Food systems are under real pressure. Climate volatility, soil health, rising input costs, regulation, shifting consumer expectations — the challenges facing agriculture and agri-tech aren’t going away. But if there’s one thing that’s becoming clear, it’s this: meaningful change won’t come from a single breakthrough or policy shift.
It will come from connection.
Working on a campus anchored by Rothamsted Research — the world’s longest-running agricultural research institution — is very different from being based in a typical science park. What sits at the heart of this community is trusted, independent science. And in a sector where credibility matters, that makes a difference.
Innovation here isn’t driven by hype. It’s grounded in decades of pioneering research in soil health, crop productivity, pest and disease management, and regenerative and low-input farming systems. In other words, ideas are tested, challenged and validated before they scale. Because innovation without evidence is just speculation.
But strong science is only part of the story.
Many research institutions generate knowledge. Far fewer turn that knowledge into practical technologies, viable businesses and real-world solutions. That translation — from lab bench to field — is one of the defining strengths of the Rothamsted Campus.
With shared laboratories, controlled environments, field trial capability and digital infrastructure on hand, companies can move faster and de-risk development. Through the BBSRC Innovation Grant Fund Scheme, we’ve also been able to allocate over £1 million across more than 46 projects in the past four years, helping campus companies validate and progress their innovations.
What makes this environment genuinely distinctive, though, is the interaction. Scientists work alongside entrepreneurs. Early-stage ventures engage with global corporates. Technology developers learn directly from growers. Policy discussions are shaped by live data rather than theory.
That proximity isn’t accidental. Food systems innovation is complex and interconnected. Startups often move quickly but need validation and market access. Larger organisations have reach and scale but need credible, de-risked technologies. Policymakers require robust, practical evidence. The campus acts as a bridge between these worlds — reducing friction and helping ideas move from concept to adoption. Through the combined ecosystem of Rothamsted’s scientific expertise and commercial infrastructure, we support:
Across the site, companies are advancing solutions in areas ranging from soil microbiome technologies and biological inputs to precision agriculture and pest detection. Together, they create something more than a collection of businesses. The campus becomes a living demonstrator of what climate-smart, sustainable agriculture can look like in practice — where research and application continuously inform one another.
And that matters now more than ever.
Global food systems are being forced to transform. We need to increase productivity while reducing environmental impact. Resilience, sustainability and profitability have to coexist — not compete.
That balance won’t be achieved through fragmented efforts. It requires integrated ecosystems where science, infrastructure, capital and commercial ambition come together. Few places combine scientific heritage, research excellence and active commercial development in the way this campus does.
In a sector often slowed by silos and uncertainty, the Rothamsted Campus offers something rare: a space where science, technology and real-world application genuinely intersect.
For organisations committed to evidence-led innovation, collaboration and tangible agricultural impact, it’s not just a place to locate a business. It’s a place to build, test and scale solutions that contribute to the long-term transformation of food systems.
Check out our exciting tenant companies here
Krista Friss
Strategic Innovation and Partnerships Manager