From itropa
This skill provides the analytical frameworks for extracting transferable mechanisms from future industries. Used by Phase 5 of `/itropa:go`, or conversationally when the user asks to extract mechanisms from an industry.
How this skill is triggered — by the user, by Claude, or both
Slash command
/itropa:mechanism-analysisThe summary Claude sees in its skill listing — used to decide when to auto-load this skill
This skill provides the analytical frameworks for extracting transferable mechanisms from future industries. Used by Phase 5 of `/itropa:go`, or conversationally when the user asks to extract mechanisms from an industry.
This skill provides the analytical frameworks for extracting transferable mechanisms from future industries. Used by Phase 5 of /itropa:go, or conversationally when the user asks to extract mechanisms from an industry.
Activate when performing mechanism extraction analysis on an industry expression.
For each industry, run ALL 5 frameworks to produce a comprehensive mechanism analysis.
Analyze the industry by breaking it down into 3-5 core functions/principles. Focus on WHAT it does and WHY each function is essential.
Output structure:
{
"analysisType": "functional",
"coreMechanism": "Primary mechanism in 1 sentence",
"abstractPattern": "Highest-level pattern abstracted from this mechanism",
"keyPrinciples": [
{"principle": "Core principle", "function": "What it does", "criticality": "Why it's essential"}
],
"historicalApplications": [
{"domain": "Field", "example": "Concrete example", "era": "Period", "successFactors": "Why it worked", "limitations": "Why it couldn't expand", "evolutionPath": "How it developed"}
],
"untappedDomains": [
{"domain": "Unexplored field", "opportunity": "How to apply", "novelty": "What's new", "transferBarriers": "What makes it hard", "requiredAdaptations": "What must change", "impactPotential": "high|medium|low"}
],
"combinationPotential": ["Compatible mechanism 1", "Compatible mechanism 2"],
"transferPotential": 75,
"abstractionLevel": "high|medium|low",
"maturityScore": 80,
"complexityRating": "high|medium|low",
"universality": "broad|moderate|narrow",
"disruptionPotential": "high|medium|low"
}
Identify 3-5 key components, relationships, and flows. Focus on HOW elements interact.
Output structure:
{
"analysisType": "structural",
"coreMechanism": "Primary mechanism in 1 sentence",
"abstractPattern": "Structural pattern at highest abstraction",
"structuralElements": [
{"element": "Component", "role": "Its function", "interactions": "How it connects to others"}
],
"historicalApplications": [
{"domain": "Field", "example": "Example", "era": "Period", "successFactors": "Why structure worked", "limitations": "Structural weaknesses", "evolutionPath": "How structure evolved"}
],
"untappedDomains": [
{"domain": "Field", "opportunity": "How structure applies", "novelty": "Unique structural insight", "transferBarriers": "Structural incompatibilities", "requiredAdaptations": "How to adapt structure", "impactPotential": "high|medium|low"}
],
"combinationPotential": ["Complementary structure 1"],
"transferPotential": 70,
"abstractionLevel": "medium",
"maturityScore": 75,
"complexityRating": "medium",
"universality": "moderate",
"disruptionPotential": "medium"
}
Map cause-effect sequence from input to output. Identify critical intervention points.
Output structure:
{
"analysisType": "causal",
"coreMechanism": "Primary mechanism in 1 sentence",
"abstractPattern": "Causal pattern at highest abstraction",
"causalChain": {
"trigger": "What initiates the process",
"sequence": ["Step 1: cause → effect", "Step 2: cause → effect"],
"outcome": "Final result",
"interventionPoints": ["Where to intervene 1", "Where to intervene 2"]
},
"historicalApplications": [
{"domain": "Field", "example": "Example", "era": "Period", "successFactors": "Why chain worked", "limitations": "Where chain broke", "evolutionPath": "How chain was refined"}
],
"untappedDomains": [
{"domain": "Field", "opportunity": "How causal chain applies", "novelty": "New causal insight", "transferBarriers": "What breaks chain", "requiredAdaptations": "How to maintain causality", "impactPotential": "high|medium|low"}
],
"combinationPotential": ["Sequential mechanism 1"],
"transferPotential": 65,
"abstractionLevel": "medium",
"maturityScore": 70,
"complexityRating": "high",
"universality": "moderate",
"disruptionPotential": "medium"
}
Identify what limitations/constraints actually ENABLE new opportunities (the judo principle — using limitations as leverage).
Output structure:
{
"analysisType": "constraint-opportunity",
"coreMechanism": "Primary mechanism in 1 sentence",
"abstractPattern": "Constraint-opportunity pattern at highest abstraction",
"constraintOpportunities": [
{"constraint": "Limitation", "opportunity": "What it enables", "application": "How to exploit this"}
],
"historicalApplications": [
{"domain": "Field", "example": "Example", "era": "Period", "successFactors": "Which constraints enabled success", "limitations": "Constraints not overcome", "evolutionPath": "How constraints were leveraged"}
],
"untappedDomains": [
{"domain": "Field", "opportunity": "How constraints create opportunity", "novelty": "Unexpected leverage", "transferBarriers": "Missing constraints", "requiredAdaptations": "How to create/use constraints", "impactPotential": "high|medium|low"}
],
"combinationPotential": ["Constraint-based mechanism 1"],
"transferPotential": 60,
"abstractionLevel": "high",
"maturityScore": 65,
"complexityRating": "high",
"universality": "narrow",
"disruptionPotential": "high"
}
Explain how the mechanism behaves at micro/meso/macro scales and across different contexts.
Output structure:
{
"analysisType": "scale-context",
"coreMechanism": "Primary mechanism in 1 sentence",
"abstractPattern": "Scale-invariant pattern at highest abstraction",
"scaleContextInsights": {
"microScale": "How mechanism works at individual/small scale",
"mesoScale": "How mechanism works at organizational/medium scale",
"macroScale": "How mechanism works at industry/large scale",
"contextVariations": ["Variation 1", "Variation 2", "Variation 3"]
},
"historicalApplications": [
{"domain": "Field", "example": "Example", "era": "Period", "successFactors": "Which scale/context worked", "limitations": "Scale/context boundaries", "evolutionPath": "How it scaled"}
],
"untappedDomains": [
{"domain": "Field", "opportunity": "How to apply at different scale/context", "novelty": "New scale insight", "transferBarriers": "Scale incompatibilities", "requiredAdaptations": "How to adapt to new scale", "impactPotential": "high|medium|low"}
],
"combinationPotential": ["Scale-complementary mechanism 1"],
"transferPotential": 80,
"abstractionLevel": "high",
"maturityScore": 85,
"complexityRating": "low",
"universality": "broad",
"disruptionPotential": "high"
}
npx claudepluginhub joncik91/itropa-pluginImports solutions from unrelated domains by finding structural similarities between your problem and solved problems elsewhere. Useful for creative problem-solving and cross-domain innovation.
Converts business complexity into actionable clarity via structural thinking and systems analysis. Use for market dynamics, strategic diagnosis, leverage points, and executive insights.
Applies hypothesis-driven MECE problem solving and strategic frameworks (Five Forces, PESTLE, SWOT, Ansoff) to structure complex problems, build issue trees, develop hypotheses, and design analytical workplans.