agent-harness-construction

Design schema-first tool action spaces and standardized observations for AI agents.

1|Updated May 12, 2026
One-click install
npx skills add https://github.com/Manvendra08/TradingBot --skill agent-harness-construction-manvendra08
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: agent-harness-construction
Source: https://github.com/Manvendra08/TradingBot/tree/main/_agent/skills/agent-harness-construction
Command: npx skills add https://github.com/Manvendra08/TradingBot --skill agent-harness-construction-manvendra08

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill solves the widespread issue of AI agents failing to complete tasks due to poorly designed action spaces, uninformative tool outputs, and weak error recovery logic that leads to dead ends and unnecessary retries.

Core Features & Use Cases

  • Action Space Design: Guidance for defining granular, schema-first tools (micro/medium/macro) matched to operation risk to eliminate overlapping tool semantics.
  • Standardized Observations: Rules for formatting all tool outputs with status, summary, next actions, and artifacts to remove opaque, unhelpful responses.
  • Error Recovery Contracts: Templates for building consistent error paths with root cause hints, safe retry instructions, and explicit stop conditions to reduce agent failures.
  • Context Budgeting: Best practices for minimizing system prompt size, loading guidance on demand, and compacting context at phase boundaries to avoid overloading.
  • Use Case: A team building a code review agent can use this skill to structure its tool calls, ensure clear error messages for failed file lookups, and track completion rates to iteratively improve performance.

Quick Start

Use the agent-harness-construction skill to redesign the tool action space and observation format for your existing customer support agent to improve its first-attempt task completion rate.

Frequently Asked Questions about agent-harness-construction

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

FAQPage Schema
Why does my AI agent fail to complete tasks and get stuck in retry loops?

AI agents fail due to poorly designed action spaces, uninformative tool observations, and weak error recovery logic. Structuring tool schemas and defining explicit error path contracts with root cause hints prevents dead ends and unnecessary retries.

How do I design tool action spaces for autonomous AI agents?

Design tool action spaces by defining granular, schema-first tools matched to operation risk. Categorizing tools as micro, medium, or macro eliminates overlapping semantics and clarifies the agent's available actions for task execution.

What is context budgeting for AI agents and when do I need it?

Context budgeting minimizes system prompt size, loads guidance on demand, and compacts context at phase boundaries. It is needed when large AI agent contexts risk overloading, causing degraded performance and task failure.

How do I format tool observations to improve agent task completion rates?

Format tool observations by standardizing all outputs with status, summary, next actions, and artifacts. Consistent observation formatting removes opaque responses and gives the agent clear directions for subsequent steps.

Can I use agent benchmarking workflows for customer support bots?

Agent benchmarking workflows apply to customer support bots, coding assistants, and data analysis agents. Tracking completion rates against standardized tool schemas and error contracts iteratively improves first-attempt success rates.

What is the best way to define error recovery contracts for data analysis agents?

The best way to define error recovery contracts is using templates for consistent error paths with root cause hints, safe retry instructions, and explicit stop conditions. This reduces agent failures by preventing infinite loops.