Exploring How AI and Disruptive Technologies Can Scale the Future of Agriculture
On 14 April 2026, the NOSTRADAMUS project participated in the Digital Transformation Summit in Funchal, Madeira, as part of the workshop:
“Scaling agri-transformation through integrated AI and disruptive tech”
The 75-minute session brought together four Horizon Europe initiatives – INNO4CFIs, AgRimate, NOSTRADAMUS, and AgAPP-e – to discuss how digital technologies can move beyond pilot projects and become scalable, real-world solutions for European agriculture.
Representing NOSTRADAMUS was Giri Prasad Kandel, researcher at the Czech University of Life Sciences Prague, who presented the project’s vision of digitally empowering European agriculture through Earth Observation, AI, and predictive intelligence.
From Data to Predictive Sovereignty
During the workshop, NOSTRADAMUS introduced its mission to support EU agricultural sovereignty, food security, and sustainability through data-driven innovation.
The presentation highlighted:
- The project’s five demonstration sites across Germany, Switzerland, Slovenia, Serbia, and Cyprus
- The integration of Earth Observation (EO), IoT, and deep learning technologies
- The development of predictive tools capable of identifying large-scale trends in:
- pest outbreaks
- nutrient cycles
- climate-related agricultural risks
Rather than relying only on reactive farming approaches, NOSTRADAMUS aims to provide predictive intelligence that can help both farmers and policymakers anticipate challenges before they impact food supply chains.
A Workshop Focused on Scaling Innovation
The workshop explored a critical challenge facing European agriculture today:
How do we scale digital innovation from successful pilots into reliable, widely adopted solutions?
Each participating project presented a different perspective on scaling mechanisms for agricultural transformation:
- INNO4CFIs showcased approaches for scaling carbon farming and nature-based business models
- AgRimate demonstrated how Augmented Reality and AI-driven robotics can democratise expert agricultural knowledge
- AgAPP-e presented AI-powered tools for phosphorus optimisation and nutrient efficiency
- NOSTRADAMUS focused on predictive intelligence powered by EO and AI technologies
The session then moved into a moderated panel discussion titled:
“The Data-to-Decision Pipeline”
Key themes included:
- Bridging the “valley of death” between research and market adoption
- Integrating AI and IoT into existing agricultural ecosystems
- Using “Living Hubs” and real-world validation environments
- Aligning innovation with the Common Agricultural Policy (CAP)
- Making digital tools accessible and useful for farmers
Discussing the Human Side of Digital Transformation
Audience interaction played an important role throughout the workshop. Participants discussed practical questions such as:
- What makes a digital farming app truly useful in the field?
- What will drive technology adoption in agriculture?
- What should policymakers prioritise to support innovation?
During the discussion, Giri Kandel highlighted the importance of considering socio-economic realities when implementing digital technologies in agriculture. Other speakers emphasized that technology should support — not replace — farmers, and that successful adoption depends on communication, trust, community engagement, and clear value for end-users.
The debate also addressed the gap between European policies and small-scale farming realities, stressing the importance of translating complex regulations and digital innovations into practical, understandable tools for local agricultural communities.
Building the Future of Smart and Resilient Agriculture
The workshop demonstrated that while technologies such as AI, EO, Blockchain, AR, and predictive analytics are advancing rapidly, scaling them successfully requires:
- collaboration
- policy alignment
- community engagement
- interoperability
- real-world validation
By participating in the Digital Transformation Summit, NOSTRADAMUS reinforced its commitment to helping build a more resilient, sustainable, and digitally empowered agricultural sector across Europe.
Through predictive intelligence, data integration, and multi-actor collaboration, the project continues to contribute to the transition from innovative research to practical impact in the field.