Partners

A shared effort across networks, research, and technical innovation

The development of XGVRL is made possible through the contribution of a growing ecosystem of partners — including institutional networks, scientific institutions, and technical innovators — all committed to making sustainability in viticulture measurable, transparent, and applicable in diverse contexts.

Vineyard Networks and Institutional Alliances

  • Urban Vineyards Association (UVA)
    An international network of vineyards rooted in cities. UVA promotes the environmental, educational, and cultural value of urban viticulture and connects many of the vineyards involved in the early stages of XGVRL.

  • Iter Vitis – Cultural Route of the Council of Europe
    A European network that promotes the heritage of viticulture as a cultural and territorial asset. Iter Vitis supports the dissemination and institutional relevance of XGVRL across its member regions.

Scientific and Academic Partners

  • Politecnico di Torino
    With its interdisciplinary expertise in sustainability, data systems, and agricultural innovation, the Politecnico contributes to the methodological structure and technical architecture of XGVRL.

  • DISAFA – Department of Agricultural, Forest and Food Sciences, University of Turin
    A key academic partner supporting the project with agronomic research, environmental monitoring approaches, and scientific validation of indicators.

Technical Partners

  • Vivai Cooperativi Rauscedo
    A global leader in vine nursery innovation, offering deep expertise on plant material, biodiversity, and vineyard management practices that inform the technical feasibility of XGVRL.

  • Citiculture
    The organization leading the design and coordination of the XGVRL standard. Citiculture brings field experience from urban vineyard installations, a multidisciplinary network, and a commitment to regenerative models of viticulture and reporting.

  • LoRaWine
    A technology partner supporting experimentation with low-power, long-range sensor networks based on LoRaWAN architecture. LoRaWine contributes to the development of scalable, affordable environmental monitoring solutions for vineyards adopting XGVRL.