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Guide Origin: Official | ArcKit Version: [VERSION]

/arckit:wardley.climate assesses 32 climatic patterns affecting mapped components.


When to Use

Run this command after creating a Wardley Map to understand the external forces acting on your components. Climate patterns are the rules of the game -- they apply regardless of your strategy. Understanding them lets you anticipate change, identify inertia, and choose gameplay that works with (not against) external forces.


Inputs

Artefact Purpose
Wardley Map (ARC-<id>-WARD-*.md) Mandatory -- Map whose components are assessed for climatic forces
Requirements (ARC-<id>-REQ-v1.0.md) Recommended -- Business context for impact assessment
Research findings (ARC-<id>-RSCH-*.md) Recommended -- Market data to validate pattern detection

Command

/arckit:wardley.climate Assess climate for <initiative>

Output: projects/<id>/wardley-maps/ARC-<id>-WCLM-<NNN>-v1.0.md (uses multi-instance numbering)


Climate Assessment Structure

Section Contents
Map Context Summary of the Wardley Map being assessed
Pattern Assessment 32 climatic patterns evaluated against components
Category Summary Aggregated assessment across 6 pattern categories
Peace/War/Wonder Cycle Current cycle phase and implications
Inertia Assessment Components and organizations resisting change
Prediction Horizons What can be predicted and with what confidence
Strategic Implications How climate forces shape available strategies

Key Concepts

32 Climatic Patterns Across 6 Categories

Category Example Patterns
Competition Competitors will copy successful plays, most competitors have poor situational awareness
Components Everything evolves through supply and demand competition, characteristics change as components evolve
Financial Higher-order systems create new sources of value, capital flows to new areas of value
Speed Evolution does not respect corporate boundaries, no single method fits all
Prediction Not everything is predictable, you can predict the direction of evolution
Ecosystem Efficiency enables innovation, evolution of one component affects others

Peace / War / Wonder Cycle

The evolution of components follows a repeating cycle:

Phase Characteristics
Peace Stable product competition, incremental improvement, predictable
War Commodity transition, disruption, rapid change, casualties
Wonder New genesis components emerge from commodity, novel value created

Identifying which phase each component is in reveals whether stability or disruption is imminent.

Inertia Assessment

Inertia is resistance to change. Climate assessment identifies:

  • Component inertia -- Technology or practices that resist evolution
  • Organizational inertia -- Cultural resistance, sunk cost, existing contracts
  • Market inertia -- Vendor lock-in, switching costs, standards

Prediction Horizons

Not all climate effects are equally predictable:

Horizon Confidence
Direction of evolution High -- components always evolve toward commodity
Timing of evolution Medium -- depends on competition and market forces
Specific disruptions Low -- individual events are unpredictable

Workflow

Phase Key Activities ArcKit Commands
Mapping Create Wardley Map /arckit:wardley
Climate Assess external forces /arckit:wardley.climate
Gameplay Identify strategic plays /arckit:wardley.gameplay
Strategy Synthesise into strategy /arckit:strategy, /arckit:roadmap

Review Checklist

  • All 32 climatic patterns assessed against map components.
  • Peace/War/Wonder phase identified for each key component.
  • Inertia sources documented with severity.
  • Prediction horizons are realistic (not overconfident).
  • Strategic implications link back to specific components.
  • Assessment is evidence-based, not speculative.

Tips

  1. Climate before gameplay -- Climate constrains which plays are viable. Always assess climate first.
  2. Look for war signals -- Components approaching commodity transition are the highest-risk, highest-opportunity areas.
  3. Challenge inertia -- Organizational inertia is often the hardest to overcome. Name it explicitly.
  4. Update with the map -- Climate assessment is tied to a specific map version. When the map changes, re-assess.
  5. Use research data -- Market research (/arckit:research) provides evidence for pattern detection. Do not assess climate in a vacuum.