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The Competence Network Digital Agriculture Bavaria (KNeDL)

Working together for a smart and sustainable agriculture

Join us in shaping the agricultural world of tomorrow - practical, networked and digital. As an initiative of the Bavarian State Ministry of Food, Agriculture, Forestry and Tourism, KNeDL brings together committed players from practice, research and industry. Our aim is to promote exchange and cooperation at eye level and to integrate innovative solutions directly into agricultural practice. The network pools forward-looking ideas and knowledge - for an agriculture that opens up new opportunities, conserves resources and inspires future generations through digital innovation.

autonom fahrender Ackerpflug auf einem Feld
Naïo Technologies,

Field robotics is revolutionizing agriculture by using autonomous machines that perform tasks such as sowing, weeding and harvesting precisely and efficiently. This technology significantly reduces the workload for farmers and at the same time helps to increase productivity and sustainability.

autonom fahrender Ackerpflug auf einem Feld
Naïo Technologies,

Field robotics is revolutionizing agriculture by using autonomous machines that perform tasks such as sowing, weeding and harvesting precisely and efficiently. This technology significantly reduces the workload for farmers and at the same time helps to increase productivity and sustainability.

Ein Bauer kniet Lachend im Stall neben einer Kuh und hält ein Tablet in der Hand.
AdobeStock©dusanpetkov1,

The digital barn uses modern technologies such as sensors and automation to make animal husbandry more efficient and animal-friendly. These innovations enable continuous monitoring of animal health and optimize feeding and care processes, resulting in improved productivity and sustainability.

The digital barn uses modern technologies such as sensors and automation to make animal husbandry more efficient and animal-friendly. These innovations enable continuous monitoring of animal health and optimize feeding and care processes, resulting in improved productivity and sustainability.

In der Mitte steht eine junge Pflanze, drumherum sind Symbole für zum Beispiel Wasser, Sonne oder Insekten eingezeichnet die mit Linien mit der jungen Pflanze verbunden sind.
AdobeStock©lamyai,

Data management in agriculture enables the efficient collection, analysis and use of farm data to make informed decisions. By using digital tools, farmers can optimize their production processes, conserve resources and increase the sustainability of their farms.

Data management in agriculture enables the efficient collection, analysis and use of farm data to make informed decisions. By using digital tools, farmers can optimize their production processes, conserve resources and increase the sustainability of their farms.

großes Gewächshaus, bei dem sowohl in der Mitte als auch an den Wänden Pflanzen gezogen werden.
AdobeStock©rostov777,

Vertical farming is revolutionizing agriculture by enabling the cultivation of crops in multi-layered, controlled environments. This method maximizes yield in the smallest possible space and reduces water consumption, leading to more sustainable and efficient food production.

Vertical farming is revolutionizing agriculture by enabling the cultivation of crops in multi-layered, controlled environments. This method maximizes yield in the smallest possible space and reduces water consumption, leading to more sustainable and efficient food production.

Traktor der auf einem Fels zwischen Solaranlagen arbeitet
©Öko-Haus GmbH/Matthias Baumgartner,

Smart energy systems in agriculture use modern technologies such as sensors and automated controls to optimize energy consumption and efficiently integrate renewable energy sources. These systems help to lower operating costs and reduce environmental impact, leading to more sustainable agricultural production.

Smart energy systems in agriculture use modern technologies such as sensors and automated controls to optimize energy consumption and efficiently integrate renewable energy sources. These systems help to lower operating costs and reduce environmental impact, leading to more sustainable agricultural production.

Bildschirmansicht einer Schafherde mit digitalem Infos zu jeden Tier
Neurinos GmbH,

Artificial intelligence is already widely used in agriculture and is already helping to accurately predict weather conditions, pest infestations and crop yields, among other things. By using AI, farmers can work more efficiently and make more targeted use of resources.

Artificial intelligence is already widely used in agriculture and is already helping to accurately predict weather conditions, pest infestations and crop yields, among other things. By using AI, farmers can work more efficiently and make more targeted use of resources.

Your contact

We look forward to hearing from you at the general email address knedl(at)bayern-innovativ.de or contact our team directly:

Professional contact

Christian Metz
+49 911 20671-717
Innovation network Production, Head of Competence Network Digital Agriculture Bavaria, Bayern Innovativ GmbH, Munich
Kathrin Schuberth
+49 911 20671-184
Innovation network Production, Project Manager, Bayern Innovativ GmbH, Nuremberg
Porträt von Joseph Schapfl Joseph Schapfl,
Joseph Schapfl
+49 911 20671-303
Project Manager, Innovation network Production, Bayern Innovativ GmbH, Munich

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AdobeStock©greenbutterfly_288382561_ret,