Fyllo, the pioneering agri-tech startup from India, has unveiled a strategic collaboration with Terraview, a prominent worldwide climate Software as a Service (SaaS) provider. This partnership aims to enhance the productivity of a vast network of 100+ wine producers spanning the United States, Spain, and Australia.
With this development, Fyllo attains the distinction of being the first Indian agritech company to extend its reach globally and elevate farming practices through the integration of cutting-edge IoT (Internet of Things) devices.
Fyllo serves as a data-driven agricultural platform, providing vital support to farmers and agribusinesses in their decision-making processes. Leveraging data science, the platform’s IoT system comprehends and evaluates the precise real-time needs of plants. Subsequently, the AI-backed platform delivers timely recommendations to farmers, covering aspects such as crop-specific irrigation, nutrient management, disease and pest control, and weather considerations, tailored to different crop varieties and distinct soil physiological stages.
On the other hand, Terraview functions as a specialized agritech platform, focusing on delivering precision and assurance for perennial crops, notably in sectors like wine, olives, and nuts. The TerraviewOS system adeptly manages and analyzes data across more than 25,000 hectares of land, serving a diverse clientele of over 100 customers spanning the United States, Spain, and Australia.
The partnership between Fyllo and Terraview, headquartered in Spain, is poised to usher in a revolutionary phase of smart agriculture within European vineyards. This transformative journey will commence in Spain, France, and Italy, with plans to swiftly expand to the United States and Mexico.
Through harnessing Fyllo’s adeptness in precision agriculture and agronomic solutions alongside Terraview’s cutting-edge data analytics, insights, and projections, farmers can avail themselves of an all-encompassing system that enhances crop oversight, maximizes yields, and upholds ecological sustainability.
Crafted to acquire instantaneous data concerning pivotal farming facets such as soil moisture, weather dynamics, and crop well-being, Fyllo’s IoT devices serve as a cornerstone. When coupled with Terraview’s sophisticated climate insights, analytics, and prognostications, these devices will furnish vineyard proprietors with the capability to craft judicious choices, refine operations, and curtail resource squandering.
This partnership will grant vineyard proprietors invaluable comprehension of the distinctive requirements of their fields, equipping them to execute exact and pinpointed interventions. By refining irrigation timetables, enhancing pest management effectiveness, and promptly identifying crop stressors, farmers can attain elevated crop excellence and augment their overall productivity.
Sudhanshu, Co-Founder of Fyllo, said, “We are thrilled to partner with Terraview to expand our precision agriculture solutions to vineyards in Spain, France, and Italy.”
“Together, we will revolutionize how farmers approach agriculture, fostering sustainable practices that benefit both the environment and the farming community. Terraview is our perfect partner to take this made in India Tech global,” he added.
Piyush Harsh, Co-Founder & CTO of Terraview, said, “We are excited to work with Fyllo to help serve our customers worldwide, starting with Europe. We believe agriculture innovation will happen at the intersection of devices and software. Atoms and not bits will define the impact of climate on food production.”
“Fyllo has over the years built great capability, and we are very hopeful that our customers will derive greater value with the data and intelligence,” he added.
Moreover, this collaboration harmonizes seamlessly with the mutual dedication of both enterprises to sustainability and conscientious agricultural methodologies. Leveraging technology and insights driven by data, Fyllo and Terraview are striving to play a role in the worldwide endeavor to attain food security and alleviate the repercussions of climate change on the agricultural landscape.
