Introduction & Speaker Background

• Eric von Hippel, D Wilson Professor of Innovation Management at MIT Sloan School of Management
• Expert on user innovation and open democratized innovation
• Graduate of Harvard, MIT, Carnegie Mellon (PhD)
• Recipient of 4 honorary doctorates, Humboldt Foundation research prize, EU Innovation luminary award, Portuguese national medal of science
• Makes all books and articles available free under Creative Commons licenses

OECD and UNDP Recognition of User Innovation

• OECD added consumer innovation to official definitions (Fred Galt as prime mover)
• 2019: UNDP invested $120 million to identify and support rural/urban user innovation in 91 countries (Gina Lucarelli leading)
• Innovation paradigm has arrived in niches, ready for broader spread

Traditional Producer-Focused Innovation Model

• Last 100 years: economics assumed producers, not users, are source of innovation
• Joseph Schumpeter's view: "producer who as a rule initiates economic change and consumers are educated by him if necessary"
• Traditional model: Market research → R&D → Production → Market diffusion (entirely commercial)
• Producer-as-innovator story is "seriously incomplete"

Evidence of Massive User Innovation

• 10 national representative surveys conducted across countries
• UK study: 2.9 million people reported innovating
• 2.9 million = 100x more than all paid developers of consumer products
• Users innovate for themselves constantly due to novel situations
• Example: sports equipment, rules, processes, techniques all developed by users, not producers

Technical Trends Enabling User Innovation Growth

• Design costs dropping due to low-cost digital tools (basically zero cost for design toolkits)
• Communication costs dropping due to internet advances
• Experts can bring work tools home, communicate with similarly interested people
• Innovation opportunities moving "downward and to the left" on viability graphs
• Individual viability expanding, plus collaboration enabling large-scale projects (e.g., Linux)

Lead Users and Medical Innovation Example

• Users ahead of manufacturers, have needs before producers recognize them
• Artificial pancreas case study: Dana Lewis feared insulin miscalculation/diabetic coma
• Her software engineer husband formed technical expert group
• Created first artificial pancreas: 80% time in right blood sugar zone vs 50% manual
• Gave away innovation, thousands began using
• Combined continuous glucose monitor + insulin pump + Raspberry Pi computer + dosage rules

Historical Pattern: Users Pioneer, Producers Follow

• John Hashem Gibbon invented heart-lung machine for surgical practice (1930s)
• Manufacturers refused to develop it: "too risky, uncertain market"
• Gibbon developed it himself, proved concept, other surgeons copied
• Technician started small company, eventually big firms like Medtronic entered
• Pattern: Users innovate → Market becomes obvious → Producers enter

Division of Innovation Labor

• Users develop new functional capabilities (uncertain, risky areas)
• Producers focus on reliability, convenience improvements once market established
• Users control entire "system of use" - producers only control individual components
• Tennis example: Racket maker controls racket characteristics only; player (Roger Federer) controls complete system (conditioning, strategy, diet, shoes, etc.)

Continuous Functional Innovation

• Novel functionality continually addressed in fields
• Skateboard evolution: Initial board + wheels → Getting air technique → Curved tips for better stamping
• Manufacturers don't understand needs until users demonstrate them

Complementary Innovation Paradigms

• Traditional Schumpeterian paradigm still exists alongside user innovation paradigm
• User paradigm: Self-rewarded developers, post freely, peer-to-peer diffusion, collaboration
• Innovation designs flow from users to producers for commercialization
• Mountain bike example: User designs transferred to producers for commercial improvements

User Innovation as Free Complement

• User innovations complement producer products, increase consumer value
• Mountain biking techniques give value to mountain bike hardware
• Manufacturers benefit from free complements that enhance their products
• Competition can exist between free products (Apache) and commercial products (Microsoft)

Recommendations for Big Tech Firms

Focus on Innovation Division of Labor

• Users create functional novelty better than firms
• Develop good interfaces to innovating users rather than trying to do functional innovation internally

Open Up Data

• "Many eyes can see more than any one firm"
• Linus's Law: "Given enough eyeballs, all bugs are shallow"
• Friedrich Hayek's principle: importance of local information and opportunities
• Firms owning bottlenecks profit most when everything else in system is free
• Example: Mountain bike manufacturer wants biking techniques to be free

Create Innovation Toolkits

• Support users in what they do best, automate the rest
• Conway/Gatorade example: Users handle Boolean logic connections, manufacturers handle digital gates
• Deck design example: Users design top surface (activities), manufacturers handle structural engineering
• Gender impact example: Arduino (mostly male users) vs LilyPad (65% female users) - toolkit design affects user demographics

Fix Diffusion Market Failure

• Users willing to share innovations but not work hard at diffusion
• Manufacturers excel at diffusion but enter late
• AI search tools can help find elite user innovations early
• GPT-3 already helping students find innovation ideas in entrepreneurship courses

Q&A Discussion Topics

Company-User Relationship Management

• Companies should maintain long-term relationships with innovating user communities
• Avoid just "grabbing" innovations - give back to communities
• Examples: Mountain bike companies sponsor events, Lego provides bricks at "brick fests"
• Reciprocity important for sustained relationships

Adversarial vs Collaborative Relationships

• Depends on alignment of interests
• Mountain bikers and bike manufacturers: aligned interests (better bikes)
• Mobility platform drivers vs companies: misaligned interests (driver convenience vs company efficiency)
• BMW racing chip example: users removing limiters, causing engine damage, fraudulent warranty claims

Internal Company Resistance

• Major barrier: internal innovators resist user innovation
• "It's my job" mentality from internal R&D teams
• Even when user/open source software more valued by customers
• Incentive misalignment: internal people want to be creative too
• MIT Media Lab example: researchers want to do their own projects

AI Search for User Innovation

• Current approach: Look for text patterns like "I created," "I solved a problem"
• Track uptake and discussion by other users
• GPT-3 can list non-commercialized innovations in specific fields
• Students vet results, but system needs improvement
• Need partnerships to develop better AI search tools

Scale and Resource Constraints

• Mix of motivations: technical challenges for fun vs survival needs
• Bangladesh floating fields example: 30% underwater yearly, invented aquatic farming system
• Floating fields + fish pens + duck pens = complete diet system
• Industrial Revolution consisted of many small component innovations
• Firms should identify pieces of larger systems and massive opportunities (e.g., world going aquatic)