Viña Concha y Toro’s Center for Research and Innovation presents progress in its main lines of research
Inaugurated in 2014, the Center is aiming to position itself as a global and national leader in wine research. Today, it is developing more than 50 initiatives among which technological solutions to predict harvest volume, optimize defoliation and obtain higher quality, as well as the Cabernet Sauvignon clones project in Cauquenes, stand out. All of this research will have an effect on the Chilean wine industry in the short term. A year and a half after its inauguration, Viña Concha y Toro's Center for Research and Innovation (CRI) presented the progress made in the main lines of research which it is conducting for the first time. Located in the heart of the Maule Region, in the municipality of Pencahue, the Center was created with the objective of conducting applied research based on the real needs of the industry in order to increase its competitiveness and success in the face of new challenges. Three of the iconic research projects which will have an effect on the wine industry in the short term were presented: the use of drones in agricultural tasks, the GRAPPE App and the suitability of different Cabernet Sauvignon clones. In addition to these, a total of more than 50 initiatives in different stages of development are being conducted, which are framed within one of the five Strategic Programs that guide the CRI's research: Strengthening the production area of plant materials; Water resources and scarcity management; Quality assessment of grapes and wines; Instrumentation, automation and IT applications; and New products design. "At the Center for Research and Innovation, we developed a Strategic Plan 2016-2020 which will serve as a roadmap to position Viña Concha y Toro as a leader in research, development and innovation in the global wine industry. Today we presented the progress made in research projects, and without doubt we will achieve concrete results that will have a significant effect on the wine industry in the future," says Gerard Casaubon, Director of the CRI. High impact research One of the CRI's focuses has been adapting technology which is available in the market to the specific needs of the wine industry. An example of this is the use of drones for agricultural tasks, specifically for the prediction of yield. This is one of the most complex stages of the winegrowing process, as it impacts on the resources of all business areas. To support this process and achieve a 90% accuracy rate in predictions in the short term, the Center created a complex artificial intelligence model which receives, processes and stores information. The drone is used to capture vine vigor, which is a fundamental indicator to achieve precision in the prediction.

