Smart plant sensing for sustainable yields

Protected cultivation and indoor farming

Your challenge: Increase yields, avoid crop failures, reduce costs

Rising energy costs, increasing weather extremes and crop failures are making the effects of climate change on agriculture ever clearer. At the same time, global crises and a high dependency on imports are putting pressure on the security of supply of high-quality agricultural products for the pharmaceutical and food industries. The agricultural sector is facing the challenge of repositioning itself. However, the safe and high-yield cultivation of plants that meet the quality requirements of the processing industry, trade and consumers requires precisely coordinated growing conditions. Energy-efficient, smart lighting control and a supply of nutrients adapted to the respective environment are essential for maximizing the yield per area.

Our solution: Non-destructive quality assessment of plant condition

Fraunhofer UMSICHT advises on all aspects of indoor farming and develops AI-supported technologies so that you can predict the yield of your crops more accurately, optimize cultivation conditions and actively intervene in the cultivation process in protected cultivation. Our innovative measurement concepts are designed to record the condition of the plants without contact and in real time. In this way, we create the basis for precise cultivation management that can be adapted to the requirements of the producers and the needs of the plants.

  • Non-contact measurement of content and active ingredient concentrations in real time
  • Detection of nutrient deficiencies
  • Determination of light requirements
  • Advice on technical implementation and component design for indoor farms
  • Trials in protected cultivation (light recipes, crop management, nutrients, plant stress)
  • Translation of the results into the necessary hardware for your application

"We develop innovative technologies and concepts to promote sustainable plant cultivation and increase the efficiency of indoor farming systems."

Saving resources and increasing product quality

Fraunhofer UMSICHT combines comprehensive, interdisciplinary expertise in modern agricultural research. In close cooperation with our customers, we develop tailor-made solutions that minimize the use of resources on the one hand and improve product quality on the other. We have various sized climate chambers and a photonics laboratory available for tests under controlled conditions. We carry out practical tests in our modern rooftop greenhouse. Throughout the entire project phase, we work closely with our in-house analytical laboratory. Our range of services is supplemented by our own digitization platform, which is used to store, analyze and visualize the measurement data.  

How you work with us

From strategic consulting in the field of indoor farming to the development of customized sensor systems for controlled and semi-controlled forms of cultivation and the implementation of complete system concepts - we provide you with targeted and practical support in the design, analysis and further development of your farming systems. Our aim is to support your company with scientific know-how and state-of-the-art infrastructure. The size of the company does not matter – whether it is a start-up, a medium-sized company or a DAX-listed corporation. With professional research and development services and the right component design, we ensure that your next major investment is based on a sound foundation.

  • Contract research
  • Development
  • Licensing of our know-how or our property rights
  • Scientific support

A look at our projects

 

Circular PhytoREVIER

Herbal, aromatic and medicinal plants from the Rhineland

The “Circular PhytoREVIER” innovation laboratory offers a platform for developing new biogenic value-added cycles in the Rhineland region. The goal: sustainable production of sufficient quantities of high-quality herbal, medicinal and medical plants.

 

inBerry

AI-controlled
production of
berry crops

The "inBerry" project shows how modern technology and innovative cultivation methods can shape the future of agriculture in order to meet the challenges of climate change and security of supply.

 

LightSaverAI

Intelligent LED lighting

The “LightSaverAI” project creates the basis for an intelligent lighting system that analyzes and adjusts the light requirements of plants in indoor farms in real time.

 

SUSKULT

Agricultural system of the future

SUSKULT creates the conditions for using resources from municipal wastewater treatment plants in metropolitan regions for food production, including in hydroponic cultivation systems.

Stimmen aus den Projekten

 

Dr. Stefan Hey

Co-Founder and CSO vGreens Holding GmbH

 

 

 

 

 

"Together with Fraunhofer UMSICHT, we are developing sensor technology for the data-driven production of soft fruits in CEA (Controlled Environment Agriculture). Through our close partnership, we combine highly developed sensor technology with precise algorithms to continuously control plant physiological processes and cultivation conditions. This allows us to optimize yield and quality, reduce environmental impact and create weather-independent, sustainable production."

Indoor-Farming

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