Event
AgriTech AI Vision Day: adding value with image data and AI
4. May 2026
08:30 - 15:30
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How is AI-supported image processing transforming agricultural technology - now and in the coming years? At the AI Vision Day at AgriTechHUB, you will meet leading researchers, innovative companies and visionary start-ups to shape precisely this future. Experience a day full of insights, practical applications and real co-creation. Discover what solutions are already working in computer vision, what challenges we need to solve together as an industry - and where the next big steps lie.
At the AgriTech AI Vision Day at the AgriTechHUB, experts from research institutions, companies and start-ups met in Freising to discuss the future of AI-supported image processing in agricultural technology. The focus was on specific applications, key challenges and the transfer of innovative solutions into practice. It became clear: The technology has come a long way - now it's the implementation that counts.
How is AI-supported image processing transforming agricultural technology - today and in the coming years? This question was the focus of the AgriTech AI Vision Day, which the AgriTechHUB hosted at the Creativity and Innovation Lab at Weihenstephan Triesdorf University of Applied Sciences (HWST) in Freising. The aim of the event was to make current developments tangible and to specifically promote the exchange between research, companies and start-ups.
The morning offered top-class impulses from different perspectives: Prof. Dr. Florian Haselbeck from Weihenstephan-Triesdorf University of Applied Sciences presented AI-supported plant protection early warning systems and showed how data-based approaches can detect risks at an early stage. "I am convinced that AI is a key tool for the agriculture of the future, for example to use resources such as pesticides and fertilizers in a more targeted manner. At Weihenstephan, we are actively shaping this development: through application-oriented research as well as modern, future-oriented content in our degree courses," says Prof. Haselbeck. Prof. Dr. Torsten Schön from Ingolstadt University of Applied Sciences provided insights into the status of autonomous driving in the automotive industry and derived relevant developments for agricultural engineering from this. Markus Riedi from Opto GmbH presented innovative approaches to AI-supported microscopy and their potential for future applications in agriculture.
In the ensuing discussion, it became clear which challenges need to be addressed in order for AI-supported image processing to be used successfully in practice. A key prerequisite is high-quality and sufficiently extensive data sets - especially in the complex and dynamic environment of nature. At the same time, a sound understanding of AI technologies is required in order to realistically classify and make targeted use of their potential. "However, the decisive lever lies in the implementation: solutions must be scalable, robust and practical," emphasizes Christian Metz, Head of the AgriTechHUB at Bayern Innovativ.
Another highlight of the program was the start-up pitches from the TUM Venture Lab and the Bavarian AgriTech environment. Companies such as AGAi, Karevo, KIREAP, TALOS and FeldSchau presented their innovative approaches and impressively demonstrated how new technologies can be used in practice.
The program was supplemented by practice-oriented workshops in which the participants worked together on specific issues - in cooperation with Fendt and the Weihenstephan-Triesdorf University of Applied Sciences, among others. The event also offered numerous opportunities for networking and the development of concrete cooperation approaches.
A particular highlight was the presentation of the first white paper "AgriTech Bayern: Where the industry wins tomorrow - technologies and levers for competitiveness", which was developed under the leadership of Joseph Schapfl, part of the AgriTechHUB. The publication highlights key lines of development and provides important impetus for the future direction of the industry.
The conclusion is clear: research in the field of AI-supported image processing is already well advanced. The task now is to systematically translate these findings into marketable applications. What is needed are integrated, economically viable solutions that offer farmers real added value. Innovation is not created in isolation, but in close cooperation between companies, research institutions and start-ups. This is precisely where the AgriTechHUB comes in and creates an ecosystem in which viable solutions are developed together.
- Impulses from science and practice
Experts - including from Weihenstephan-Triesdorf University of Applied Sciences, Ingolstadt University of Applied Sciences and Opto GmbH - will discuss current challenges, best practices and requirements for AI-supported image processing. - Start-up pitches
Young companies will present innovative solutions from the TUM Venture Lab and the Bavarian AgriTech ecosystem, including AGAi, Karevo, KIREAP and TALOS. - Practice-oriented workshops
In an interactive group format, you will work on specific technical topics from Fendt and HSWT or develop your own focus topic that you would like to contribute. - Whitepaper preview
Look forward to the first presentation of the whitepaper "AgriTech Bayern: Where the industry wins tomorrow: Technologies and levers for competitiveness" - Networking
Make new contacts, exchange ideas and develop concrete next steps for the AgriTechHUB ecosystem.
Joseph Schapfl,
AI in agriculture: from image analysis in the field to digital crop protection early warning systems
Torsten Schön,
Torsten Schön,
Prof Dr. Heinz Bernhardt,
Presentation of white paper
"AgriTech Bavaria: Where the industry wins tomorrow - technologies and levers for competitiveness"
Joseph Schapfl,
AGAi develops AI-based Soil Intelligence for agrifood producers and processing-related supply chains. Our models predict yield, quality and harvest times based on soil, climate and cultivation data months in advance. For the first time, we are enabling more predictable, resilient and efficient production systems - from field to processing
KIREAP is an AI and DeepTech startup that bundles agricultural data and goods flows from the field to the customer in an integrated, digital ecosystem.
By combining satellite data, AI, blockchain and quantum technology, KIREAP develops innovative solutions for efficient and sustainable agriculture.
While farmers reduce their farming costs and increase yields, buyers gain planning certainty and transparency for their supply chain and climate goals.
Insurers and authorities benefit from lower monitoring costs.
TALOS is a Munich-based NewSpace start-up that develops satellite-based IoT technology for tracking wildlife and livestock from space. Lightweight, solar-powered tags record location, movement, temperature and acceleration data and transmit it via a CubeSat constellation. The technology enables sensor-based data collection from remote regions - with direct applications in livestock monitoring, pasture analysis, early detection of animal diseases and wildlife protection.
FeldSchau GmbH develops digital products that simplify, accelerate and objectify complex observation and analysis tasks for plants, animals and the environment. Founded in 2024 in Ingolstadt from the Ingolstadt University of Applied Sciences and the Weihenstephan-Triesdorf University of Applied Sciences, we support the "green industry" in its daily tasks. Our vision is to record the status of plants and animals in production and ecosystems in an automated, reliable and scalable way.
Joseph Schapfl,
Making research projects and university collaborations effective from a business perspective - how to make collaboration more attractive, accessible and practical
Dr. Tobias Nothdurft,
Joseph Schapfl,