
w Bielsku-Białej
address:
Partyzantów 59
43-300 Bielsko-Biała
POLAND
0048 33 816 91 62
biuro [at] arrsa.pl

Opublikowano:
The Data Processing and Al course developed by experts from Plan4all (P4A) covers the complete data lifecycle in agriculture and unfolds how the decisionmaking processes can be supported with agricultural data, advanced processing techniques and AI. From data collection and digital technologies to processing, interpretation, and Al-driven applications, the course participants will get familiar with…

Opublikowano:
The course covers robotic systems, intelligent technologies, and automation transforming modern agricultural practices during all process of the crop production or livestock. It demonstrates how the principles, components and applications of agricultural robotics and the data usage can contribute to improvement of the farming efficiency, productivity, sustainability. Covered topics include the fundamentals of agricultural robotics,…

Opublikowano:
The Precision Viticulture course allows to explore the fundamentals of vine biology, vineyard practices, and the principles of precision viticulture, including vineyard variability, remote sensing, sensors, monitoring systems, and data-driven management approaches. Participants will get familiar with the practical case studies of the usage of digital tools and intelligent systems and the advanced applications such…

Opublikowano:
The Precision Arable Agriculture course developed by JR (Josephinum Research) with the contribution of FederUnacoma privides a comprehensive understanding of how precision farming technologies, digital tools, and automated systems are transforming arable crop production towards greater efficiency, sustainability, and productivity; it explores a long list of topics such as data-driven crop management approaches, site-specific farming…

Opublikowano:
Four online courses on digitalization in precision farming are available online thanks to European Union funding. So far, two topics have been availed to the audience: the basics of the precision farming (“Precision Farming – Basics”) and viticulture (Precision Viticulture). Now, students can expand their knowledge to include two additional topics: “Data Processing and AI”…

Opublikowano:
The Agri‑Digital Growth project has officially begun publishing five new free online courses in the field of precision farming. Their aim is to strengthen digital skills in the agri‑food sector in Central Europe and to improve the competencies of precision‑farming specialists. The courses were developed by experienced educational partners and respond to the needs of…

Opublikowano:
Many small and medium-sized farms lack the necessary digital skills, resources, and access to technical support to adopt advanced technologies such as Earth observation, artificial intelligence, Internet of Things (IoT) systems, robotics, or blockchain-based traceability. The Czech Living Lab focuses on co-designing, testing, and scaling digital solutions, improving digital literacy, and connecting Czech agriculture to European…

Opublikowano:
Josephinum Research has launched a Living Lab in Wieselburg, Lower Austria. The key problem addressed by IsoCraft, and consequently by the Living Lab, lies in the usability gap of ISOXML data. IsoCraft is an intuitive software application, which bridges the gap between the rigid complexity of an international standard and the practical needs of end-users. …

Opublikowano:
The Agro-Robotics LL serves as a collaborative platform where researchers, SMEs, technology providers, advisers, students, and farmers co-design, test, and validate innovative robotic and sustainable solutions. On the technological side, the Living Lab will validate and demonstrate advanced solutions in robotic navigation, targeted spraying, automated harvesting and integrated energy and water management through the canopy-based…

Opublikowano:
The aim of the Hungarian living lab of two partners: Hungarian University of Agriculture and Life Sciences and Linz Center of Mechatronics from Austria is an assessment of vertical variability in vineyard canopy architecture through RGB-based imaging and spectral vegetation indices (NDVI and PRI). Moreover, this living lab will work as a link between technology…