Platforms
Introduction to Virtual Restaurant Models
Overview: The emergence of virtual restaurants, such as Star, signifies a shift from traditional, capital-intensive models.
Key Statistic: 60% of new restaurants fail within their first five years.
Characteristics: Virtual restaurants typically have low overhead and operate via food delivery applications like DoorDash.
Market Capitalization of Influential Firms
Key Companies and Year Established:
BMW - 1916 - 150,000 employees - Market Cap: $59B
UBER - 2009 - 33,000 employees - Market Cap: $102B
MARRIOTT - 1927 - 377,000 employees - Market Cap: $57B
AIRBNB - 2008 - 7,000 employees - Market Cap: $77B
WALT DISNEY - 1923 - 223,000 employees - Market Cap: $155B
FACEBOOK (Meta) - 2004 - 87,000 employees - Market Cap: $814B
Forces of Change in Business Models
Source of Information: P. Evans, “Networks, Data and Platforms,” in Growing Global: Lessons for the New Enterprise.
Key Trends:
Increasing amount of data and tools for data management and analytics.
Emergence of networks connecting various domains (physical, digital, social).
The Era of Networks, Era of Data, and Age of Platforms characterized by new business models leveraging networks and intelligence.
Comparisons: Linear vs. Triangular Platforms
Components of Value Exchange:
Linear Pipeline Model:
Raw materials, production, assembly, distribution flow in a linear manner.
Producers to consumers direct model.
Triangular Platform Model:
Collaborative exchange involving multiple stakeholder roles.
Emphasis on interaction through content sourcing, editing/curation, and creation.
Facilitates value exchange across various channels.
Definition and Characteristics of Platforms
Definition of a Platform:
A nexus of rules and architecture to support interactions and exchange.
Key Features:
Open participation regulated to allow multiple sides to engage.
Fosters positive interactions among various partners in multi-sided markets.
Scales rapidly without bearing costs associated with external production.
Network Effects and User Value
Network Effect: More participants increase overall platform value, creating a feedback loop.
Illustrated by the relationship of users participating in various interactions (e.g., phone callers to Uber drivers).
Diagram Explanation:
Representations of different roles within platforms (Uber riders, Airbnb renters) illustrating interaction dynamics.
Distinctive Challenges in Platform Growth
Complex Nature of Businesses:
Platforms may experience complexities from rapid growth.
Winners and Losers:
Success Stories: Windows, Adobe, iPod/iPhone, Alibaba, LinkedIn, Facebook, etc.
Failures: Betamax, IBM OS/2, Amazon auctions, eBay Japan, MusicNet, N-Gage, Blackberry, etc.
Supply-Side vs Demand-Side Scale Economies
Demand-Side Scale Economies:
Increased network effects enhance user willingness to participate.
Supply-Side Scale Economies:
Firms reducing costs through leveraging fixed costs or experience effects.
Both types of economies can co-exist in businesses exhibiting network effects.
Conceptual Distinction:
Demand-side effects should not be conflated with unit-cost reductions associated with growth.
Positive and Negative Feedback Loops
Positive Feedback Loops:
Growth in users leading to quicker service (e.g., lower driver downtime for Uber).
Importance of Balance:
Positive feedback loops must be balanced by monitoring negative feedback loops to avoid system failure.
Market Trends: Platforms Surpassing Traditional Industries
Platforms vs. Traditional Industries:
Data illustrating the shift where companies like NVIDIA, Microsoft, and others are outpacing traditional sectors like energy and banking.
Historical Insights on Market Cap:
Comparison of top companies' market capitalization over the years demonstrating the rise of tech-focused firms.
Redefining Value Chains through Platforms
Traditional vs Platform Models:
Traditional value chains are linear, while platforms enable value creation outside of traditional producer-consumer relationships.
Value Creation Dynamics:
Platforms connect various roles for value exchange and facilitate interaction frequency.
Business Model Overlap:
Companies like Uber and Airbnb exemplify operational models that combine platform elements and traditional business functions.
Designing Efficient Platforms
Three Principles of Platform Design:
Define the Value Unit:
Understand what is being exchanged (e.g., ride, stay, service).
Design the Interaction:
Adapt processes that enable value creation (e.g., creation, curation, consumption).
Empower through the Platform:
Facilitate interaction among producers and consumers ensuring ease of value exchange.
Key Functions:
Pull, facilitate, and match participants to enhance the core interaction.
Optimizing Platform Performance
Strategies for Optimization:
Design the Network:
Connect all roles on the platform efficiently.
Provide Necessary Tools:
Ensure users have tools for interaction to maximize value exchange.
Use Data Effectively:
Leverage data for matchmaking between producers and consumers.
Architecture Considerations
Core Functions and High-Variety Components:
High-frequency, low variety components should be centralized in the core platform for efficiency.
End-to-end principles guide the structural design to enhance both resource distribution and user experience.
Historical Examples:
Comparisons between Mac OS X and Windows regarding user-friendliness and compatibility exemplify the significance of adhering to core architectural principles.
Conclusion: Platform Design Takeaways
Essence of Platform Design:
Focus on interactions rather than merely functional capabilities.
Core Interactions:
Must consider participants, value units, and filters for success.
Growth and Adaptability:
As platforms evolve, they can attract diverse users and encourage unexpected value creation through their design.