wisdom-driven

Recover from repeated task failures with systematic investigation and escalation checklists.

1|Updated Apr 13, 2026
One-click install
npx skills add https://github.com/OMIXEC/Mobile-dev-skills --skill wisdom-driven
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: wisdom-driven
Source: https://github.com/OMIXEC/Mobile-dev-skills/tree/main/skills/wisdom-driven
Command: npx skills add https://github.com/OMIXEC/Mobile-dev-skills --skill wisdom-driven

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Wisdom-driven provides a compassionate, systematic methodology to recover when tasks repeatedly fail or an AI agent becomes passive, gives up, or suggests manual handoff without adequate investigation. It prevents shallow troubleshooting by enforcing deeper inspection, verification, and direction changes so problems are resolved more reliably and handoffs are concise and actionable.

Core Features & Use Cases

  • Three Beliefs: Exhaust options before conceding, act before asking, and take initiative to extend fixes beyond the immediate request.
  • Water Methodology: A five-step process (Stop, Observe, Turn, Act, Realize) that guides investigation, verification, and strategy shifts after failures.
  • Cognitive Elevation & Checklists: Failure-count-based escalation (Switch Eyes, Elevate, Reset, Surrender) plus a 7-Point Clarity Checklist to produce thorough diagnostics or a structured handoff.
  • Agent Team Integration: Reporting formats, leader/teammate roles, and state transfer protocols for multi-agent workflows, including a standard [NOPUA-REPORT] template.
  • Use Cases: Recovering stalled debugging sessions, improving deployment verification after repeated CI failures, and coordinating multi-agent troubleshooting with clear handoffs and evidence.

Quick Start

Activate the wisdom-driven methodology when a task has failed twice to run systematic checks, switch perspective, and produce a clear next-step plan or handoff.

Frequently Asked Questions about wisdom-driven

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

FAQPage Schema
How do I recover an AI agent from repeated task failures and passive behavior?

To recover an AI agent from repeated task failures, apply a systematic methodology that enforces deeper inspection, verification checklists, and strategy shifts to prevent shallow troubleshooting and resolve problems reliably.

What is the best methodology for structured handoffs in multi-agent troubleshooting?

The best methodology for multi-agent troubleshooting handoffs uses structured reporting templates and state transfer protocols to ensure concise, actionable diagnostics with evidence for teammates and leaders.

How do I systematically debug code when troubleshooting stalls after multiple attempts?

To systematically debug stalled code, apply a five-step process that stops, observes, shifts strategy, and acts with verification, ensuring exhaustive options are explored before conceding failure.

When should I escalate AI agent failures or initiate a manual handoff?

You should escalate AI agent failures or initiate a manual handoff only after exhausting systematic investigation steps, verification checklists, and multiple perspective shifts without resolving the issue.

Does this failure recovery methodology work for deployment verification and CI failures?

Yes, this failure recovery methodology works for deployment verification and CI failures by applying operational checklists and cognitive elevation steps across all task types, including code debugging and multi-agent coordination.