---
name: green-business-model-innovator
description: "Evaluates an existing business model through a sustainability lens and generates 6 sustainable business model alternatives across proven archetypes (servitization, circularity, green premium, carbon-linked products, sustainable financing, supply chain differentiation), each mapped to a full business model canvas with revenue logic, emissions impact, and a phased transition path. Use when a company wants to build new revenue from sustainability, respond to decarbonization pressure, or turn ESG commitments into commercially viable business models."
argument-hint: "[industry] [current-model]"
allowed-tools: ["Read"]
---

# Green Business Model Innovator

## Purpose
Diagnose where an existing business model creates environmental cost and captured-but-unmonetized sustainability value, then generate 6 sustainable business model alternatives — each mapped to a full business model canvas with revenue logic and a phased transition path — so leadership can turn ESG commitments into commercially defensible growth rather than compliance overhead.

## When to Use
Invoke this skill when the user asks to:
- Build new revenue streams tied to sustainability or decarbonization
- Evaluate whether the current business model is exposed to climate, regulatory, or resource risk
- Explore servitization, circular, or product-as-a-service models
- Respond to customer or investor pressure to prove ESG has a commercial case
- Design green premium, carbon offset, take-back, or sustainable financing offerings
- Turn a sustainability strategy into concrete business model options for a board or investment committee

## Inputs Required
Before starting, collect:
- **Industry/sector**: The market the company operates in
- **Current business model**: How the company makes money today — core offering, primary revenue mechanism, main customers
- **Value chain position**: Manufacturer / distributor / retailer / service provider / platform / integrated
- **Sustainability drivers**: What's forcing this — regulation, customer demand, investor pressure, cost, brand, voluntary commitment
- **Existing sustainability assets**: Anything already in place — recycled inputs, take-back schemes, renewable operations, carbon data, certifications
- **Strategic constraints**: Capital available, risk appetite, time horizon, non-negotiables (e.g., can't cannibalize core product)
- **Target outcome**: New revenue, margin defense, risk reduction, brand differentiation, or compliance readiness

If sustainability drivers or constraints are missing, assume moderate regulatory and customer pressure with a 3-year horizon, and state the assumption.

## Instructions

### Step 1: Diagnose the Current Model Through a Sustainability Lens
Map the existing business model against the 9 canvas blocks and flag each for sustainability exposure and opportunity:
- **Value propositions**: Where is value linear/extractive vs. regenerative?
- **Revenue streams**: One-time sale vs. recurring? Does the company make more money the more resources the customer consumes?
- **Key resources & activities**: Which are carbon-, water-, or waste-intensive?
- **Customer relationships & channels**: Where does the company lose contact with the product post-sale (and lose recovery value)?
- **Cost structure**: Which costs are exposed to carbon pricing, resource scarcity, or compliance?

Output a short diagnosis naming the **top 3 sustainability liabilities** and the **top 2 unmonetized sustainability assets** in the current model.

### Step 2: Generate 6 Sustainable Business Model Alternatives

Generate one option per archetype below. For each, provide a named concept, a one-line thesis, and a compressed business model canvas covering: value proposition, primary customer, revenue mechanism, key change to resources/activities, and cost/margin implication.

**Archetype 1 — Servitization / Product-as-a-Service**
Shift from selling units to selling outcomes, access, or performance. Revenue becomes recurring; incentives align toward durability and efficiency.
- Define what is now sold (outcome/uptime/access) instead of the product
- Specify who retains ownership of the asset and what that unlocks (maintenance, resale, reuse)
- Name the emissions/waste reduction this structurally creates

**Archetype 2 — Circularity / Take-Back & Remanufacture**
Close the loop: recover, refurbish, remanufacture, or recycle products to recapture material value.
- Define the recovery mechanism (deposit, trade-in, subscription return)
- Identify the second revenue stream from recovered material or refurbished units
- State the virgin-material or waste reduction

**Archetype 3 — Green Premium / Verified Sustainable Line**
Create a differentiated offering priced on verified environmental attributes for a willing-to-pay segment.
- Define the specific, provable attribute (not vague "eco-friendly")
- Identify the certification or measurement that makes the claim defensible
- State the price premium logic and the segment that pays it

**Archetype 4 — Carbon-Linked Products & Services**
Monetize decarbonization directly — offset bundling, carbon-as-a-feature, emissions reduction services, or removal credits.
- Define the carbon product (avoided, reduced, or removed emissions)
- Specify the verification and additionality logic (avoid greenwashing exposure)
- Identify the buyer and the pricing basis

**Archetype 5 — Sustainable Financing & Enablement**
Reduce the customer's upfront barrier to green adoption through financing, leasing, guarantees, or performance contracts (e.g., energy savings shared).
- Define the financial structure that shifts capex to opex or shares savings
- Identify who carries the risk and how the company earns from it
- State how this expands the addressable market

**Archetype 6 — Sustainable Supply Chain Differentiation**
Turn a lower-impact, more transparent, or more resilient supply chain into a sold advantage (traceability, Scope 3 reduction-as-a-service, resilience premiums).
- Define the supply chain capability being monetized (traceability, verified low-carbon inputs, resilience)
- Identify the customer who values it enough to pay or commit
- State the competitive moat this creates

### Step 3: Score and Rank the Options
Rate each of the 6 options on a 1–5 scale across four dimensions:
- **Revenue potential**: Size and durability of the new stream
- **Emissions/impact reduction**: Structural, not marginal
- **Feasibility**: Fit with current capital, capability, and constraints
- **Defensibility**: How hard to copy

Present as a comparison table with a total score and a one-line "best-fit" note per option.

### Step 4: Recommend and Sequence
Select the strongest 1–2 options given the stated constraints. For the top recommendation, provide a **phased transition path**:
- **Phase 1 (0–6 months)**: Pilot scope, one segment, what to prove
- **Phase 2 (6–18 months)**: Scale conditions, capability builds, partnerships
- **Phase 3 (18+ months)**: Full-model integration and how the core model evolves alongside it
- Name the **primary risk** and the **kill criterion** for the pilot

## Output Format
- **Structure**: Current-model diagnosis → 6 archetype options (canvas per option) → scoring table → recommendation with phased path
- **Length**: 1,100–1,500 words
- **Format**: Structured document with compressed canvases as labeled bullets, plus one comparison table
- **Sections**: Sustainability Diagnosis → 6 Business Model Alternatives → Scoring & Ranking Table → Recommendation & Transition Path
- **Tone**: Strategy advisor to an executive committee — commercially rigorous, decision-ready, skeptical of greenwashing and unsupported willingness-to-pay claims

## Quality Checklist
Before delivering output, verify:
- [ ] Diagnosis names the top 3 liabilities and top 2 unmonetized assets specifically — not generic ESG statements
- [ ] All 6 archetype options are present, each with a full compressed canvas (value prop, customer, revenue mechanism, resource/activity change, margin implication)
- [ ] Every option specifies a concrete revenue mechanism — not just "customers will value sustainability"
- [ ] Carbon-linked and green premium options include a defensibility/verification note to avoid greenwashing exposure
- [ ] The scoring table rates all 6 options across all 4 dimensions with numeric totals
- [ ] The recommendation includes a 3-phase path with a named kill criterion for the pilot

## Notes
- Servitization and circular models tend to score highest on structural impact because they change the revenue incentive itself — the company profits from using less, not selling more.
- Green premium models often fail on willingness-to-pay; pressure-test the segment and require a defensible, measurable attribute before recommending.
- The strongest recommendations usually run the new model alongside the core model at first rather than replacing it — sequence for proof, not for purity.
- If the company has strong existing carbon data or take-back infrastructure, weight feasibility toward the archetype that reuses those assets.

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## How to use this skill

This file is a Claude Code skill in [Anthropic's standard format](https://docs.anthropic.com/en/docs/claude-code/skills) — markdown with YAML frontmatter at the top.

**Installing in Claude Code:**
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Restart Claude Code or open a new session to register.

**Using in Claude.ai, ChatGPT, Gemini, or other AI tools:**

1. Drag this file into a new chat, or copy and paste its contents
2. Send your task or request as your next message — the AI will apply the skill where it fits

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