nutriCLOUD
Pilot for smart fertilising system with sensor, satellite and crop science to reduce nitrate and N-losses in agriculture
Duration: 60 months | 01.09.2020 - 31.08.2025
The main objective of nutriCLOUD is to reduce the N-surplus (N++) and total N-fertiliser amount through implementation of an innovatice technology (based on innovative on-the-go sensor) for plant-specific, optimized, and intelligent variable rate application of nitrogen fertilizer, which is reducing related cost and effects, while providing higher yield rates, and compliance with N-limits according to Nitrate Directive and respective regulations.
Project Goals
- Reduce nitrogen surplus on farms to protect water and soil.
- Improve crop yields and nutrient efficiency.
- Develop and test a hybrid fertilisation system using sensors and satellite data.
- Train farmers and promote sustainable farming practices.
- Prepare the system for commercial rollout across Europe.
Challenges Faced
- COVID-19 caused delays in development and supply chains.
- Patent restrictions required a redesign of the sensor system.
- Supplier changes and technical setbacks slowed progress.
- Despite these issues, the project adapted and met its core objectives.
Achievements
- Developed and tested 9 advanced sensor systems for real-time nitrogen
measurement. - Created a user-friendly cloud platform (agriPORT) for fertilisation planning.
- Successfully trained farmers and deployed systems on pilot farms.
- Demonstrated measurable reductions in fertiliser use and improved crop yields.
- Integrated plant protection features and translated the system into 9 languages.
Environmental Impact
- Reduced nitrogen fertiliser use by up to 10% on test farms.
- Lowered nitrogen pollution in water and air.
- Improved soil health and biodiversity.
- Supported EU goals for cleaner agriculture and climate protection.
What Happens Next?
With the project completed, Agricon is ready to roll out the nutriCLOUD system across
Europe. The technology will help more farmers adopt sustainable practices, reduce
pollution, and improve productivity. The system is now available in multiple languages and
ready for commercial use.
Project Partners
- Agricon Hungary Kft
- SIA Precision Farming
- Agricon-Polska sp.o.o.
