INTELLIGENT

The INTELLIGENT potato variety is grown using modern agrotechnologies, including the use of weather stations and sensors for monitoring field conditions. This approach allows for precise data collection on soil and environmental conditions, which contributes to optimizing cultivation processes and increasing yield. Special attention is paid to drip irrigation and soil analysis, ensuring efficient resource use and improved product quality.

Modern potato storage methods also play a crucial role in preserving quality and extending shelf life. The implementation of innovative storage technologies significantly reduces product losses and lowers greenhouse gas emissions, contributing to sustainable agriculture. These achievements will help ensure food security and meet growing population demands in the future.

Scientific research conducted at leading technological universities has shown that seed potato growth directly depends on the microbiological composition present on tubers. Using artificial intelligence models that combine microbial genetic data with visual plant analysis via drones enables predicting growth potential and identifying factors that accelerate or slow down development. In particular, bacteria of the genus Streptomyces promote faster growth, opening new opportunities for enhancing the efficiency of INTELLIGENT potato production.