Four-Legged Inspector: Robot Dog With 3D LiDAR to Monitor District Heating Networks in Moscow Region
Robot dogs are set to join diagnostics of district heating networks in the Moscow region. Officials from the regional emergency utility service outlined how the technology could be deployed.
As Alexey Monomary, director of MOS AVS, said at the Efficient Resource Supply Organization: From Standards to Digital and Quality forum, the system is being developed by Industriya F. It is a biomimetic robot dog equipped with a 3D LiDAR system. These robotic platforms will be used to inspect hard-to-reach sections of heating infrastructure where human access is limited.
Full-scale rollout is still some way off. Still, given that the Moscow region operates one of the largest district heating systems in the country, even partial automation of diagnostics could set a benchmark for other regions across Russia.
This is not just another experimental device. In practice, it represents deployment of a broader digital stack that combines mobile robotics, LiDAR-based 3D scanning, modeling of potential faults in heating networks, and analytics of the collected data. For residents, that means faster detection of network issues, fewer outages, and more stable heating during winter. For utilities, it reduces inspection time and lowers labor demands on maintenance crews.
From Testing to Deployment: Where Robot Dogs Fit
The main opportunity for these technologies in Russia is to turn robotic platforms into a standard tool for inspecting district heating systems. A robot dog, a tracked drone, or an unmanned aerial vehicle equipped with 3D LiDAR and other diagnostic tools can inspect hard-to-reach areas, build three-dimensional models, detect defects, and feed that data into digital twins of utility infrastructure. Notably, such solutions are already being used not only in the Moscow region but also in other parts of the country.
For the domestic market, the success of such pilot projects would open the door to broader deployment of integrated solutions, from drones to software platforms. As an export offering, the focus is more likely to shift from hardware to software modules that embed proven analytics for processing inspection data.
Toward a Robotic Utilities Sector
Russia’s utilities sector is already moving quickly to adopt digital technologies. Today it operates as a large integrated system with smart sensors and analytics platforms. In the Moscow region alone, a unified utilities control center continuously processes data from 3,500 boiler houses and heating substations.
Robotic platforms fit naturally into this system. Drones are already used to inspect heating networks in multiple regions, including Moscow, St. Petersburg, Kazan, Samara, and cities in the Far East. In 2021, Sibirskaya Generiruyushchaya Kompaniya began inspecting heating networks using quadcopters equipped with thermal imaging systems, making it easier to detect leaks.
Similar approaches are being used in other regions. However, quadcopters cannot always provide detailed inspection of pipelines, especially where access is limited by dense vegetation. Robot dogs help close that gap by operating directly on the ground.
From Demonstration to Standard Practice
The announcement by MOS AVS is not yet a sign of mass deployment but rather a statement of intent to use such robots in real utility infrastructure. Even so, it marks a meaningful step forward.
The Moscow region, which is actively modernizing its utilities sector and rolling out digital technologies, provides a strong testing ground for these solutions. If the pilot succeeds, utilities across Russia could adopt a standardized technology package that includes the robots themselves, data processing systems, digital twins, and centralized dispatch centers.
