home / skills / git-fg / thecattoolkit / experimenting-edge

experimenting-edge skill

/plugins/sys-edge/skills/experimenting-edge

This skill helps you implement robust Python automation workflows by applying best-practice guidelines across scripts, modules, and data processing.

npx playbooks add skill git-fg/thecattoolkit --skill experimenting-edge

Review the files below or copy the command above to add this skill to your agents.

Files (2)
SKILL.md
8.7 KB
---
name: {SKILL_NAME}
description: {SKILL_DESCRIPTION}
context: fork
agent: {OPTIONAL_PERSONA}
allowed-tools: {RESTRICTED_TOOLS}
---

# {HUMAN_READABLE_NAME}

## 1. Core Knowledge
{Passive knowledge base, key concepts, and terminology}

## 2. Decision Logic / Protocol
{Guidelines for the AI to follow when invoking this skill}

## 3. Success Criteria
{How to determine if the goal was achieved}

## 4. Anti-Patterns
{What to avoid}

Overview

This skill captures a compact decision-making and knowledge framework for guiding an AI through a specific task area. It consolidates core concepts, a clear invocation protocol, measurable success criteria, and common anti-patterns to avoid. Use it to ensure consistent, repeatable outcomes when the AI handles related requests.

How this skill works

The skill exposes a passive knowledge base of key concepts and terminology the AI should reference when reasoning. It defines a decision logic protocol: when to activate the skill, what inputs to require, how to choose among actions, and how to escalate. The skill also provides success criteria so the AI can self-evaluate results and detect failure modes.

When to use it

  • When a task requires domain-specific terminology or concepts to be applied consistently.
  • When multiple action paths exist and you need a deterministic protocol for choosing one.
  • When outcomes must be measurable and verifiable against clear acceptance criteria.
  • When you need to avoid common pitfalls or anti-patterns in agent behavior.
  • When handoffs or escalation to a human are likely and should follow defined triggers.

Best practices

  • Reference the passive knowledge base first to align terminology and assumptions before acting.
  • Validate required inputs early; request clarifying questions if key data is missing.
  • Follow the decision logic stepwise: evaluate, select, execute, and verify against success criteria.
  • Log decisions and rationale briefly to support audits or later review.
  • If success criteria are unmet after an action, run the fallback path or escalate according to the protocol.

Example use cases

  • Customer support triage where consistent diagnosis and escalation rules improve response quality.
  • Automated content review that needs to apply a specific taxonomy and measurable acceptance checks.
  • Small-scale workflow automation requiring deterministic decision steps and clear rollback conditions.
  • Training an assistant to apply a company policy consistently across user queries.
  • Implementing a verification layer that checks outputs before committing them to a downstream system.

FAQ

What does the passive knowledge base contain?

It contains core concepts, definitions, and domain terminology the AI must use to interpret inputs correctly.

When should the AI escalate to a human?

Escalate when required inputs are missing, when decision confidence is below threshold, or when success criteria cannot be met after defined retries.