Tula Region Bets on Digital Agriculture to Boost Yields and Efficiency
Agriculture in the Tula region is accelerating its digital transformation. The announcement came during a regional meeting focused on preparations for the spring field season.
In reality, Tula is a challenging region for farming. Climate conditions limit agricultural productivity. Average annual temperatures hover around +4.5°C, compared with 7.2°C in Samara and 12.8°C in the Krasnodar region, one of Russia’s main agricultural hubs. Fewer warm and sunny days result in lower baseline productivity. This makes modern technologies, including applied agritech solutions, essential for building an efficient agricultural system.
Digital Tools in Agricultural Policy
Regional governor Dmitry Milyaev emphasized the role of digital technologies during a government meeting on spring field preparations. The goals are clear: reduce losses, optimize resource use, and ultimately increase productivity and output.
One of the key tools is precision agriculture. The region is deploying autopilot systems and high-accuracy navigation for farm machinery, now in use across more than 70,000 hectares.
Another priority is expanding the use of unmanned aerial systems. In 2025, drones were used to treat more than 7,000 hectares of farmland growing wheat, corn, rapeseed, and oats. Field data shows that drone-based applications can increase crop yields by up to 20%.
At the same time, the region remains at an early stage of its digital transition. Planned sowing areas for 2026 are expected to reach around 970,000 hectares, while total agricultural land stands at 1.84 million hectares. Many farms have yet to adopt digital tools.
Incentives for Agritech Adoption
Regional authorities are introducing financial incentives to encourage farmers to adopt digital technologies. Relevant ministries and agencies will also run training programs to demonstrate real-world applications in automation, robotics, and drone deployment.
The sector also needs more skilled workers. As part of the “Kadry v APK” (Workforce for Agriculture) initiative, 12 agrotechnology classes have been launched across eight rural schools. In 2026, 12.7% of all publicly funded vocational education slots in the region – roughly one in eight students – will be allocated to agricultural training.
These measures are expected to boost output, especially in segments where the region already performs strongly. Tula ranks second in Russia for potato production and seventh for rapeseed, while grain harvests have consistently exceeded 2.5 million tonnes in recent years.
Digitalization across the agricultural value chain is expected to support steady growth in food production, both by increasing yields and reducing field losses. In turn, this enables more efficient resource use, more predictable output volumes, and greater price stability for consumers.
Regional Demand Fuels IT Growth
Agriculture in the Tula region is emerging as a consistent buyer of agritech solutions and a deployment ground for new technologies. More broadly, steady domestic demand is emerging in Russia for locally developed IT and engineering solutions, which is driving new project development.
Other regions are also moving toward digital transformation. In the Vladimir region, digital tools are being deployed in dairy farming and in the cultivation of industrial hemp, miscanthus, soybeans, and blueberries.
In the Republic of Tatarstan, agriculture is undergoing digital transformation at scale, with 17 AI-based systems already deployed. The regional government has allocated RUB 250 million (approx. $2.7M) to support AI adoption.
The Republic of Bashkortostan is expanding the use of agricultural drones. At the first international forum “Unmanned Systems: Technologies of the Future” in Skolkovo, which brought together participants from 76 regions, Bashkortostan ranked first overall.
Demonstration Effect
Further adoption of digital technologies will likely be driven by a “demonstration effect.” Proven economic outcomes in regions with similar climate and farm structures can accelerate uptake in neighboring areas.
Over time, these digitally upgraded regions could become scaling platforms for Russian agritech solutions, with potential for international deployment after adaptation to markets in partner countries with rapidly growing crop production sectors.
Beyond efficiency gains and increased technological independence, agribusiness is also gaining tools to operate under changing climate conditions. The sector needs to remain flexible and adopt technologies that enable more precise management of land and resources.
