scout-skeptic

Coordinate read-only scout and skeptic checkpoints to surface evidence and critique.

Updated Aug 23, 2026
One-click install
npx skills add https://github.com/hack-ink/codexlab --skill scout-skeptic
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: scout-skeptic
Source: https://github.com/hack-ink/codexlab/tree/main/.codex/skills/scout-skeptic
Command: npx skills add https://github.com/hack-ink/codexlab --skill scout-skeptic

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

When a short local probe leaves a task non-trivial with multiple files, plausible causes, or verification risks, scout-skeptic provides an additive overlay that gathers evidence and challenges the current theory. It coordinates read-only scout and skeptic passes only when a threshold of questions exists, otherwise it can run locally to avoid unnecessary delegation.

Core Features & Use Cases

  • Bounded, read-only scout and skeptic passes that surface evidence, alternative explanations, and risks.
  • Threshold-based fanout: dispatches narrow objectives to child agents or runs locally to avoid implementation ownership.
  • Integrates with existing Codex runtime styles and workflows to support debugging, verification, and cautious closeout across software development and research tasks.

Quick Start

Run a bounded scout-skeptic checkpoint after an initial probe to gather evidence and challenge the current theory.

Frequently Asked Questions about scout-skeptic

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

FAQPage Schema
How do I verify multiple plausible causes during a complex debugging task?

To verify multiple plausible causes during a debugging task, you can run bounded scout and skeptic checkpoints that surface evidence and critique theories using read-only passes. This prevents premature implementation ownership by evaluating alternative explanations and risks.

What is an evidence-driven checkpoint in an agent workflow?

An evidence-driven checkpoint in an agent workflow is a coordinated read-only scout and skeptic pass that gathers evidence and critiques the current theory. It is triggered when an initial probe leaves a task non-trivial with verification risks or multiple plausible causes.

When should I use threshold-based fanout for task analysis?

You should use threshold-based fanout for task analysis when a short local probe leaves a task non-trivial with multiple files, plausible causes, or verification risks. It dispatches narrow objectives to child agents to ensure safe, non-ownership exploration.

How do I challenge a current theory without taking implementation ownership?

You can challenge a current theory without taking implementation ownership by deploying read-only scout and skeptic passes. These bounded checkpoints surface alternative explanations and risks locally or via child agents, avoiding direct code modifications during the verification process.

Does the scout-skeptic approach work with existing Codex runtime styles?

Yes, the scout-skeptic approach integrates with existing Codex runtime styles and workflows. It supports debugging, verification, and cautious closeout across software development and research tasks without requiring additional dependencies.

What are the limitations of using scout and skeptic checkpoints for research workflows?

A limitation of scout and skeptic checkpoints for research workflows is that they operate as read-only passes without taking implementation ownership. They run locally or dispatch to child agents based on question thresholds, serving strictly as an additive overlay for evidence gathering and critique.