What is the impact of digital platforms on fostering global scientific collaboration and accelerating innovation?

Introduction

Digital platforms have become pivotal in fostering global scientific collaboration and accelerating innovation. These platforms enable seamless communication, data sharing, and collaborative efforts across geographical boundaries, thereby enhancing the efficiency and effectiveness of research and development activities.

Key Insights

Enhanced Collaborative Innovation Capability (CIC)
- Digital platforms significantly enhance collaborative innovation capability, especially under relational governance mechanisms, which positively influence competitive performance in uncertain environments.
Acceleration of Innovation Processes
- Digital platforms reduce innovation cycles and time-to-market, increasing efficiency and reducing production costs, particularly highlighted during the COVID-19 pandemic.
Interdisciplinary and Cross-Sector Collaboration
- Digital platforms facilitate interdisciplinary research and collaboration, breaking down traditional silos and enabling a more integrative approach to innovation management .
Open Science and Public Engagement
- Digital platforms promote open science by enabling the free and rapid flow of information, fostering new habits of collaboration among researchers, and improving public dialogue on scientific topics.
Crowdsourcing and Open Innovation
- Platforms like InnoCentive and IdeaConnection organize online competitions to solve organizational problems, demonstrating the effectiveness of crowdsourcing and open innovation in driving collaborative efforts .
Development and Innovation in Low-Resource Settings
- Digital platforms are crucial for development in low-resource and developing country settings, providing tools for innovation and collaboration that transcend traditional economic and organizational boundaries.
Governance and Organizational Structures
- Effective governance mechanisms on digital platforms are essential for managing collaborative innovation and ensuring operational synergies, reducing transaction costs, and enhancing firm ambidexterity.
Advanced Materials and Technology Convergence
- Collaborative platforms for advanced materials pool global data and drive the development of nascent industries, fostering standards and catalyzing innovation ecosystems.

Conclusion

Digital platforms play a crucial role in fostering global scientific collaboration and accelerating innovation. They enhance collaborative innovation capabilities, reduce innovation cycles, and facilitate interdisciplinary and cross-sector collaboration. By promoting open science and enabling crowdsourcing and open innovation, these platforms break down traditional barriers and drive significant advancements in various fields. Effective governance and the development of collaborative platforms for advanced materials further underscore the transformative impact of digital platforms on global innovation efforts.

What is the impact of digital platforms on fostering global scientific collaboration and accelerating innovation?

Summary

Introduction

Key Insights

Conclusion

Sources and full results

Collaborative innovation capability in IT-enabled inter-firm collaboration

Digital platforms positively impact collaborative innovation capability, which in turn improves competitive performance in uncertain environments.

The road ahead is digital for innovation management and there is no way back

Digitalization has significantly accelerated innovation management, increasing efficiency and reducing time-to-market, but requires interdisciplinary research and a shift to digital tools.

Special issue: Digital platforms for development

Digital platforms can significantly impact development, with their potential for both transactional and innovation-based services.

Spinning the web of open science

Social media can enhance public visibility and collaboration in scientific research, potentially leading to a new era of open science.

How Do Digital Platforms for Ideas, Technologies, and Knowledge Transfer Act as Enablers for Digital Transformation?

Digital platforms enable organizations to leverage distributed knowledge and collaborate with external environments, accelerating digital transformation efforts.

Call for Papers—Special Issue: Organizing for Innovation in the Digitized World

Digital technology has enabled organizations to decentralize innovation management, democratize innovation, and transform the way products are consumed and experienced, requiring cross-disciplinary dialogue for understanding its impact.

Collaborative platforms for innovation in advanced materials

Collaborative platforms for advanced materials can align value chains, foster standards, catalyze innovation ecosystems, and build education, skills, and social capital, enhancing the potential for better products and production processes.

Platform for Knowledge Society and Innovation Ecosystems

Artificial intelligence-based platforms can accelerate and sustain innovation in knowledge-based innovation ecosystems, with potential applications in the European innovation ecosystem.

Modeling a digital platform for managing enterprise’s innovative activities

This study proposes a digital platform model for managing innovation performance, providing effective information and communication interaction among participants in the innovative infrastructure, benefiting Russian enterprises in a changing market environment.

Open collaborative innovation and digital platforms

Digital platforms facilitate open collaborative innovation, drive operational synergies, and reduce transaction costs, as demonstrated by the case study of TIM OPEN.

Try another search