In this WP, the integration of several non-invasive sensing technologies (chlorophyll-based fluorescence, RGB machine vision, IR thermography) and navigation (GPS) techniques into the scouting robot will be carried out to obtain large amounts of agronomical and physiological data from the vineyard.

WP3 involves the development of algorithms, calibration curves and models that process information acquired by the multi-sensor system of the scouting robot. The system will integrate and fuse data coming from agronomical and physiological sources captured by the VineRobot.

WP4 addresses the processing, transmission, display and storage of all the data generated through the UGV’s multisensory system for their further implementation in the VineRobot.

WP5 deals with disseminating project results to (technician and advisor) communities involved in grapevine management, to growers, wineries, retailers and consumers. Both traditional and innovative information technologies will be used for public outreach.

WP6 is led by UDLR and involves the participation of all partners. Objectives are targeted to:

1. Responding to the complexity of the project and the degree of integration required.
2. Guaranteeing reliability between the project work plan and its actual implementation.
3. Achieving the goals of the project in the most cost-effective way according to time schedule and budget.
4. Ensuring an effective process of internal decision-making and communication.
5. Managing knowledge and intellectual property rights according to the Consortium and Grant Agreements.