accurately and execute tasks effectively without operational miscommunication.

How do I consolidate agent tools to improve system performance?

Consolidate agent tools by applying the consolidation principle, using single comprehensive tools to reduce ambiguity. Architectural reduction simplifies tool sets to enhance agent performance and significantly reduce system maintenance overhead.

What is the best way to design error messages for agent tools?

Design agent tool error messages to be actionable, providing clear recovery paths so agents can autonomously resolve issues. This involves outlining best practices that ensure error feedback directs agents toward successful task execution.

How do I test agent tool design for clarity and efficiency?

Test agent tool design using a framework evaluating clarity, completeness, recoverability, efficiency, and consistency. This ensures tools meet operational standards, function reliably within agent systems, and prevent common design pitfalls.

What are common anti-patterns in agent tool design to avoid?

Common anti-patterns in agent tool design include overly fragmented tool sets and ambiguous descriptions. Avoiding these pitfalls prevents cognitive overload, reduces maintenance overhead, and ensures efficient agent decision-making during task execution.

Do I need knowledge of agent system design to optimize tool interfaces?

Yes, optimizing tool interfaces requires knowledge of agent system design and tooling best practices. This prerequisite knowledge is necessary to effectively apply principles of description engineering, consolidation, and architectural reduction.