Russia’s Push for Digital Sovereignty Yielding Mixed Results

Russia’s Push for Digital Sovereignty Yielding Mixed Results

Executive Summary:

• Russia’s digital sovereignty push is multi-pronged, encompassing software, operating systems, hardware, and telecommunications. Kremlin directives have mandated that all critical infrastructure organizations (CIOs) replace foreign software and hardware with domestic alternatives by 2030, backed by billions in state investment.
• Domestic Linux operating system (OS) distributions, led by Astra, have expanded significantly following the Kremlin’s full-scale invasion of Ukraine. Astra now controls over 70 percent of the Russian-made operating system (OS) market, with ALT and Aurora filling gaps in state-enterprise and mobile technologies.
• The push to develop sovereign hardware has encountered serious setbacks. Baikal Elektroniks, a primary recipient of state support, faces persistent engineering shortages and high chip defect rates, prompting the Kremlin to consider forming a new state enterprise with up to one trillion rubles in subsidies.

The Kremlin’s drive for digital sovereignty has been multi-pronged, encompassing all areas of information technology (IT). Russian officials have voiced concern that continued dependence on Western technology could enable oppositional state-sponsored hackers to access Russian assets. This concern has led to a series of Kremlin directives aimed at replacing existing operating systems (OS) and hardware with Russian-developed equivalents. 

In early March, Baikal Elektroniks, a Russian technology company, announced plans to ship at least 1.5 million new Baikal-U microcontroller chips over the next five years (IXBT, March 3). Baikal Elektroniks originally relied on Taiwan for manufacturing their designs, but access to production stopped because of sanctions following Russia’s full-scale invasion of Ukraine. The company, which has been working on domestic processor chip development since 2012, has continually struggled to fill senior engineering roles in physical design. These roles have been vacant for years, according to the firm’s general director (BFM.RU, October 24, 2025). Despite high levels of government support, over half of the chips that Baikal produced in 2025 were defective (Vedomosti, August 1, 2025).

In November 2025, Russian Prime Minister Mikhail Mishustin announced that the Kremlin had allocated 250 billion rubles ($3.4 billion) to develop the technology sector between 2026 and 2028. According to Mishutsin, the Kremlin invested over 300 billion rubles ($4.2 billion) in the sector from 2022 to 2025 (Vedomosti, November 14, 2025). Baikal Elektroniks was one of the main recipients of this support (Kommersant, November 16, 2021). According to the Russian IT press, the Kremlin is also planning to form a new state-owned enterprise to direct the domestic development of “microelectronics” (processing chips) with up to a trillion rubles ($13.5 billion) in subsidies, likely in response to existing companies’ continuing struggles. Denis Frolov, the Russian founder of the Astra Linux OS, has been floated as the enterprise’s potential chief executive officer (CEO) (CNews, January 21).

Russian federal directives have pushed all Critical Infrastructure Organizations (CIOs) to replace foreign OSes and software with domestic versions by 2030. This process is formidable given the dominance of Windows, Android, and Apple in the global OS market. Russian Digital Minister Maksut Shadayev announced in November 2025 that CIOs that had failed to transition to domestic OSes would be financially penalized (Gazeta.ru, November 11, 2025). The Russian Ministry of Digital Affairs maintains a database of Kremlin-approved software. Access to the database is blacklisted for internet protocol (IP) addresses or virtual private networks (VPNs) outside of Russia, but a screenshot in the Russian IT press from May 2025 listed nearly 22,000 approved software programs in the database (Habr, May 28, 2025).

Russian domestic OSes are largely based on the Linux operating system, which is open-source, enabling a vast amount of customization. Russian technology company RusBITech developed the Astra Linux OS in the 2000s to meet the information security requirements of the Federal Security Service (FSB) and the Russian Ministry of Defense, replacing Microsoft Windows. Astra Linux has several special features that isolate and containerize individual applications to prevent unauthorized access to higher levels of the OS. Astra can run on traditional hardware systems, such as IBM’s System Z mainframes and mobile devices, as well as the popular x86-64 and ARM central processing unit (CPU) systems (CNews, March 27, 2023). 

Astra now controls more than 70 percent of the Russian-made OS market (TBank, July 18, 2025). The Kremlin is replacing as many OSes as possible with Astra, making its founder, Denis Frolov, a billionaire in 2024 after the firm went public on Moscow’s stock exchange (NNOnlain, May 22, 2024). 

Other Russian-made Linux distributions have emerged to fill in the gaps, including ALT Linux. ALT boasts a larger software developer base than Astra and is used by some Russian state-owned enterprises (SOEs), including the country’s energy grid. Russia’s largest digital services provider, Rostelecom, is in the process of acquiring a stake in ALT (CNews, November 13, 2025). Aurora Linux, a third Russian-made Linux distribution, targets the mobile device market. The Russian Ministry of Trade has suggested integrating the Aurora OS into automotive software platforms used in vehicles sold in Russia (CNews, April 9).

It remains difficult to assess how widely domestic OS solutions have been adopted because demand for pirated copies of the Windows OS skyrocketed when Western IT firms exited the Russian market following the Kremlin’s full-scale invasion of Ukraine. Former Soviet states have traditionally played a major role in illegally downloading software (Kommersant, June 27, 2022).

The push to develop sovereign Russian hardware faces larger challenges than domestic software creation. Limits include access to raw materials, electronic engineering expertise, and manufacturing capabilities necessary to produce semiconductors capable of replacing imported technologies. The exit of Western technology companies in the aftermath of the full-scale invasion of Ukraine has left the Russian economy with legacy hardware and the need to either develop alternatives or bypass import restrictions via trade partners. Russia imports a growing proportion of its sanctioned technology from the People’s Republic of China (PRC). On the other hand, the PRC remains heavily dependent on Western OS technology for desktop computers. The Kremlin’s relative success—or at least progress—in developing a domestic OS ecosystem offers a point of comparison for the PRC, which is also pursuing OS independence (Statcounter, April 2026).