“Growers making digitally enabled decisions on their farms.”

Digital technology is reshaping agriculture as we know it. VitiVisor is an Information, Prediction and Advisory platform for Australian viticulture, aiming to maximise the opportunities for the digital transformation of wine grape growers. This website provides a single place to learn more about Vitivisor, discover the research underpinning its design and development. Importantly, it provides access to its Open Source functionality through freely available resources.

Everything you need in a vineyard.

VitiVisor: An Information, Prediction and Advisory Platform for Australian Viticulture.

View your vineyard in a map, manage patches with their relevant growth stage management actions and tasks.

Information hub for Decision making

VitiVisor

Ground-based vision system

Converts images into vine health and development indices (e.g. plant area index, pruning weight, inflorescence, shoot number, bud count and plant leaf temperature). Automatically uploads and integrates with the VitiVisor platform.
VitiVisor

Data acquisition and storage system

Collects real-time data from: IoT sensors on the vineyard (soil moisture, temperature, electrical conductivity, weather data, dendrometer readings), irrigation systems (e.g. flow and pressure readings), airborne imagery (e.g. NDVI and water stress), ground- based vision system, water market information, and financial accounting data.
VitiVisor

Vine growth model

Predicts vine growth and yield, based on (1) real-time weather, soil moisture and canopy growth data; and (2) alternative management actions, particularly irrigation strategy.
VitiVisor

Financial benchmarking

Allows users to upload and track their farm costs and revenues, benchmarking these against other growers. This tool integrates with Xero and Know Your Numbers.

Access free resources today

Get access to open source resources of the VitiVisor project for free.

Free Resources

Proudly supported by

    • Wine Australia
    • Riverland Wine
    • University of Adelaide
    • AMI Fusion Technology