Smarter agriculture through autonomous systems
The agricultural sector is under pressure to operate more sustainably and efficiently. The transition to autonomous and electric vehicles plays a key role in this. This project focuses on developing and testing autonomous vehicles and precision technologies that enhance farm operations and reduce costs.
Context of Use Case 1
Autonomy as a driver of efficiency
By deploying autonomous systems for sowing, harvesting, and crop care, agricultural production becomes more efficient and sustainable. The project focuses on developing a system-independent platform that can be easily integrated with various machines and technologies.
"Autonomous farming systems increase efficiency and sustainability on the farm."
Contribution to the ecosystem and the agricultural sector
From technology to practice
This project contributes to the agrifood sector by:
Developing autonomously operating machines for various agricultural applications
Creating a flexible architecture that can be scaled across different crops
Sharing knowledge within the ecosystem to accelerate the adoption of autonomous systems
Deliverables Use Case 1
More efficient agriculture through autonomous technology
Development and validation of autonomously operating machines
Testing of autonomous systems under various conditions
Integration of precision technology into agricultural processes
Added value for Human Capital
New knowledge and skills for autonomous farming
The implementation of autonomous technology requires new skills and knowledge from farmers and technology partners. This project supports the transition by organizing training sessions and workshops.
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