"Bazis" for the first time became a laureate of the "CIPR Digital" award for a project in thermal power engineering

Specialists from "Bazis" deployed the platform in AO "TEK SPb"'s own data centers, covering 16 server systems and data storage systems. Russian YADRO equipment served as the hardware basis for the IT landscape, ensuring complete independence from foreign technologies. The implemented software took over centralized management of virtual machines and load balancing, providing the necessary fault tolerance of the infrastructure. Built-in backup, recovery, and process automation tools support the uninterrupted operation of critical facilities. As a result of the project, the customer received a ready technological basis for further digital transformation, including virtualization of workplaces and scaling of server resources.

"Errors in the energy sector are unacceptable, as they directly affect the supply of heat to residential buildings and social facilities. Therefore, when transitioning from foreign solutions, the customer needed not just an operational migration, but a delicate replacement of the infrastructure core without years of pilot testing. We successfully transferred the company's IT landscape to the Basis Dynamix platform and did so without downtime. The high evaluation of the jury of the award is the best confirmation that our IT products meet the strictest industry standards," commented David Martirosov, CEO of "Bazis".

The "CIPR Digital-2026" award is the sixth annual business award in the field of digital technologies. The award aims to popularize Russian projects and developments in the field of data economy. The award ceremony traditionally takes place within the framework of the "Digital Industry of Industrial Russia" (CIPR) conference.

The infrastructure of AO "TEK SPb" includes 256 boiler houses, 234 central heating points, and almost 5 thousand kilometers of heating networks. The enterprise supplies heat to hospitals, schools, industrial facilities, and residential buildings. The uninterrupted operation of these systems is critically important for the life support of St. Petersburg.