“Biogri - Intelligent Image Data Services for Agricultural and Environmental Innovations” is a multidisciplinary project that aims to bring advanced image data analysis solutions from the health sector, based on artificial intelligence, to the use of the agriculture and environmental sectors of Southwest Finland. The project will also develop web-based and remotely usable image data solutions on a broad scale, with the aim to make image data solutions easier and more efficient to use for everyone. Transferring, managing, analyzing and sharing image data will also be made more efficient and environmentally friendly. The project will be carried out by Turku BioImaging, a joint organization of the University of Turku and Åbo Akademi University. Turku BioImaging is known both nationally and internationally as an expert in imaging, with strong experience of 15 years in coordinating, executing, and reporting different types of projects related to imaging. Applying digital image analysis methods for the needs of the environmental and agricultural sectors is very topical. Because of climate change, the need to monitor sustainable agriculture methods and the state of the environment is becoming increasingly important. Advanced image data analysis offers new perspectives and solutions to these challenges, for instance by improving the monitoring of crop health, preventing excess nutrient flow to the Baltic Sea, and promotion of biodiversity. In addition, digital agriculture is currently heavily developed at the European level, and the Biogri project is part of this work. The Biogri project will develop and utilize multidisciplinary image data analysis methods that are independent of the source of the image data. In this way, the project boosts collaboration across sectors and disciplines, which in turn enhances the development of new environmentally sustainable practices that promote adapting to climate change.The Biogri project will successfully combine two spearheads of intelligent specialization of Southwest Finland: pharmaceutical and health technology and innovative food chains. After the project, mature and multifaceted image data services will exist to aid in both testing of new ideas and conducting low-threshold experiments, as well as in more advanced research and product development, in companies such as farms operating in these areas. The project will promote and deepen the interaction and collaboration between universities and companies, and companies will be able to utilize the top-level image data expertise of the universities.