Technologies - Fork Cast

Russia is actively developing technological sovereignty through 8 national projects. One of them is the "Technological Support for Food Security" project with a budget of 260 billion rubles. Putin instructed financial support for farmers for spring work and support for domestic businesses.

In 2024, more than 700 million rubles will be allocated from the federal budget to the fisheries complex of Russia. The funds will be used for research on bioresources and renovation of the institute's premises.

The aim is to strengthen scientific sovereignty and to train specialists.

Scientists from the Pacific University have developed a neural network to predict crop yields in the Khabarovsk region. With an accuracy of 85%, it determines the productivity of various crops in fertile soil using meteorological data, satellite imagery, and soil characteristics. The model obtained will help agronomists optimize resources and reduce risks. Scientists plan to refine the neural network to increase accuracy and expand functionality.

Scientists from SKFU have created a device for monitoring soil and plant growth to improve crop yields. They have developed a method for analyzing soil using a radar system to optimize agricultural processes. The new data allows for carrying out agronomic activities and determining the necessary amount of fertilizers.

Scientists from the Agricultural Research Institute in Crimea have developed improved soil processing devices, including the "Svarog" seedbed cultivator and the pre-sowing combine "Crimea." They have also created a soil loosener for vineyards, improving the conditions for plant root growth.

Company Cognitive Pilot, together with Sber and Cognitive Technologies, has developed an innovative technology for agricultural machinery autopilots, improving the accuracy of artificial vision. The neural network mechanism identifies the boundaries of field sections, allowing for more precise detection. The technology enables autopilots to see even minor changes in field texture and determine boundaries with centimeter precision.