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Leveraging interdependencies among platform and complementors in innovation ecosystem
Fangcheng Tang1, Zeqiang Qian1
1School of Economics and Management, Beijing University of Chemical Technology, Beijing, China.
Platform innovation ecosystems benefit from collaboration. Generalist complementors often outperform specialist ones in co-innovation with platform firms, with interdependencies showing an inverted U-shaped effect on ecosystem performance.
Area of Science:
- Innovation Management
- Ecosystem Dynamics
- Platform Economics
Background:
- Platform-based innovation ecosystems exhibit complex symbiotic interactions.
- Understanding co-specialization and co-innovation among ecosystem members remains a challenge.
Purpose of the Study:
- To simulate collaborative innovation between platform firms and complementors.
- To analyze the impact on innovation ecosystem performance.
- To investigate the roles of generalist versus specialist complementors.
Main Methods:
- Utilized an improved NK model for simulation.
- Modeled collaborative innovation dynamics.
- Analyzed performance outcomes based on complementor type and interdependencies.
Main Results:
- Co-innovation performance with generalist complementors generally surpasses that with specialist complementors.
- Stronger interdependencies between complementary components lead to an inverted U-shaped innovation performance curve.
- The interaction between platform firms and diverse complementors significantly influences ecosystem performance.
Conclusions:
- Generalist complementors may offer superior co-innovation outcomes in platform ecosystems.
- Optimizing interdependencies is crucial for maximizing innovation ecosystem performance.
- The study provides insights into managing platform innovation ecosystem dynamics.
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