Tauber, Markus

2015, Hutchison, David, Nahrstedt, Klara, Schöller, Marcus, Spiecker gen. Döhmann, Indra, Tauber, Markus

2019, Schmittner, Christoph, Christl, Korbinian, Macher, Georg, Knapitsch, Johannes, Parapatits, Martin, Tauber, Markus, Pichler, Harald, Gnauer, Clemens

Population growth and food development are two of the major challenges for society. While smart farming can help, available arable land is restricted. Smart industrial indoor farming has the potential to increase agricultural production while also reducing resources usage. To guarantee a reliable food supply, we need to ensure a dependable system, which protects not only the plants, but also the Intellectual property (IP). We give an overview about the challenges on agriculture, available indoor farming systems and standards for smart farming. We evaluate the standards for applicability towards indoor farming and present a use case for a smart industrial indoor farming system. To assure a dependable system, we present a methodology to analyze the system and achieve a trade-off between different dependability attributes.