LABORATORY
IN THE FIELD
By harnessing the power of Earth Observation Data, Soil Sensors, and Robotics, we are pawing a way towards a sustainable and efficient future in agriculture through the implementation of Smart Farming Applications.
Near real-time
mapping results
Reduce the need
for lab samples
Precise and cost-effective
soil maps.
5 Smart Farming
Applications
ABOUT THE PROJECT
We are developing a smart soil mapping service. Combining multi-level, multi-technology approaches, SQAT offers high-resolution soil property maps and tailored solutions for farmers. Using autonomous robot-mounted sensors and innovative in situ analysis tools, the SQAT system enhances productivity while reducing costs.
SMART FARMING
APPLICATIONS
Variable rate
liming
Variable rate
seeding
Variable rate macronutrient fertilization
Variable depth
tillage
Carbon farming MRV solution
USE CASES
We work with farmers and food companies in 7 use cases across Europe to ensure that we develop results to meet their specific needs. Each use case represents a different context, with different climate, different soils, and different cultivations.
- Prevention & remediation of soil compaction and acidity
- Variable-Rate Liming to Optimize Crop Yields and Improve Resource Efficiency in Germany
- Milk supply chain sustainability programme with Regenerative Agriculture practices
- Improved soil management & profitability for intensive potato farming
- Improving soil management to reverse long-term trends of declining fertility
- Smart soil sample collection and field analysis in Switzerland
- Higher resource efficiency and yield resilience to safeguard food security
OUR PARTNERS
The SQAT consortium includes seven innovative
agritech companies and four leading research institutes:
Non-profit organization dedicated to promoting eco-innovations in the Balkan region. They connect stakeholders to advance research and innovation projects focused on green and sustainable sectors.
Geospatial consultancy offering strategic innovation support for better use of geospatial data. Through its BioScope service, AeroVision provides soil, vegetation, and weather-related information to farmers, advisors, and food processors. BioScope won the Galileo Masters NL award in 2020
A leader in bioeconomy research. ATB explores the intersection of biological and technical systems to develop a bio-based circular economy across agricultural, food, industrial, and energy sectors.
Multi-disciplinary applied science institute. Its ENoLL-certified Agrifood Technology lab co-creates precision farming innovations with a multi-stakeholder approach. The Plant Science Unit specializes in soil research, including SOC monitoring and soil compaction projects.
Ag Tech company that specializes in Measurement, Reporting, and Verification on farms and in nature. The Senus Geo Spatial platform manages large-scale soil health, carbon, biodiversity, and water quality data, enabling verified environmental performance.
Specializes in developing intelligent products using microsystem technology, from concept to production. Their solutions include sensors, actuators, system integration, communication tech, software development, lab-on-a-chip, analytics, and microelectronics.
Robotics start-up specializing in developing solutions for challenging environments. They handle all mechanical, electronic, and software aspects in-house, working with research institutes and universities. Their experience spans agriculture, industry, logistics, and research.
Develops and shares practical knowledge about precision agriculture to advance the sector. They facilitate networking and collaboration within their international community and work on developing, testing, and validating new innovations to accelerate adoption in precision farming.
Enhances Serbia’s agricultural sector through soil sampling and consulting services. Using ICT, sensors, and earth observation technologies, they optimize sampling techniques with GNSS, satellites, and UAV imagery. They create detailed terrain maps for sampling zones and provide fertilization recommendations based on soil results and satellite data.
International precision agriculture center focused on enhancing agribusiness efficiency. They provide tools for maximizing profits per hectare, including soil analysis, precision farming technologies, site-specific seeding, and variable rate fertilizer application.
Part of the Deloitte network, OFI offers innovation services to corporates, public organizations, and startups in collaboration with universities and VCs. Their services include Innovation Advisory, Open Innovation Programs, New Ventures, and Incubation. They help businesses innovate, launch products, and develop new technological solutions.
A dynamic university focused on applied science, contributing to Eastern Switzerland’s economic and social development. The institute specializes in research and development in automation and robotics, collaborating closely with industry for effective technology transfer.
Synergies
