Complementary Innovation in Platform-Centric Ecosystems. An Entegrated View

Table of Contents

1 Introduction

1.1 Research field and relevance

1.2 Research question and approach

1.3 Outline

2 Theory

2.1 Platform-centric ecosystems

2.1.1 Product platforms

2.1.2 Industry platforms

2.1.3 Multi-sided platforms

2.1.4 Complementary innovation

2.1.5 Platform architecture

2.1.6 Platform participants

2.1.7 Platform dynamics

2.2 Platform management

2.2.1 Platform strategies

2.2.2 Platform organization and governance

3 Towards an integrated view: the determinants of platform-centric ecosystems and their implications for complementary innovation

3.1 Platform strategy

3.1.1 Degree of openness

3.1.2 Market organization for complementors

3.2 Platform organization

3.2.1 Verticality

3.2.2 Internal and interfirm organization

3.3 Platform architecture

3.3.1 Modularity

3.3.2 Technical boundary resources

3.4 Complementary asset position

3.5 Appropriability regime

3.6 Industry architecture

4 Examining complementary innovation in platform-centric ecosystems: in-depth case study research on ARM and AWS

4.1 Research methodology

4.1.1 Research design

4.1.2 Data collection and analysis

4.2 ARM, the next Intel? How the ‘fab-less’ and ‘chip-less’ licensor of processor IP designs created a leading semiconductor platform ecosystem

4.2.1 Company and platform ecosystem overview

4.2.2 Platform strategy

4.2.3 Platform organization

4.2.4 Platform architecture

4.2.5 Complementary asset position

4.2.6 Appropriability regime

4.2.7 Industry architecture

4.3 AWS, beyond e-retailing: how the online bookstore Amazon built a leading platform and partner ecosystem for cloud computing services

4.3.1 Company and platform ecosystem overview

4.3.2 Platform strategy

4.3.3 Platform organization

4.3.4 Platform architecture

4.3.5 Complementary asset position

4.3.6 Appropriability regime

4.3.7 Industry architecture

5 Discussion

5.1 Theoretical implications

5.2 Managerial implications

6 Conclusion

6.1 Summary of findings

6.2 Limitations and future research

6.3 Concluding remarks

Research Objectives and Thematic Focus

The thesis aims to identify and conceptualize the firm-level and industry-level determinants that influence complementary innovation in platform-centric ecosystems. By establishing a unified theoretical framework and empirically testing it through two case studies, the work seeks to clarify how platform owners can effectively encourage or impede innovation by third-party organizations.

• Theoretical integration of determinants in platform-centric ecosystems
• Analysis of platform strategy, architecture, and organizational design
• Evaluation of appropriability regimes and industry-level influences
• In-depth empirical investigation of ARM’s semiconductor platform
• Empirical analysis of Amazon Web Services (AWS) cloud platform

Excerpt from the Book

Summary of Chapters

1 Introduction: This chapter provides an overview of the research field, defines the research question, and outlines the overall structure of the thesis.

2 Theory: This chapter establishes the theoretical foundations by reviewing platform-centric ecosystems and core concepts of platform management.

3 Towards an integrated view: the determinants of platform-centric ecosystems and their implications for complementary innovation: This chapter integrates existing literature into a cohesive theoretical framework consisting of six determinants of platform ecosystems.

4 Examining complementary innovation in platform-centric ecosystems: in-depth case study research on ARM and AWS: This chapter applies the developed theoretical framework to empirical case studies of the semiconductor platform ARM and the cloud platform AWS.

5 Discussion: This chapter synthesizes the main findings and discusses the resulting theoretical and managerial implications.

6 Conclusion: This chapter summarizes the findings of the thesis, addresses research limitations, and suggests avenues for future research.

Keywords

Platform-centric ecosystems, Complementary innovation, Platform strategy, Industry architecture, Appropriability regime, Modular architecture, Ecosystem governance, ARM, Amazon Web Services, Business ecosystems, Third-party developers, Innovation management, Network externalities, Strategic management, Technological innovation.

Frequently Asked Questions

What is the core focus of this thesis?

The work investigates the firm-level and industry-level determinants of platform-centric ecosystems (PCEs) and how these factors specifically encourage or impede complementary innovation by third-party organizations.

What are the primary themes discussed?

Key thematic areas include platform strategy, platform organization, platform architecture, the position of complementary assets, the appropriability regime, and industry architecture.

What is the primary research question?

The central question is: "What firm-level and industry-level determinants of platform-centric ecosystems encourage or impede complementary innovation by third-party organizations?"

Which scientific methodology is utilized?

The thesis employs a deductive research approach, utilizing a qualitative multi-case study design. It analyzes existing literature to build a framework, which is then tested through pattern-matching using empirical secondary data from ARM and AWS.

What is covered in the main body of the work?

The main body consists of an extensive literature review to define platform concepts, the development of an integrated theoretical framework, and two detailed in-depth case studies of industry leaders ARM and AWS.

Which keywords best characterize the research?

The most important keywords include Platform-centric ecosystems, Complementary innovation, Platform strategy, Business ecosystems, and Appropriability regime.

How does ARM foster innovation through its platform architecture?

ARM uses modular IP designs and standardized interfaces, supplemented by technical boundary resources like design tools (APIs/SDKs), to transfer design capabilities to external firms, reducing their development costs and time-to-market.

What is the role of the APN in the AWS ecosystem?

The AWS Partner Network (APN) acts as a collaborative ecosystem that supports third-party developers through various programs, training, and a transparent pricing model, helping them to build and distribute their own cloud-based applications efficiently.

Why did the author choose ARM and AWS for the case studies?

These companies were chosen as "typical cases" within the ICT sector to test the theoretical framework and provide analytical generalizability, illustrating how both firms leverage platform dynamics to drive third-party innovation.