Demeter Technology's objectives of this project focus on enhancing the digital and AI literacy of agriculture/aquaculture professionals, equipping them with practical knowledge of modern digital tools, and bridging the gap between traditional practices and digital innovations. These objectives aim to ensure that professionals in the agriculture/aquaculture sector can effectively use digital solutions for sustainable practices, thereby increasing efficiency, transparency, and data-driven decision-making. After assessing baseline digital literacy levels, identifying barriers to digital adoption, and offering targeted training programs, Demeter seeks to create a well-informed workforce capable of integrating digital advancements into their daily operations.

Demeter Technology is an innovative company specializing in automated feeding solutions for the aquaculture and livestock sectors. As a medium-sized enterprise, we focus on developing advanced automatic feeders that cater specifically to the needs of fish farmers and other animal breeders.

With over 30 years of industry experience, our expertise lies in designing feeders that promote efficiency, sustainability, and improved animal health. Our products include a diverse range of feeders equipped with advanced features such as integrated scales for precise feeding, WiFi connectivity for remote management, and tools for easy cleaning and maintenance. This allows farmers to monitor and adjust feeding schedules from anywhere, enhancing operational efficiency.

Demeter operates within the context of modern agricultural practices, where efficient feeding strategies are crucial to minimizing costs and maximizing productivity. We are committed to European quality standards, providing a two-year warranty and ongoing technical support to ensure our clients achieve optimal results in their farming operations.
Our cloud-based services further enhance our offerings by providing a secure platform for data management, allowing users to access vital information regarding feed schedules, environmental parameters, and overall system performance.