The Medici Effect: What Agritech and Biotech can learn from each other

How is 15^th Renaissance influencing Biotech and Agritech?

At the 2026 One Nucleus BioBeat event, I was asked to bring an agritech perspective into a biotech room on the topic of “The Medici Effect” — how breakthroughs emerge at the intersection of disciplines.

The Medici family in Renaissance Florence didn’t just support painters, architects or sculptors individually — they created environments where all of them mixed. Artists, scientists, philosophers, engineers and mathematicians worked in proximity, sharing ideas, challenging assumptions and building the foundations of the Renaissance.

Frans Johansson captured this perfectly in his 2004 book The Medici Effect: Breakthrough Insights at the Intersection of Ideas, Concepts, and Cultures. He argued that innovation emerges at “the intersection of fields, disciplines, and cultures,” where people can change the rules of the game.

This concept feels incredibly relevant to agritech — and, as I learned, biotech too.

Biology at Different Scales

The comparison between agritech being biology at the landscape level and biotech being biology at the molecular level revealed far more overlap than I had expected.

At first glance, and certainly to those on the periphery of either discipline, the sectors appear very different. One works across farms, soil systems and climate resilience; the other inside cells, designing healthcare solutions and medical innovations.

But fundamentally, both industries are trying to understand and optimise living systems under conditions of uncertainty.

Learning to Operate in Uncertainty

And uncertainty is something agriculture understands deeply.

Farming has always operated against shifting variables — weather, disease, geopolitics, labour shortages, commodity pricing and now climate volatility. Agritech has evolved not by eliminating uncertainty, but by building resilience around it.

That mindset increasingly matters for biotech too, where regulatory complexity, funding cycles and public trust can rapidly shift the landscape.

Technology Beyond the Laboratory

One of the strongest audience discussions centred around how agritech deploys technology in real-world environments.

We explored examples including robotics for autonomous harvesting, AI-driven crop monitoring, predictive analytics and waste valorisation — turning agricultural by-products into valuable inputs for energy, biomaterials and new biological processes.

Many of these ideas sparked immediate parallels with biotech applications, particularly around circular systems and resource efficiency.

Climate Resilience and Nutritional Resilience

Questions were raised about the UK’s Precision Breeding Act 2023 and whether its greatest potential lies in advancing climate adaptation or improving nutrition.

My view is that the two pressures are now inseparable.

Precision breeding offers enormous potential for climate resilience — drought tolerance, pest resistance and reduced chemical dependency — but it also opens opportunities for more nutrient-dense foods and healthier supply chains.

In many ways, the future of food security is no longer just about yield. It is about nutritional resilience.

Innovation Only Works when there is trust

What became clear throughout the event was how transferable many agritech lessons are for biotech.

Agritech has spent years learning that adoption depends heavily on trust, culture and behaviour change. Farmers will not use technology simply because it exists. It must fit workflows, economics and generational habits, with trusted peer validation playing a critical role.

Biotech and healthcare increasingly face similar challenges. The science may be extraordinary, but if trust is absent — whether from clinicians, regulators or patients — innovation stalls.

“Collaboration requires a business plan.”

Collaboration requires design, not just enthusiasm.  Cross-sector partnerships sound exciting in theory, but successful collaboration requires structure, alignment and a genuine desire for shared outcomes. Innovation ecosystems do not thrive on enthusiasm alone. They need intentional design.

The Medici family did not accidentally create the Renaissance.

For biotech leaders, this matters because the next generation of breakthroughs will increasingly sit between sectors rather than inside them. But interdisciplinary collaboration only works when incentives, commercial models and shared outcomes are clearly defined. The organisations that build those frameworks early will move faster than those relying on informal networks alone.

Biotech leaders are no longer looking only within biotech for inspiration.

Questions from the audience allowed me to share examples of how agritech has learned from aerospace through Earth observation, from navigation systems through GPS and autonomous vehicles, and from advanced manufacturing and climate science — all converging to support precision farming.

The most transformative ideas often arrive from outside the room.

That principle sits at the heart of the Agri-TechE Agri-Tech Meets series of events, which deliberately brings together sectors including space, healthcare and navigation to explore where innovation collides and new thinking emerges.

The opportunity for biotech founders is to actively look beyond their own sector for ideas, business models and technologies that can unlock competitive advantage. Some of the most disruptive innovation now comes from recombining existing capabilities across industries rather than inventing entirely new ones in isolation.

If we want transformational breakthroughs in healthcare, food systems and sustainability, we need to become far more comfortable working across disciplines, industries and cultures. Because that is where the rules of the game truly begin to change.