Introduction of innovative polypropylene frames and a hive monitoring system, significantly improving bee welfare and the quality of bee products.

The aim of the project was to breed a new, heavier meat goose and develop a sustainable feeding system based on domestic, GMO-free components.

The use of gold nanoparticles to sort bull sperm can significantly increase the number of female calves, reduce insemination costs and improve conception rates.

Production of top-quality turkeys using complete feed mixtures based on ensiled feed materials with natural moisture content.

​Improving bird welfare during transport through the development and implementation of a method optimizing the transport of turkeys from breeders to the poultry processing plant.

Implement significantly improved technology in the form of a digital tool that enables fast and accurate management of high-quality turkey meat production, based on continuously collected objective data regarding environmental parameters from selected facilities.

Develop and implement technology for breeding laying hens and producing chicken eggs using intelligent automatic measurement of microclimatic conditions, thermal surveillance of animals and litter - the well-being of laying hens, by developing a "smart hen house" technology that takes into account aspects environmental protection

Development of an innovative technology for the on-farm rearing of slaughter turkeys, without antibiotics and with increased welfare, which will be simultaneously verified under farm conditions taking into account economic aspects.

Develop an innovative technology for analyzing the chemical composition of milk and fermentation gas sensors (methane, carbon dioxide) online, combined with automatic micro-dosing of feed additives in milking robots to reduce the emission of ammonia, methane, and carbon dioxide into the environment.