WHO ARE WE?
Atfield Technologies delivers solutions for data-driven management of vineyards. Our platform Winessense® combines advanced data modelling with tailor-made hardware to address the key challenges in sustainable viticulture. Established in 2017, by founders with decades of multidisciplinary experience across different industries, the company focuses on technologies enabling efficient growth of high-quality permanent crops.
WHAT IS WINESSENSE®
Winessense® is a set of digital tools that enable winemakers and vineyard managers to maximize quality and output from each microsite during consecutive seasons, while continuously managing risks. At Atfield we believe that viticulture is a personal thing, and not just a matter of work, but а matter of passion and dedication. All owners adore their vineyards – we have sawn the same relationship into our product.
Full traceability of local weather conditions during each season, as an input for optimization of the winemaking process.
Actionable insights to identify and manage critical segments of vineyards with right actions at the right time.
Save up to 100h of labor per hectare each season in monitoring vineyards and improve the efficiency of vineyard management.
Become more sustainable by leveraging grape vine disease prediction models and growth indexes in daily operations.
Easily installable, fully automated, wireless and powered by solar energy, our sensors measure air temperature and humidity, precipitation and wind parameters. Deployed as a dense network, they enable individual tracking of conditions at a configurable number of microsites.
Continuous tracking of relevant weather conditions at a microsite level through a network of sensors enables utilization of mechanistic and machine learning models to derive growth indexes, disease predictions and quality estimates that are fully trained for a particular location.
Mobile app allows for continuous remote access to all the parameters and models within the system. Alerts and notifications served through the app facilitate on demand actions in the field.