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Together with strong partners, we are shaping the agriculture of tomorrow – trustworthy, sustainable, and innovative.
Cooperation to promote digital precision methods in arable farming. Joint field trials and knowledge transfer for over 200 farms.
Scientific support in the development of soil-conserving cropping systems. Long-term study on humus balance at four sites in Eastern Austria.
Pilot project for the use of autonomous field robots in vegetable cultivation. 15 member farms test mechanical weed control under real conditions.
Partnership for the certification of regenerative farming methods. Joint training series for conversion farms with a focus on soil building and biodiversity.
Cross-border network for agricultural technology. Exchange on drone fertilization, AI-supported pest detection, and digital farm management.
Answers to the most important topics around agricultural technology and sustainable production.
Precision fertilization using drones or sensors reduces fertilizer use by up to 30 percent. At the same time, nutrient distribution improves, leading to higher yields and less strain on groundwater. This technology is particularly suitable for arable farms with heterogeneous soils.
Regenerative methods such as under-sowing, reduced tillage, and the use of cover crops promote humus buildup. In long-term trials, organic carbon content increased by an average of 0.4 percentage points within five years. Adjusting crop rotation and adapted management practices are crucial.
Autonomous field robots for mechanical weed control are worthwhile from an area of about 10 hectares in vegetable farming. The acquisition costs are offset by savings on herbicides and labor. However, limitations may occur on uneven terrain or very small plots.
For investments in precision technology, regenerative management, or robotics, there are national and EU funding programs. These include grants for the purchase of drones, sensors, and robots, as well as premiums for humus-building measures. Consulting with the Chamber of Agriculture or specialized service providers is recommended.
Modern sensors provide precise real-time data transmitted via radio or LoRaWAN. Accuracy depends on calibration and the number of measurement points. In practice, combinations of soil moisture sensors and local weather stations have proven effective for optimally managing irrigation and fertilization.
We develop practical technologies that reduce the ecological footprint while ensuring the productivity of agricultural operations. Our focus is on measurable results in the field.
Resource Conservation Every liter of water saved and every kilogram of fertilizer counts. We optimize processes so that farms achieve more with less input.
Soil as Foundation Healthy soil is the basis of every harvest. Our solutions promote humus buildup, reduce compaction, and protect soil life.
Technology with Measure Automation and sensor technology do not replace the farmer's knowledge, but expand it. We provide tools that facilitate decisions.
Regional Cycles Short transport routes, closed nutrient cycles, and adapted crop rotations – we support farms in becoming more independent and resilient.
Status: January 15, 2025
This page provides information about the responsible entity and the legal framework of the offer from AgrarTech – your platform for modern agricultural technologies and sustainable production solutions.
Operator and responsible for the content of this website is AgrarTech GmbH, based in Austria. Our focus is on the development and mediation of technologies for resource-conserving agriculture.
The company is represented by the management, which is responsible for the strategic direction and compliance with legal requirements.
The company is registered in the commercial register of the competent court.
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