Sustainability Through Technology Licensing and Commercialization: Lessons Learned from the TRIAD Project

Area of Science:

• Health Informatics
• Biotechnology Commercialization
• Research Data Management

Background:

• Funding shifts necessitate non-traditional sustainability models for academic and non-profit research programs.
• Data management and sharing infrastructure face particular sustainability challenges.
• Technology licensing and commercialization offer a pathway for sustaining research infrastructure.

Purpose of the Study:

• To review generalizable lessons learned from commercializing a research data management infrastructure.
• To address the knowledge gap regarding critical success factors for technology commercialization in academic settings.
• To provide insights relevant to the early stages of moving technology from research to the private sector.

Main Methods:

• Review of lessons learned from commercializing the Translational Research Informatics and Data Management (TRIAD) Grid at The Ohio State University.
• Focus on the early-stage transition from a research setting to a private-sector entity.
• Identification of generalizable success factors for academic technology commercialization.

Main Results:

• Commercialization of research-oriented data management and sharing technologies can establish public-private partnerships.
• The process of technology licensing and commercialization presents unique challenges for academic investigators.
• Specific lessons learned from the TRIAD Grid commercialization effort are detailed.

Conclusions:

• Academic and non-profit organizations can achieve sustainability for data infrastructure through technology commercialization.
• Understanding critical success factors is crucial for academic investigators pursuing commercialization.
• The TRIAD Grid case study provides a practical framework for early-stage technology transition.