The mining industry is increasingly recognising the importance of digitalisation, particularly in the field of geology, which is one of the most knowledge-intensive sectors. However, the pace of digital transformation in Central Asia is lagging behind the demands of the business and global investment markets. This article explores how Kazakhstan and Uzbekistan are addressing this issue through strategic programmes aimed at expanding their mineral resource bases.
In the competitive landscape of critical minerals, the integration of digital technologies is essential for success. From forecasting and assessing mineral reserves to product exportation, the mining industry must embrace digital solutions. Despite the existence of scientific literature and discussions at strategic business forums, the application of AI, big data, and machine learning remains limited to isolated practices. A systematic approach is needed to harness geological information effectively, and both Kazakhstan and Uzbekistan are developing their own transformation scenarios.
Kazakhstan has made significant strides since the launch of a unified subsoil use platform in 2025. By August 2026, the country completed the digitisation of geological information, processing over 4.8 million archival materials, marking a revolutionary step that could serve as a model for other Central Asian nations. Meanwhile, Uzbekistan announced the creation of a National Geological Data Base, aiming to digitise 36,000 reports and establish a Centre for Technological Transformation, which is expected to double the quality and speed of geological data generation and modelling.
Experts at the MINEX Kazakhstan 2026 forum highlighted that the digitalisation of geology is a matter of survival rather than prestige for Central Asian countries. Traditional methods are no longer sufficient to ensure growth or replenish mineral resources, especially as older deposits are depleted and ore quality declines. The key challenge is not just the quantity of reserves but the effective management of geological data and decision-making based on that data. Currently, only 21% of geologists in Kazakhstan have access to modern data transmission networks, significantly delaying project timelines.
A critical barrier to digitalisation is the skills gap, particularly in the intersection of IT, big data, and geology, which are essential for quality predictive analysis. The reliance on foreign software and the lack of local intellectual resources hinder the rapid development of homegrown solutions. The competition for skilled professionals in IT and data science is fierce, with companies vying for talent by offering lucrative salaries.
Another significant obstacle is the absence of unified standards for geological information, although Kazakhstan has made progress in this area. Without the integration of historical data, its value diminishes, and investors are less inclined to engage. To improve the situation, experts suggest a shift in focus towards innovative priorities within the industry.
The Ministry of Industry and Infrastructure Development of Kazakhstan has begun practical steps to implement neural network models in geology, collaborating with the National Geological Service and Astana Hub. This initiative is supported by EPAM Kazakhstan and aims to address the skills shortage by training geologists in big data and machine learning techniques.
The article also discusses various applications of AI in modelling mineral deposits and the use of digital tools in geophysical exploration across Kazakhstan and beyond. Companies are employing advanced methods such as 3D modelling and machine learning to enhance the accuracy of geological assessments and streamline operations. As Kazakhstan embarks on a state programme to study 20 areas for detailed geological surveys, the integration of IT tools will be crucial for achieving its resource potential.
In conclusion, Central Asia is undergoing a significant transformation in its geological sector, which will ultimately determine the success of the entire mining industry in the region. The future of geology in Central Asia hinges on the successful implementation of digital technologies and the establishment of an open ecosystem for geological information, positioning countries like Kazakhstan and Uzbekistan as high-tech hubs in the Eurasian landscape.
