The agri-food sector is facing a difficult contradiction. On one hand, innovation has never received more attention, investment, or urgency. Governments are funding sustainability transitions, corporations are launching innovation hubs, startups are emerging at record pace, and research institutions are producing groundbreaking technologies across food systems, agriculture, climate resilience, and circularity.
And yet, despite all this activity, meaningful transformation remains surprisingly rare.
The numbers tell a stark story. Around 95% of new products fail in the marketplace. Most innovation projects never make it beyond pilot phase, and only a small percentage of startups survive long enough to scale. Across the sector, billions are invested every year into research, experimentation, and entrepreneurial ecosystems, but the actual systemic impact often remains limited.
The problem is not necessarily a lack of ideas. The agri-food sector is full of creativity, talent, and technological potential. The challenge lies in the way innovation itself is structured.
Too often, innovation happens in isolation. Technologies are developed far from the realities of farmers, communities, supply chains, or regional ecosystems. Pilots are launched without long-term adoption strategies. Startups build solutions without direct integration into real market conditions. Corporations test sustainability initiatives that struggle to move beyond fragmented ESG efforts.
As a result, many promising innovations fall into what is commonly called the “Valley of Death” — the gap between early experimentation and scalable implementation.
This is where Living Labs offer a fundamentally different approach.
Moving Innovation Into the Real World
Living Labs are real-world, user-centered innovation ecosystems designed to bring together citizens, businesses, researchers, public institutions, and entrepreneurs to solve complex challenges collaboratively.
Unlike traditional innovation models that rely heavily on controlled environments or isolated pilots, Living Labs operate directly within the territories and communities where transformation is needed most. They create environments where solutions can be co-designed, tested, validated, and refined under real conditions.
This shift may seem subtle, but it changes everything.
Instead of developing innovation first and searching for adoption later, Living Labs integrate users, stakeholders, and local ecosystems from the beginning. Innovation becomes less about creating isolated technologies and more about building systems that people are actually willing and able to adopt.In the agri-food sector, where challenges are deeply interconnected — spanning climate, water, energy, biodiversity, logistics, consumer behavior, and rural development — this systemic approach becomes especially valuable.
Why Living Labs Matter Now
One of the biggest strengths of the Living Lab model is its ability to connect multiple stakeholders around shared regional challenges.
Farmers, startups, universities, policymakers, corporations, and citizens are often working toward similar goals but operating in disconnected silos. Living Labs create a structure where these actors can collaborate continuously rather than occasionally.
This collaborative framework — often referred to as the “Quadruple Helix” model — allows innovation to emerge from collective intelligence rather than top-down decision-making alone.
At the same time, Living Labs remain deeply territorial. They are rooted in specific cities, regions, or rural areas, allowing innovation strategies to respond directly to local realities instead of applying generic solutions everywhere.
What works in one agricultural region may not work in another. Climate conditions, economic structures, social dynamics, infrastructure, and cultural factors all shape how innovation succeeds. Living Labs acknowledge this complexity rather than ignoring it.
Another major advantage is the creation of sandbox environments where technologies and business models can be tested safely but authentically. Instead of relying solely on theoretical validation, innovators can experiment directly within operational supply chains and communities.
This significantly reduces risk while accelerating learning and adaptation.
Closing the Innovation-to-Impact Gap
Many innovation programs are highly successful at generating outputs. They produce prototypes, patents, reports, startups, and pilot projects. But generating outputs is not the same as generating transformation.
The real challenge lies in adoption, integration, and scaling.
Living Labs help close this gap by focusing not only on innovation creation but also on ecosystem readiness. They create the governance structures, partnerships, trust networks, and local ownership necessary for long-term success.This is particularly important in agri-food systems, where transformation depends on coordination across entire value chains rather than isolated actors:
For startups, Living Labs offer something extremely valuable: direct exposure to real market conditions and continuous user feedback. Instead of building solutions in abstraction, startups can refine products within authentic operational environments.
For research institutions, Living Labs provide opportunities to validate technologies outside the laboratory while aligning research outcomes with actual societal and market needs.
For governments, they become tools for regional development, policy experimentation, and citizen engagement.
And for corporations, Living Labs create safer pathways for innovation investment by enabling real-world validation before large-scale implementation.
Building Regional Innovation Infrastructure
What makes Living Labs especially powerful is that they are not one-time projects. They function as long-term innovation infrastructure.
A strong Living Lab ecosystem typically begins with identifying regional challenges and opportunities. This involves understanding local pain points, strengths, and strategic priorities across the agri-food value chain.
From there, stakeholders engage in structured co-creation processes to define shared agendas and collaborative priorities. Technologies and solutions can then be identified, tested, and adapted within the territory itself. Over time, these initiatives evolve into broader regional ecosystems capable of supporting new markets, supply chains, investment flows, and scaling opportunities. Importantly, Living Labs also become stronger through networks.
As different Labs connect across territories, they can exchange methodologies, share best practices, collaborate on pilots, and participate in larger European or international innovation initiatives. This network effect allows local experimentation to contribute to much larger systemic transitions.
A Path Toward Regenerative Transformation
The agri-food sector does not simply need more innovation. It needs innovation models capable of delivering lasting and regenerative transformation.
Living Labs represent a shift away from isolated disruption and toward collaborative system-building. They recognize that meaningful change happens when innovation is embedded within communities, territories, and value chains rather than imposed from outside them.
By grounding innovation in real-world participation and shared ownership, Living Labs help reduce failure rates, accelerate adoption, and create solutions that are both scalable and socially relevant.
In a world where complexity continues to grow, the future will belong not only to the organizations with the best technologies, but to those capable of building the strongest ecosystems for transformation.
Living Labs may very well become one of the most important infrastructures for that future.
