WiTricity: Electricity cuts the cord Custom Case Solution & Analysis

1. Evidence Brief (Case Researcher)

Financial Metrics

• Series D Funding: Raised $34 million (2010), total funding reaches $60 million (Exhibit 1).
• Revenue Model: Licensing-based; royalty rates typically range from 2% to 5% of product wholesale price (Paragraph 42).
• Market Potential: Global wireless power market projected to reach $10 billion by 2018 (Exhibit 5).

Operational Facts

• Technology: Highly Resonant Wireless Power Transfer (HRWPT) based on MIT research (Paragraph 12).
• Intellectual Property: Over 100 patents filed; 10 issued (Paragraph 28).
• Partnerships: Focused on consumer electronics, automotive, and industrial sectors (Paragraph 35).

Stakeholder Positions

• Eric Giler (CEO): Advocates for rapid commercialization through licensing to established OEMs (Paragraph 18).
• MIT/Academic Founders: Focused on technical superiority and long-range efficiency (Paragraph 14).
• OEM Partners: Interested in wireless charging but hesitant regarding cost-add and interoperability standards (Paragraph 55).

Information Gaps

• Exact R&D burn rate post-2010.
• Specific conversion rates from pilot programs to full-scale manufacturing.
• Competitor patent density in the near-field inductive charging space.

2. Strategic Analysis (Strategic Analyst)

Core Strategic Question

• How does WiTricity achieve market dominance in a fragmented standard environment while maintaining long-term licensing margins?

Structural Analysis

• Porter Five Forces: High threat of substitutes (traditional corded charging). High bargaining power of buyers (large OEMs like Toyota or Samsung dictate terms).
• Value Chain: WiTricity sits at the IP-layer. Success depends on integration into product design cycles, which are 18-24 months for automotive and 6-12 months for consumer electronics.

Strategic Options

• Option 1: Aggressive Licensing (Current Path). Pursue volume across all verticals. Trade-off: Dilutes focus; risks being locked into proprietary silos.
• Option 2: Automotive Focus. Dedicate resources exclusively to the automotive sector to establish a de facto industry standard. Trade-off: High dependency on a slow-moving industry; potential for long-term cash flow void.
• Option 3: Open Standards Leadership. Spearhead an industry consortium to define common protocols. Trade-off: Costs control; forces IP compromise for the sake of adoption.

Preliminary Recommendation

• Pursue Option 2. Automotive OEMs require the safety and efficiency that HRWPT provides, and they possess the capital to absorb the R&D integration costs.

3. Implementation Roadmap (Operations Planner)

Critical Path

• Month 1-6: Finalize automotive reference design with lead OEM partner.
• Month 7-12: Secure regulatory certification for in-vehicle wireless charging.
• Month 13-24: Integrate hardware into initial production vehicle model year.

Key Constraints

• Standards Fragmentation: Competing inductive standards (Qi) confuse the market.
• Design Cycles: Automotive timelines are rigid; missing a model year launch costs 24 months of revenue.

Risk-Adjusted Strategy

• Maintain a small consumer electronics team to keep IP relevant in mobile devices, but shift 80% of technical support to automotive integration to ensure the 24-month launch window is met.

4. Executive Review and BLUF (Executive Critic)

BLUF

• WiTricity must abandon the horizontal licensing strategy. The consumer electronics space is currently a race to the bottom on price, where proprietary IP is frequently bypassed by commoditized inductive solutions. WiTricity should pivot to a vertical-specialist model, specifically automotive and medical device charging. These sectors prioritize safety, efficiency, and long-term reliability over marginal BOM (bill of materials) costs. By locking in automotive OEMs now, WiTricity creates a defensive moat that consumer electronics cannot replicate. Capital preservation is paramount; stop funding broad R&D and focus exclusively on the integration of existing IP into high-margin, long-lifecycle hardware.

Dangerous Assumption

• The assumption that consumer electronics OEMs will pay a premium royalty for HRWPT when cheaper, lower-efficiency inductive chargers satisfy the majority of user needs.

Unaddressed Risks

• Standardization Risk: If Qi or another low-cost standard achieves ubiquity, WiTricity becomes a niche player with high-cost, over-engineered technology.
• Liquidity Risk: The transition to automotive revenue is slow; current cash reserves may be insufficient if automotive design cycles slip.

Unconsidered Alternative

• Divesting the consumer electronics IP portfolio to a major handset component supplier to generate an immediate cash injection and focus the core team entirely on high-barrier industries.

Verdict

• APPROVED FOR LEADERSHIP REVIEW.