SciTransfer
Organization

WATGRID LDA

Portuguese deep-tech SME making fiber optic sensors for real-time wine fermentation monitoring inside barrels and vats.

Technology SMEfoodPTSMENo active H2020 projects
H2020 projects
2
As coordinator
2
Total EC funding
€1.6M
Unique partners
0
What they do

Their core work

WATGRID is a Portuguese deep-tech SME that develops fiber optic sensor systems for real-time monitoring of wine fermentation. Their core product — branded Winegrid — is a sensor placed directly inside wine barrels or fermentation vats to continuously measure critical oenological parameters such as temperature, density, and chemical composition throughout the vinification process. They translate complex fermentation chemistry into actionable digital data for winemakers, replacing manual sampling with continuous in-vessel monitoring. Their work sits at the intersection of photonics, food process control, and precision agriculture instrumentation.

Core expertise

What they specialise in

Fiber optic sensing for liquid process monitoringprimary
2 projects

Both H2020 projects (Winegrid SME-1 and SME-2) are built around the same core fiber optic sensor technology deployed inside wine barrels and fermentation vats.

Real-time fermentation analyticsprimary
2 projects

The Winegrid SME-2 project (€1.59M) explicitly targets real-time analytics of critical vinification parameters, indicating deep process-monitoring expertise.

Wine technology and oenological instrumentationprimary
2 projects

Both projects are domain-specific to the wine industry, covering barrel and vat monitoring throughout the vinification cycle.

Hardware product commercialization (deep-tech SME)secondary
2 projects

The classic SME-1 → SME-2 progression (feasibility at €50K, then full-scale development at €1.59M) shows a structured path from concept validation to market-ready product.

Evolution & trajectory

How they've shifted over time

Early focus
Fiber optic sensor feasibility
Recent focus
Vinification analytics product scale-up

WATGRID's H2020 trajectory follows a single, disciplined product development arc rather than a pivot in research direction. Their early engagement (2018, SME-1) was a feasibility validation of the Winegrid concept — proving that a fiber optic sensor could function reliably inside a wine barrel and deliver meaningful data. By 2019 they had secured the larger SME-2 grant to bring that validated concept to full commercial scale, funding engineering, manufacturing readiness, and market entry. There is no keyword-level topic shift because there was no change of direction — this is a focused company deepening one specific technology rather than exploring multiple research threads.

WATGRID is on a commercialization trajectory — their funding history shows a company that validated a niche sensing technology and is now scaling it into a market product, making them a potential industrial partner or technology licensor rather than a basic research collaborator.

Collaboration profile

How they like to work

Role: consortium_leaderReach: regional

WATGRID operates exclusively as a project coordinator — both of their H2020 grants were self-led under the SME Instrument, which is designed for single-company innovation efforts rather than multi-partner consortia. This means they are experienced at independently driving a product from concept to market, but have no recorded H2020 consortium partnership history. A future collaborator should expect a company that is highly autonomous and product-driven, more suited to a technology provider or spin-in partner role than a large research consortium participant.

WATGRID's recorded H2020 network consists solely of their own two solo-instrument projects, with zero consortium partners and no international co-applicants in the EU data. Their real operational network likely exists through the wine industry and Portuguese innovation ecosystem, but it is not visible in the H2020 record.

Why partner with them

What sets them apart

WATGRID occupies a precise niche that very few organizations combine: photonics hardware engineering applied specifically to the oenological process chain. While many AgTech companies offer vineyard sensors and many IoT firms offer fermentation monitoring, in-barrel fiber optic sensing for real-time vinification analytics is a technically demanding and narrow specialization. For any consortium or company targeting precision winemaking, food process digitization, or optical sensing in harsh liquid environments, WATGRID brings not just a concept but a commercially validated product with EU funding proof-of-concept behind it.

Notable projects

Highlights from their portfolio

  • Winegrid (SME-2)
    The largest grant in their portfolio at €1.59M, this Phase 2 SME Instrument award confirms that EU evaluators rated their fiber optic vinification sensor as investment-ready for full commercial development.
  • Winegrid (SME-1)
    The Phase 1 feasibility award (€50K) is notable as the launchpad that validated the core technology concept and directly enabled the larger Phase 2 funding, demonstrating a clean SME Instrument success path.
Cross-sector capabilities
Industrial process monitoring (breweries, distilleries, biofermentation)Optical fiber sensing in chemical and pharmaceutical manufacturingAgriFood digitization and precision fermentationEnvironmental liquid quality monitoring
Analysis note: Both projects share the same name and technology, limiting the breadth of analysis. No keyword metadata was available in the source data, so expertise mapping relies entirely on project titles and short descriptions. The product focus is clear, but depth of technical capability (e.g., specific sensor parameters measured, IP ownership, TRL reached) cannot be confirmed from this data alone.