What is a Spin-Out? Turning Research into Real-World Impact

Outline:

1. Introduction: Great Research Doesn't Always Reach Society

2. Spin-Out Definition

3. The difference between Spin-Out/Research Company vs. Startup Company (Research-Based vs. Business Opportunity)

4. Why you should start a spin-out

5. How to start a spin-out

6. Global Examples of Successful Spin-Out Ecosystems

7. Why spin-out matters for Indonesia

8. Conclusion: Beyond Publications and Patents

From Research to Market

Every year, universities and research institutions produce groundbreaking research, innovative technologies, and valuable intellectual property. Yet many of these innovations never reach the people, industries, or communities that could benefit from them. This is where spin-outs come in.

A spin-out helps transform research-based innovations into real-world solutions through ventures, licensing, or industry partnerships. By combining research excellence with market validation, industry engagement, and commercialisation support, spin-outs help bridge the gap between innovation and impact.

Common Practices of Spin-Out Programmes

While every programme is different, leading spin-out initiatives such as Oxford University Innovation, NUS GRIP, King's College London Spinouts, ICURe, and ETH Spin-offs often share similar approaches to helping researchers bring innovations to market.

Common activities typically include:

• Commercialisation workshops and venture-building training

• Mentorship from entrepreneurs, industry experts, and investors

• Market validation and customer discovery

• IP strategy and commercialisation planning

• Industry partnerships and business matching

• Pitching, showcase events, and follow-on incubation support

Together, these activities help researchers move from validated innovation to real-world adoption and impact.

How Is a Spin-Out Different from a Startup?

While both spin-outs and startups aim to create value, they often start from different places. Traditional startups typically begin with a market problem and then develop a solution to address it.

Spin-outs usually begin with a validated innovation or research breakthrough. The next step is identifying where that innovation can solve a meaningful problem and how it can be adopted by the market. Because of this, spin-outs are often built around proprietary technology, scientific discoveries, or intellectual property developed through research.

Why Do Spin-Outs Matter?

Spin-outs help ensure that promising research does not stop at the laboratory, but has the opportunity to create economic and societal impact.

They can help:

• Accelerate the adoption of new technologies

• Strengthen collaboration between academia and industry

• Create new ventures and commercialisation opportunities

• Generate economic value through innovation

• Ensure research outcomes reach the people and organisations that need them

Around the world, universities such as Oxford, Cambridge, ETH Zürich, and the National University of Singapore have developed strong spin-out ecosystems that support researchers in translating innovation into real-world solutions.

Why Spin-Outs Matter for Indonesia?

As Mairi Gibbs, CEO of Oxford University Innovation, noted, “The answers to some of the most pressing societal problems may be sitting in university laboratories right now.” The challenge is ensuring these discoveries do not remain confined to research papers and prototypes, but instead reach the people and industries that can benefit from them.

This challenge is particularly relevant for developing countries. Research on technology commercialisation in Indonesia highlights the importance of stronger mechanisms that connect researchers, industry, and commercialisation intermediaries. Spin-outs can provide one pathway to bridge this gap and accelerate the journey from innovation to impact.

Beyond Publications and Patents

Behind many scientific discoveries lies the potential to solve real-world challenges. Spin-outs help unlock that potential by connecting research with markets, industry partners, and pathways to adoption.

Around the world, university spin-outs have demonstrated how research can evolve into impactful innovations. Oxford Nanopore Technologies, a spin-out from the University of Oxford, transformed DNA sequencing through portable and real-time genomic analysis. In the UK, Notpla, developed from research at Imperial College London, has pioneered sustainable packaging solutions made from seaweed as an alternative to single-use plastics.

Similar momentum is beginning to emerge in Indonesia. Virna Glaucoma Implant, developed through academic research from the University of Indonesia, demonstrates how locally developed medical innovations can address healthcare challenges while creating opportunities for wider adoption and commercialization.

Because the true value of research is not only in its discovery, but in its ability to improve lives, solve problems, and create lasting impact.

Further Reading*

This article draws on insights and practices from leading university commercialisation and spin-out ecosystems, including:

• Oxford University Innovation (Oxford University)

• Cambridge Enterprise (University of Cambridge)

• NUS Enterprise – Graduate Research Innovation Programme (NUS GRIP)

• ETH Zürich Spin-Off Programme

• Innovate UK – Innovation to Commercialisation of University Research (ICURe)

These initiatives have supported researchers in translating scientific discoveries and technological breakthroughs into real-world impact through venture creation, licensing, and industry partnerships.