wm-atlas-evolution-mismatch

Analyze Wardley Maps for evolution-execution strategy mismatches and generate annotated reports.

1|Updated Feb 12, 2026
One-click install
npx skills add https://github.com/monkeypants/consultamatron --skill wm-atlas-evolution-mismatch
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: wm-atlas-evolution-mismatch
Source: https://github.com/monkeypants/consultamatron/tree/main/commons/wardley_mapping/skills/wm-atlas-evolution-mismatch
Command: npx skills add https://github.com/monkeypants/consultamatron --skill wm-atlas-evolution-mismatch

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes references (resource) components.

What problem does it solve?

This Skill identifies and highlights strategic misalignments where the chosen execution strategy (build, buy, outsource) for a component does not match its current stage of evolution, leading to potential inefficiencies or missed opportunities.

Core Features & Use Cases

  • Mismatch Identification: Pinpoints components where execution strategy conflicts with evolution stage (e.g., building commodities, outsourcing genesis).
  • Decorator Analysis: Detects components lacking any execution strategy decorator.
  • Deliberate vs. Unintentional: Differentiates between strategic choices and accidental misalignments, referencing strategy plays.
  • Use Case: A company might be building a component that has become a commodity, incurring unnecessary costs. This Skill would flag this as an "over-investing" mismatch, suggesting outsourcing as a more efficient strategy.

Quick Start

Analyze the evolution-execution mismatches in the current project's agreed Wardley Map.

Frequently Asked Questions about wm-atlas-evolution-mismatch

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

FAQPage Schema
How do I identify execution strategy mismatches on a Wardley Map?

Wardley Map mismatch analysis detects components where the execution strategy conflicts with the evolution stage, such as building commodities or outsourcing genesis. It flags over-investing, under-investing, and missing decorators to produce a mismatch-annotated map and detailed report.

Why does my strategic execution fail to align with component evolution stages?

Strategic execution fails to align with component evolution stages when deliberate choices or accidental misalignments cause inefficiencies. Mismatch analysis differentiates between intentional strategy plays and unintentional errors where execution strategies conflict with the current evolution stage.

How do I detect components lacking an execution strategy on my Wardley Map?

To detect components lacking an execution strategy on your Wardley Map, perform a decorator analysis to scan for missing build, buy, or outsource decorators. The analysis highlights these gaps alongside over-investing and under-investing mismatches in a detailed report.

Do I need Node.js to render mismatch-annotated Wardley Maps?

Yes, you need Node.js to render mismatch-annotated Wardley Maps. The analysis process requires Node.js for OWM rendering via cli-owm to generate the visual mismatch-annotated map and the accompanying detailed analysis report.

What is the best way to analyze over-investing in commodity components on a Wardley Map?

The best way to analyze over-investing in commodity components on a Wardley Map is to evaluate execution strategies against evolution stages. This analysis flags components built in-house that have become commodities, suggesting outsourcing as a more efficient strategy.