Focus topic Smart Farming

Digital technologies for value creation: Fraunhofer IOSB is your development and innovation partner for the development of a digitalized, highly efficient and sustainable agriculture of the future.

How can we ensure a future supply of high-quality food for everyone on the planet? And how can we simultaneously design agricultural processes that also meet the requirements of the ecological framework?

One key to achieving these contrary goals lies in the digitalization of agriculture. At Fraunhofer IOSB, we are researching essential aspects of the corresponding technologies along the entire value chain or food chain (field, harvest, storage, production, logistics, trade, consumption). In the area of food production, our developments in robotics, sensors and data processing help agricultural businesses to redesign processes and business models. They enable the optimization of the use of pesticides and fertilizers and the determination of soil quality. Assistance systems and autonomous vehicles – on land, in the air and on water – increase the efficiency and resilience of workflows.

These solutions are complemented by a wide range of services, from feasibility studies and process development to practical validation and the construction of demonstrators.

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Science journal on smart agriculture


In this issue of the Fraunhofer IOSB publication “visIT”, we present a cross-section of our competences and highlight current topics in the field of smart farming:  

EPAPER (in GErman)

We address these challenges:

 

AGATA

Analysis of large amounts of data in an agricultural context.

 

AgriApps

Application modules for the automated management of specialized agricultural crops.

 

HS-Robustification

Data-driven processing of hyperspectral remote sensing data.

 

Smart Agriculture

The use of hyperspectral drones supports the agriculture of the future.

 

FutureProteins

Vertical Farming - Development of a hybrid lighting system.

 

DigiVine

Digitalization in the value creation network: natural and environmentally friendly viticulture. Simultaneous resource and cost savings with increased work efficiency.

 

Intelligent multi-lambda illumination unit low power

Development of a ripple-free multi-channel LED driver.

 

UV-LED water disinfection

The variable wavelength of UVC LEDs allows for greater disinfection.

 

Flexible robot grippers

For detecting, gripping and testing natural objects in an Industrie 4.0 environment (I4KMU-FlexRoG).

We apply these skills to solving your problems:

 

Autonomous working machines

Relieving the burden on HR officers and improving process quality by using autonomous mobile machines.

 

Image interpretation

Remote sensing technology for monitoring the environment and infrastructure.

 

Hyper-/multispectral image processing

  • Information from X-rays to THz radiation
  • HSI laboratory (270 nm - 2500 nm)

 

 

Smart Agriculture: From field to consumer

Fraunhofer lighthouse project COGNAC “Cognitive Agriculture”: Digitalization as an opportunity for agriculture

 

Living lab

Research and validation of mobile systems under real-life operating conditions.

 

Complete solution for perception and navigation in a retrofit kit

Advanced autonomy functions for vehicles and robots.

 

Datenfabrik.NRW: Thermal image-based anomaly detection on combine harvesters

(Partial) automation of the process of  functional testing by a technical system.

Mehr Informationen

 

Collaboration with Fraunhofer IOSB

Companies can cooperate with us in the context of funded collaborative projects or directly commission R&D services. Follow the link to learn about further opportunities.