Sharpsat provides a satellite-based vineyard management platform that uses Earth Observation technology and AI-driven analytics to help winegrowers monitor crop health and detect diseases early. The platform displays areas of plant stress directly on vineyard maps, enabling time-based visualization and easy navigation between non-adjacent vineyards. It supports sustainable farming by reducing the need for unnecessary treatments.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional vineyard monitoring relies on manual scouting and uniform treatment applications, which are time-consuming, imprecise, and often result in unnecessary chemical use. Winegrowers lack timely, field-level data on plant stress and disease presence, making it difficult to target interventions only where and when they are needed.
Solution
Sharpsat combines Earth Observation satellite imagery with machine learning to deliver a user-friendly web platform that monitors vineyard health and detects diseases early. The platform supports farmer decisions by displaying areas of stress directly on the vineyard map, allowing time-based visualization and easy navigation between non-adjacent vineyard plots. It provides a Plant Health Indicator based on NDVI maps, ranging from vibrant green to cautionary red, to vividly illustrate crop health status. A Hydration Plant Indicator is also offered through a comprehensive Moisture Map to help farmers manage irrigation effectively. The solution aims to reduce overall treatments by enabling targeted, data-driven interventions.
Target Audience
Primary customers are winegrowers and vineyard managers seeking precision agriculture tools, as well as agritech professionals and winemakers looking to adopt sustainable crop monitoring practices.
Features
- Plant Health Indicator based on NDVI (Normalized Difference Vegetation Index) maps showing crop health from green to red
- Hydration Plant Indicator with comprehensive Moisture Maps for irrigation management
- Direct display of stress areas on vineyard maps with time-based visualization
- Easy navigation between non-adjacent vineyard plots within a single interface
- Satellite-based Earth Observation technology combined with AI-driven analytics