automation-audit-ops

Inventory live automation surfaces and classify each by configured, authenticated, verified, stale, or broken status.

2|Updated May 11, 2026
One-click install
npx skills add https://github.com/himanshu231204/AI_Research_agent --skill automation-audit-ops-himanshu231204
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: automation-audit-ops
Source: https://github.com/himanshu231204/AI_Research_agent/tree/main/.opencode/skills/automation-audit-ops
Command: npx skills add https://github.com/himanshu231204/AI_Research_agent --skill automation-audit-ops-himanshu231204

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill solves the problem of unclear automation landscapes, where teams waste time fixing broken or redundant tools without first verifying what is actually live, authenticated, and functional across jobs, hooks, connectors, MCP servers, and wrappers.

Core Features & Use Cases

  • Evidence-First Inventory: Performs a read-only scan of all automation surfaces including local runtime hooks, GitHub Actions, MCP servers, external connectors, and wrapper scripts to build a complete, proof-backed list of active tools.
  • Live State Classification: Labels every surfaced automation as configured, authenticated, recently verified, stale/broken, or missing, and categorizes issues as active breakage, auth outage, stale status, overlap, or missing capability.
  • Prioritized Cleanup Recommendations: Delivers a clear keep/merge/cut/fix-next recommendation list to collapse redundant automation paths into a single canonical ECC workflow lane, eliminating wasted maintenance effort.
  • Use Case: For example, if your team has accumulated 3 overlapping GitHub Actions, 2 stale local hooks, and an unauthenticated MCP server for the same research task, this Skill will inventory all of them, identify the broken and redundant tools, and recommend a single canonical workflow to maintain.

Quick Start

Ask the automation-audit-ops skill to audit your ECC workspace's full automation surface, classify each tool by live status, and provide a prioritized keep/merge/cut/fix-next recommendation list for cleanup.

Frequently Asked Questions about automation-audit-ops

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

FAQPage Schema
How do I audit live automations to find broken or redundant CI/CD jobs and hooks?

To audit live automations, perform an evidence-first inventory of all CI/CD jobs, hooks, and connectors to classify each tool by live status. This proof-backed scan labels automations as configured, authenticated, verified, stale, or broken without modifying existing systems.

What is the best way to consolidate overlapping GitHub Actions and MCP servers?

The best way to consolidate overlapping GitHub Actions and MCP servers is to run a read-only automation audit that identifies redundant paths. This classifies each tool's live state and delivers prioritized keep, merge, cut, or fix-next recommendations to establish a single canonical workflow lane.

Can I scan external connectors and local wrappers without modifying active CI/CD pipelines?

Yes, you can scan external connectors and local wrappers without modifying active pipelines. The audit process is strictly read-only, ensuring it surfaces and classifies live automation states across local runtime and external integrations without altering existing system configurations.

How do I identify authentication outages and stale status across accumulated MCP servers?

To identify authentication outages and stale status across accumulated MCP servers, apply a live state classification to your automation inventory. This labels each server as authenticated, stale, or broken, categorizing issues like auth outages and active breakage based on verifiable proof.

When do I need an automation audit for my workflow consolidation process?

You need an automation audit for workflow consolidation when your workspace has accumulated overlapping tools across CI/CD pipelines, external integrations, and messaging systems. It eliminates uncertainty about what is functional, broken, or redundant before merging paths into a single canonical workflow lane.