Tatarstan’s Digital Command Center: MIDIO Is Changing How Public Infrastructure Is Managed
Tatarstan plans to connect more schools, health care facilities and other public buildings to MIDIO, an automated information system. The goal is to move beyond responding to equipment failures toward continuous infrastructure monitoring and predictive maintenance.
MIDIO currently allows control-room operators to monitor the condition of building systems at 20 facilities, including schools, kindergartens, a clinic, an ice arena and a theater. The number of connected facilities is expected to double to 40 by the end of 2027.
The platform was developed by the Center for Process Management of the Republic of Tatarstan LLC. It monitors heating, ventilation, elevators, fire and security alarms, power supply, air conditioning and other building systems. Sensors are polled around the clock at intervals of one to five minutes. Facility managers can access all the information from an office computer or mobile phone. If a malfunction occurs, the system sends an alert identifying the cause and the expected repair time. It also automatically creates a work order, assigns responsibility and tracks its completion.
The system also monitors the remaining service life of installed equipment, automates scheduled maintenance, creates work schedules, assigns tasks to contractors and records maintenance activities. It stores all documentation related to a building’s engineering infrastructure.
The platform has already delivered measurable economic benefits. Its data, for example, showed that electricity consumption for ventilation could be reduced by a factor of 3.6, while construction costs for a single school could be cut by 56 million rubles (approximately $675,000).
An artificial intelligence module is scheduled to go live in MIDIO in November. It will help technical staff identify possible causes of equipment failures. The platform is built entirely on Russian technology, from software to hardware and components, and is listed in Russia’s Register of Domestic Software.
From Building Monitoring to a Unified Regional Platform
MIDIO is set for wider deployment across Tatarstan in the near future, but the system could also be used in any other Russian region.
The platform already incorporates AI capabilities, making predictive analytics the next stage of development. As MIDIO accumulates large volumes of data from each facility, it will do more than respond to malfunctions. It is expected to forecast equipment failures, rank incidents by severity and identify abnormal energy consumption.
The technology could also find applications well beyond public-service facilities. MIDIO’s architecture can be deployed at any site equipped with smart sensors and devices for controlling building engineering systems.
Russian Building Automation Technologies
Digital building management systems have been gaining traction in Russia over the past several years.
In 2022, Ruselectronics, a holding company within the Rostec State Corporation, introduced a supervisory control and data acquisition (SCADA) system for monitoring building systems and industrial facilities. In 2023, real estate developer Samolet Group deployed its Droid Energy Manager system at the Bolshoye Putilkovo school in Krasnogorsk. The system collects data from more than 300 sensors and automatically controls indoor climate conditions. It was the first reported deployment of this type of technology at a Russian educational institution. In 2025, Rosatom Infrastructure Solutions JSC began deploying its Infrastructure IoT Platform at municipal facilities in Balakovo, Saratov Region. The platform automates the collection and transmission of utility-meter data and monitors the quality of services provided by utility companies.
Regional and Federal Potential
MIDIO is neither the first nor the only system of its kind. Its distinguishing feature is that it was developed at a region’s request as a digital product intended for deployment across an entire republic. The platform brings different categories of public institutions into an unified regional platform rather than operating as a standalone solution for individual buildings or projects.
If the system demonstrates clear economic benefits and delivers results in large-scale operation across Tatarstan, other Russian regions could take an interest in adopting it. Expanding the use of intelligent building-management systems at public facilities is also one of the priorities set by the federal government.
