Project

EXPRESS: Experimental field for data-driven networking and digitalization in agriculture

Today, farms in Saxony and central Germany are confronted with regulatory and social expectations that are difficult to reconcile in terms of economic efficiency. Small and medium-sized farms (SMFs) are particularly affected, because they are expected to continuously increase their efficiency, improve the quality of the products and at the same time, conserve resources and the environment. Conventional methods of increasing yields promise limited optimization potential. Furthermore, harsh conditions on the world market, often force farmers to sell their products at low prices.

Novel digital technologies could help to reconcile the seemingly contradictory demands of economic efficiency and ecology in the SMF sector, but there is a lack of financial and temporal resources to implement such innovations. This is where EXPRESS comes in. This field of experimentation offers farmers in Saxony a low-threshold entry into digital processes, which is expertly supported by our partners in the research network. In addition to the technological aspects of the project, a broad network of agricultural, political, scientific and social actors will be established in order to jointly test, apply and develop new technologies in an environment based on mutual exchange. This comprehensive strategy ensures that the newly-acquired knowledge is collected centrally and made available to all relevant actors. In this way, agricultural SMFs can also benefit fully from the opportunities offered by digitalization and thus remain competitive in the long term.

Project Duration: September 1, 2019 – August 31, 2025

Five Use Cases for Digital Technologies in Agriculture

The EXPRESS project aims to promote innovation in agriculture and create opportunities for collaboration among various stakeholders by fostering cooperation and the use of digital technologies.

There are five key application areas:

Water stress monitoring Cross-scale assessment of water stress to optimize irrigation of agricultural land
Automated environmental monitoring Continuous monitoring of key abiotic parameters using modern networking and data transmission technologies in specialty crop production
Food tracing and IoT Use of blockchain and IoT solutions to monitor plant growth and agricultural equipment, as well as to track transport routes
Augmented realities Use and testing of augmented reality, virtual reality, and mixed reality in an agricultural context
Data integration Consolidation and management of heterogeneous data sources from different sensor systems

 

On a broader level, EXPRESS supports farmers in developing digital skills. The goal is to tap into new value chains and optimize existing production processes through innovative technologies.

Project partners

© Universität Leipzig
© Helmholtz-Zentrum für Umweltforschung GmbH UFZ
© IMMS Institut für Mikroelektronik- und Mechatronik-Systeme