AI Is Boosting Food Production in Russia’s Khabarovsk Krai
The region ranks among the top three in the Russian Far East for the digitalization of agriculture.
In late October, Russia’s Ministry of Agriculture assessed how effectively digital technologies were being adopted across the Far Eastern Federal District (FEFD), including the pace at which artificial intelligence was moving into real-world agricultural operations. The ministry compiled a ranking of agricultural digital transformation across the district. Khabarovsk Krai, Kamchatka Krai, and Sakhalin Oblast achieved the strongest results. Then, on November 6, Russian Minister of Agriculture Oksana Lut and Khabarovsk Krai Governor Dmitry Demeshin discussed the region’s agricultural sector, including its digital transformation, and prospects for further development.
Digital Transformation Across the Region
The region has built up substantial hands-on experience with agricultural digitalization. In 2026, Russia’s Ministry of Agriculture highlighted the adoption of robotics, artificial intelligence systems, and precision farming technologies by agricultural businesses in Khabarovsk Krai.
For example, Vector LLC uses Lely robots in its dairy operations, replacing human milkers entirely. The farm has more than 600 head of cattle and has introduced an intelligent robotic milking system to improve operational efficiency, maintain the quality of its final product, and conserve resources. Most importantly, AI has helped boost production efficiency, with average milk yields rising by 20%.
Khabarovsk Poultry Breeding Plant JSC manages the entire production cycle, from breeding to delivery to consumers. It uses AI to manage operations inside poultry houses and egg production facilities. The system monitors climate conditions, lighting, and the distribution of feed and water. Staff set the required operating parameters, while sensors track conditions in real time. Computer vision technology assesses the state of feeding tables and drinkers, allowing the system to service the birds automatically.
Food processing companies across the region have also automated product packaging and sorting, introduced digital quality control, and implemented product labeling systems for selected goods.
Homegrown IT Solutions
Local IT companies are developing their own technologies for regional farms, including solutions that use satellite remote sensing.
“Together with the Autonomous Nonprofit Organization Tsifrovoy region [Digital Region ANO – ed.note], the ministry has developed the AgroKontrol [Agro Monitoring – ed.note] chatbot for the MAX messenger. It is designed to collect real-time data from agricultural producers on the progress of planting and harvesting campaigns, including the amount of work completed, crop types, and fuel and lubricant consumption.
“We have also established cooperation with the Far Eastern Branch of the Russian Academy of Sciences on applying digital technologies to agricultural development. The work focuses on continuous remote monitoring and oversight of agricultural land use through automated collection, processing, analysis, and visualization of satellite observation data. We plan to integrate this technology into the Agriculture module of the Tsifrovoy dvoynik Khabarovskogo kraya [Khabarovsk Krai Digital Twin – ed.note] platform,” said Eduard Gladun, head of the Investment Development and Land Reclamation Department at the Khabarovsk Krai Ministry of Agriculture.
On September 9, 2026, the regional government approved the creation of the Khabarovsk Krai Digital Twin State Information System. The regional coordination center Digital Region was appointed as both its customer and operator. The platform will bring together geospatial data, land parcel records, and information from government information systems. It will also automate data exchange with other regional and federal government systems.
Platforms for Growth
Since 2023, Russia’s Ministry of Agriculture has maintained a dynamic ranking of agricultural digital transformation, measuring how extensively regions across the country use information technology in the sector. In 2026, the ministry added a new metric: the use of AI by local agricultural authorities.
Today, virtually all rural residents use IT systems in some form. The Republic of Tatarstan has already implemented 17 AI-based systems. In Kaliningrad Oblast, the development of unmanned aerial vehicles (UAVs) for agriculture has become part of the region’s technology specialization, with the Yantarny dron (Amber Drone) program underway. The Republic of Bashkortostan has developed one of the most powerful agricultural drones, capable of carrying a payload of more than 100 kilograms.
Digitalizing production and focusing on specialized capabilities are helping regions build efficient agricultural projects in targeted market niches. These projects create opportunities for local IT companies to win contracts to develop and upgrade digital platforms while helping ensure that residents have access to affordable food.
