Agent Skills: Innovation Expert

Innovation management expertise for innovation frameworks (Design Thinking, Stage-Gate), ideation processes, innovation portfolio management, venture capital, open innovation, and IP strategy. Use when driving innovation, managing R&D portfolios, or building innovation programs.

UncategorizedID: travisjneuman/.claude/innovation

Install this agent skill to your local

pnpm dlx add-skill https://github.com/travisjneuman/.claude/tree/HEAD/skills/innovation

Skill Files

Browse the full folder contents for innovation.

Download Skill

Loading file tree…

skills/innovation/SKILL.md

Skill Metadata

Name
innovation
Description
Innovation management expertise for innovation frameworks (Design Thinking, Stage-Gate), ideation processes, innovation portfolio management, venture capital, open innovation, and IP strategy. Use when driving innovation, managing R&D portfolios, or building innovation programs.

Innovation Expert

Comprehensive innovation frameworks for ideation, portfolio management, and innovation strategy.

Innovation Strategy

Innovation Horizons

THREE HORIZONS MODEL:

HORIZON 1 - CORE (70% of resources):
- Extend and defend core business
- Incremental improvements
- Process optimization
- Timeline: 0-2 years
- Risk: Low
- Returns: Known

HORIZON 2 - ADJACENT (20% of resources):
- Extend into new markets/products
- New capabilities
- Business model evolution
- Timeline: 2-5 years
- Risk: Medium
- Returns: Emerging

HORIZON 3 - TRANSFORMATIONAL (10% of resources):
- Create new businesses
- Disruptive innovation
- Emerging technologies
- Timeline: 5-10+ years
- Risk: High
- Returns: Uncertain

Innovation Types

| Type | Description | Example | | --------------- | ------------------------ | ------------------------- | | Incremental | Improvements to existing | Product upgrades | | Adjacent | New to company | New market entry | | Disruptive | New to industry | Business model innovation | | Radical | New to world | Breakthrough technology |

Innovation Portfolio

PORTFOLIO BALANCE:

BY TYPE:
- Core: 50-70%
- Adjacent: 20-30%
- Transformational: 10-20%

BY STAGE:
- Discovery: 40%
- Incubation: 30%
- Acceleration: 20%
- Scale: 10%

BY TIME HORIZON:
- Short-term (0-2 yr): 60%
- Medium-term (2-5 yr): 30%
- Long-term (5+ yr): 10%

PORTFOLIO METRICS:
- Pipeline value
- Stage conversion rates
- Time to market
- ROI by initiative

Innovation Processes

Design Thinking

DESIGN THINKING PHASES:

1. EMPATHIZE
- User research
- Observation
- Interviews
- Journey mapping
- Persona development

2. DEFINE
- Problem framing
- Point of view statement
- How might we questions
- Design principles

3. IDEATE
- Brainstorming
- Mind mapping
- Analogies
- Crazy 8s
- Concept selection

4. PROTOTYPE
- Low-fidelity mockups
- Paper prototypes
- Clickable wireframes
- Minimum viable product

5. TEST
- User testing
- Feedback collection
- Iteration
- Validation

See Innovation Processes for detailed Design Thinking methodology, Stage-Gate process, and Lean Startup enterprise adaptation.

Stage-Gate Framework

STAGE-GATE MODEL:

GATE 1: Idea Screen → STAGE 1: Scoping
GATE 2: Second Screen → STAGE 2: Build Business Case
GATE 3: Decision to Develop → STAGE 3: Development
GATE 4: Decision to Test → STAGE 4: Testing & Validation
GATE 5: Launch Decision → STAGE 5: Launch

KEY GATES:
- Go/No-go decision points
- Criteria-based evaluation
- Resource allocation
- Risk assessment

See Innovation Processes for complete Stage-Gate details, gate criteria, and deliverables for each stage.

Lean Startup in Enterprise

BUILD-MEASURE-LEARN:

BUILD:
- Minimum Viable Product (MVP)
- Experiment design
- Hypothesis formation
- Key assumptions

MEASURE:
- Validated learning
- Actionable metrics
- Split testing
- Customer feedback

LEARN:
- Pivot or persevere
- Insight generation
- Iteration planning
- Assumption validation

ENTERPRISE ADAPTATION:
- Innovation accounting
- Corporate sponsorship
- Governance integration
- Scale path definition

Ideation & Selection

Ideation Techniques

| Technique | Best For | Participants | | ---------------------- | ------------------ | ------------ | | Brainstorming | Volume of ideas | 5-10 | | Brainwriting | Equal contribution | 6-12 | | SCAMPER | Improving existing | 3-6 | | Analogies | Novel solutions | 4-8 | | Reverse Brainstorm | Problem avoidance | 5-10 | | Design Sprint | Rapid prototyping | 5-7 |

Idea Evaluation

EVALUATION CRITERIA:

STRATEGIC FIT:
- Alignment with strategy
- Synergies with core business
- Brand consistency

MARKET POTENTIAL:
- Market size
- Growth potential
- Competitive advantage
- Customer need

TECHNICAL FEASIBILITY:
- Technical capability
- Resource availability
- Time to develop
- IP potential

FINANCIAL:
- Revenue potential
- Investment required
- Risk/return profile
- Payback period

SCORING MATRIX:
| Criteria | Weight | Score (1-5) | Weighted |
|----------|--------|-------------|----------|
| Strategic | 25% | | |
| Market | 30% | | |
| Technical | 25% | | |
| Financial | 20% | | |
| Total | 100% | | |

Corporate Venture Capital

CVC Strategy

CVC OBJECTIVES:

STRATEGIC:
- Window on technology
- Access to innovation
- Market intelligence
- Partnership pipeline
- Ecosystem influence

FINANCIAL:
- Return on investment
- Portfolio diversification
- Option value

OPERATING MODEL:
| Model | Focus | Structure |
|-------|-------|-----------|
| Direct | Strategic | Internal team |
| LP Commitment | Financial + Access | Fund investment |
| Hybrid | Balanced | Both approaches |

INVESTMENT CRITERIA:
- Strategic relevance
- Team quality
- Market opportunity
- Technology differentiation
- Stage fit
- Terms alignment

CVC Best Practices

SUCCESS FACTORS:

GOVERNANCE:
- Clear mandate
- Decision rights
- Board representation
- Conflict management

INTEGRATION:
- Business unit sponsorship
- Commercial engagement
- Technology transfer
- Exit planning

PORTFOLIO:
- Diversification
- Stage balance
- Follow-on reserves
- Value-add services

METRICS:
- Financial return (IRR, MOIC)
- Strategic value realization
- Deal flow quality
- Portfolio company health

Open Innovation

Open Innovation Models

| Model | Description | Example | | ----------------- | ---------------------- | ------------------------ | | Crowdsourcing | Mass participation | InnoCentive | | Partnerships | Joint development | Research collaborations | | Licensing In | Technology acquisition | University tech transfer | | Licensing Out | IP monetization | Patent licensing | | Spin-offs | New entities | Internal ventures | | Accelerators | Startup support | Corporate accelerator |

External Innovation Program

PROGRAM COMPONENTS:

SCOUTING:
- Technology mapping
- Startup ecosystem
- Academic research
- Competitor monitoring

ENGAGEMENT:
- Partnership models
- Pilot programs
- Investment options
- Integration pathways

INTEGRATION:
- IP agreements
- Joint development
- Commercial terms
- Exit provisions

METRICS:
- Deals evaluated
- Partnerships formed
- Technologies adopted
- Value created

Intellectual Property Strategy

IP Portfolio Management

IP STRATEGY:

OFFENSIVE IP:
- Block competitors
- License revenue
- M&A leverage
- Market positioning

DEFENSIVE IP:
- Freedom to operate
- Litigation protection
- Cross-licensing
- Standard setting

PORTFOLIO DECISIONS:
- File vs. trade secret
- Geographic coverage
- Maintenance vs. abandonment
- Licensing strategy

IP METRICS:
- Patent grants/year
- Citation index
- License revenue
- Litigation success

See IP Strategy for detailed patent filing decisions, trade secret protection, licensing frameworks, and IP valuation methods.

Patent Strategy

PATENT FILING DECISION:

FILE PATENT WHEN:
- Technology is novel
- Enforcement is practical
- Long commercial life
- Competitive blocking value
- Licensing potential

TRADE SECRET WHEN:
- Process-based innovation
- Difficult to reverse engineer
- Rapid evolution expected
- Enforcement challenges
- Cost constraints

GEOGRAPHIC FILING:
- Key markets
- Manufacturing locations
- Competitor locations
- Enforcement capability

Innovation Metrics

Innovation KPIs

| Category | Metric | Target | | -------------- | ------------------- | ------------------ | | Input | R&D as % of revenue | Industry benchmark | | Pipeline | Ideas in pipeline | Growing | | Process | Time to market | Decreasing | | Output | New product revenue | 20-30% of total | | Efficiency | R&D ROI | > cost of capital |

Innovation Accounting

INNOVATION METRICS:

LEADING INDICATORS:
- Ideas submitted
- Experiments run
- Prototypes built
- Customer interviews

LAGGING INDICATORS:
- Products launched
- Revenue from new products
- Patents granted
- ROI achieved

LEARNING METRICS:
- Validated learnings
- Pivots completed
- Assumptions tested
- Time to learn

Innovation Culture

Culture Building

INNOVATION CULTURE ELEMENTS:

TOLERANCE FOR FAILURE:
- Safe to experiment
- Learning from failure
- No blame culture
- Celebrate smart failures

RISK-TAKING:
- Encourage experimentation
- Support calculated risks
- Resource allocation
- Executive backing

COLLABORATION:
- Cross-functional teams
- Open communication
- Knowledge sharing
- External partnerships

EMPOWERMENT:
- Autonomy
- Decision rights
- Resource access
- Recognition

Innovation Programs

| Program | Purpose | Participants | | -------------------- | ---------------- | ----------------- | | Hackathons | Rapid ideation | All employees | | Innovation Labs | Deep exploration | Dedicated team | | Intrapreneurship | Venture building | Selected projects | | Idea Challenges | Problem solving | Open submission | | Learning Days | Skill building | All employees |

See Innovation Processes for detailed program formats, governance structures, and best practices.

Additional Resources

For comprehensive innovation management frameworks:

See Also