Rosatom took part in the
conference "Digital Industry of Industrial Russia"
("CIPR-2026"), that ended on May 21, 2026 in Nizhny Novgorod. This
year, special attention fr om the corporation’s speakers at CIPR focused on the
implementation of artificial intelligence technologies in industry,
strengthening the resilience of critical information infrastructure, the
development of domestic ERP systems, and workforce training for the digital
industry.
At the conference, Rosatom Director General Alexey Likhachev reported to Russian Prime Minister Mikhail Mishustin that over the past year, the corporation had achieved an import substitution rate of 92% in key classes of software and ensured full import substitution at significant critical information infrastructure facilities. The corporation is now developing digital platforms for managing product life cycles, including mathematical modeling systems and digital twin technologies. Through the Institute of Joint Projects and cooperation with industry centers of competence, new products are being developed using Russian software.
"We are implementing flagship projects in six industries: nuclear, aviation, automotive, space, construction and mechanical engineering. As part of these projects, we implement digital platforms for product lifecycle and mathematical modeling systems. Currently, our systems are successfully applied in more than 4,500 industrial companies. By 2030, we plan to surpass the functionality of domestic solutions in relation to world leaders – this task is being solved within the framework of the Institute of Joint Projects," emphasized Alexey Likhachev.
At Rosatom exhibition stand Mikhail Mishustin was demonstrated solutions
for life cycle management of industrial objects, design environments based on T
Flex PLM and REPEAT, Logos modeling system and AtomMind industrial artificial
intelligence platform.
In addition, as part of the exhibition, visitors to the booth were able to
interactively experience the process of controlling an SNPP unit with a
RITM-200N reactor, following the instructions of the Operator Information
Support System (OIS). Also, for the first time, typical powerful computing
servers developed and manufactured by Rosatom specifically for use as part of
automated control systems for nuclear power plants and other significant
industrial facilities were presented. JSC TVEL presented an innovative approach
to equipment monitoring and predictive analytics using a lithium-ion battery
(LIB) produced by Rosatom’s Fuel Division. Artificial intelligence tools
implemented on the basis of the AtomMind platform allow analyzing battery
operation data, leading to full transparency of equipment operation. In the
future, the accumulated data will go back to the battery design stage, which
will make the next versions of the products more prepared for the operating
conditions. JSC Engineering and
Technical Center “JET” presented a simulator based on a comprehensive
mathematical model of vehicle systems implemented in REPEAT (Real-time Platform
for Engineering Automated Technologies). During the demonstration, the visitors
had an opportunity to control the car simulator within the digital testbed. All
system changes were displayed in real time on the instrument panel available to
all participants. The presented solution demonstrates how domestic digital
tools enable analysis of interdisciplinary systems through modeling, while a
virtual testing environment allows optimization before physical prototypes are
created. The integration of REPEAT and T-Flex PLM ensures a system-oriented
approach to product development, creating a unified engineering ecosystem.
As part of the business program, Rosatom held a session entitled
"Frontiers of Innovation: Synergy of Business and Government in the
Development of Science and Technology". The participants discussed trends
in technological development in the context of import substitution, emphasizing
the importance of cooperation between science, business and the regulator.
Rosatom’s Director for Information and Digital Technologies, Evgeny Abakumov,
highlighted the need for a strategic approach to industrial development and
noted that digital transformation is impossible without fundamental changes. In
his opinion, companies need to focus on creating integrated products with a
digital profile and carry out strategic planning for decades ahead, despite
possible risks and challenges in the field of innovation.
At Rosatom’s session “Time of Firsts: Quantum Computing for the Real
Sector,” Director for Quantum Technologies Ekaterina Solntseva presented key
results achieved under the quantum computing roadmap led by Rosatom. She
reminded that Russia has created prototypes of quantum computers on key
physical platforms, domestic versions of all major quantum algorithms, as well
as a developing stack of its own quantum software. This positions the country
to gain a competitive advantage in applying quantum computing technologies.
Overall, participants of the session noted a transition to a new stage in the
development of Russia’s quantum sector, wh ere interest in technology has
shifted toward practical application, with industry stakeholders themselves
formulating problems to be solved using quantum computing.
Irina Vlasova, Vice President for Digitalization and Information
Technologies of JSC Atomstroyexport (managing company of the Engineering
Division), speaking at the session "Replacing and Winning: Effectiveness
of New IT Solutions" at the CIPR-2026 forum, presented the company’s
position on the implementation of new IT solutions in industry, emphasizing the
importance of flexible digitalization approaches and open standards to avoid
vendor monopolies. According to her, Atomstroyexport today needs not a monopoly
designer from one vendor, but a configurator of solutions from different
manufacturers. This is the only way to take into account real business
constraints.
CEO of Rosatom Automated Control Systems, highlighted the importance of
system architecture design in ensuring efficiency, reliability, and resilience
of industrial infrastructure. According to him, the efficiency, reliability and
sustainability of the technological infrastructure should be established at the
stage of design and formation of the architecture of the entire production
process. At the same time, the role of a qualified customer who has a clear
idea of what tasks automation should solve and what effect it should provide
becomes more and more important every year. Andrey Butko paid special attention
to the integrated approach to ensuring the sustainability of industrial
facilities: from the inclusion of the necessary elements in the architecture of
solutions to testing and certification of the applied software and hardware.
Evgeny Garanin, Vice President for Digitalization and IT at TVEL (the
managing company of the Fuel Company of Rosatom TVEL), spoke about IT updated
in industry on the sidelines of CIPR-2026. One of the main topics was the
upgrade of the Atommind industrial AI platform to version 2.0. Now the solution
developed by TVEL will have a single window for quick commissioning of AI
solutions due to the possibility of reusing models, ensuring their full life
cycle and certification. Its release is scheduled for the fourth quarter of
2026. Moreover, on the sidelines of CIPR-2026, the platform's partner ecosystem
was presented to promote industrial AI technologies at Russian enterprises.
At the forum, Rosatom and its companies signed a number of agreements. In particular, Rosatom signed agreements with key partners on the development of import-independent industrial automation solutions. Greenatom and Astra Academy, a non-profit organization for the development of information technologies and digital competencies, joined efforts to train personnel in the design, implementation, operation and development of Russian system software for the IT landscape of critical information infrastructure (CII). Rosatom Automated Control Systems (RASU, Automated Control Systems and Electrical Engineering Division of Rosatom State Corporation) and TREI signed a cooperation agreement for the development of integrated Russian solutions in the field of industrial automation, as well as a memorandum on mutual cooperation and interaction in the field of digitalization of industry and energy with MC KER-Holding (managing company of the Industrial Cluster of the Republic of Tatarstan).
About Rosatom
Rosatom State Corporation is a global technology corporation bringing
together expertise in energy, mechanical engineering, information technology,
and other industries. The corporation is actively replacing imported software,
implementing artificial intelligence technologies, and ensuring the resilience
of critical information infrastructure. Rosatom is developing its own network
of data centers and creating digital products, including engineering analysis
solutions and high-end PLM systems. The corporation comprises more than 450
enterprises and organizations employing approximately 420,000 people.
The “Digital Industry of Industrial Russia” conference (“CIPR-2026”) is a
major business event ranked among the five largest conferences in the field of
digital economy in Russia. For many years, it has served as a key platform for
discussing the digital transformation of society and key sectors of the
economy.
The Government of the Russian Federation and regional authorities, in partnership with major Russian companies, place great emphasis on improving the quality of life of the country’s population. These efforts include accelerating the implementation of national projects, comprehensively improving citizens’ housing conditions, and increasing the accessibility of healthcare services. Through the implementation of comprehensive large-scale infrastructure programs, businesses and citizens gain new opportunities, while regions receive a long-term impetus for development. Rosatom and its enterprises take an active part in this work.
