Agriculture 4.0 - Digitalization as an opportunity
Precision farming improves farmer livelihoods and ensures sustainable food production. This involves the interaction of different segments.
One of the greatest challenges of our generation is to provide a rapidly growing number of people with sufficient food – and healthy food. The study “Farming 4.0: How precision agriculture might save the world” examines how agriculture and industry can, and must, cooperate in the future to tackle this mammoth task.
Demographers predict that around 9.8 billion people will live on Earth in the year 2050 – and with today’s agricultural methods it is not possible to provide for such an enormous number. Agriculture must therefore get an overhaul from the ground up. The use of both digital tools on the one hand and close cooperation with industry on the other are crucial.
With the use of web-based technologies, current agriculture is moving away from smallholder farming towards precision farming. Precision farming is a collective term for new production and management techniques in agriculture. Using the technical means available today, it is possible to develop a highly efficient, site-adapted style of farming that is significantly more efficient than conventional agriculture.
In more concrete terms, this involves the interaction of different segments, such as fleet management, the targeted use of drones, optimized farm management (with regard to soil, seed, plant health and pest control), optimized sowing and the precise use of fertilizers. Large platform solutions are the basis for this intelligent handling. The core link is connectivity.
David Benell, Manager – Food, Land and Water, World Business Council for Sustainable Development, provides a constant to guide future action: “You cannot and should not impose technological solutions on farmers. On the contrary, the solutions that industry must find should focus on the farmer and the people.”
Precision farming improves farmer livelihoods and ensures sustainable food production. This involves the interaction of different segments.