In NOVATERRA (2020–2025), they contributed vineyard expertise to an integrated strategy for reducing pesticide use on grapevine and olive crops across Mediterranean agriculture.
BODEGAS TERRAS GAUDA SA
Galician winery and vineyard operator serving as a real-world test site for sustainable pest management and autonomous agricultural robotics.
Their core work
Bodegas Terras Gauda is a Galician winery and agricultural producer based in O Rosal, in the Rías Baixas wine region of northwest Spain, known primarily for Albariño grape cultivation. In EU research projects, they contribute as an end-user and real-world validation partner, providing operational vineyards and olive groves as test sites for agricultural innovation. Their participation spans sustainable pest management — reducing reliance on chemical pesticides in Mediterranean crops — and the deployment of autonomous agricultural robots for precision vineyard operations. They bring the practitioner's perspective: what works in a commercial vineyard under real production conditions, not just in a lab.
What they specialise in
Both NOVATERRA and FLEXIGROBOTS address precision farming — the former through soil management and biopesticides, the latter through AI-driven autonomous field operations.
In FLEXIGROBOTS (2021–2023), they served as an operational test-bed for multi-robot systems and adaptive mission planning in real vineyard conditions.
FLEXIGROBOTS introduced them to agricultural data spaces and agrifood big data, reflecting an early-stage engagement with digital infrastructure for farm management.
How they've shifted over time
Their two projects follow a clear progression: the first (NOVATERRA, 2020) was rooted in biological and agronomic challenges — cutting pesticide use, managing pests and weeds through biopesticides and smart soil management in traditional Mediterranean crops. By 2021, their second project (FLEXIGROBOTS) had shifted entirely into AI, robotics, and autonomous systems, with keywords like multi-robot coordination, adaptive mission planning, and agricultural data spaces replacing the earlier focus on plant protection. In under two years, their EU research footprint moved from sustainability compliance to digital automation, suggesting the winery is actively exploring technology to modernise its field operations.
They are moving from regulatory-driven sustainability (pesticide reduction) toward operational digitalisation — autonomous robots and AI-managed farm data — which signals intent to modernise vineyard management at the field-operations level.
How they like to work
Bodegas Terras Gauda has participated exclusively as a non-coordinator partner across both projects, consistent with the role of a commercial end-user embedded in research consortia to provide validation rather than to lead technical work. Their 38 unique partners across 12 countries suggest they join large, multi-national Innovation Action consortia — the type that need real farm operators to test and demonstrate technology. They are likely valued for their willingness to open production vineyards as living labs rather than for driving the research agenda.
Despite only two projects, they have reached 38 unique consortium partners across 12 countries, reflecting the large-consortium nature of the Innovation Actions they joined. Their network is European in breadth, likely anchored in the Mediterranean agricultural research community through NOVATERRA and in the agri-robotics community through FLEXIGROBOTS.
What sets them apart
What distinguishes Bodegas Terras Gauda from typical research partners is that they are a practising commercial winery — they do not study vineyards, they run them. This makes them valuable to any consortium that needs a credible, operating agricultural test site with real production pressures, not a university experimental plot. For projects targeting Mediterranean viticulture, olive cultivation, or the deployment of autonomous agricultural robots in complex terrain, they offer something research institutes and technology companies cannot: genuine farmer skin in the game.
Highlights from their portfolio
- NOVATERRATheir longest and most thematically central project (2020–2025), addressing pesticide reduction across grapevine and olive — directly aligned with their core business as a wine producer in a regulated agricultural sector.
- FLEXIGROBOTSTheir highest-funded project (€227,057) and a marked departure from their earlier focus, placing them inside a cutting-edge robotics and AI consortium — signalling a strategic bet on autonomous farm technology.