"Jet Infosystems" completed the first stage of digitalization of the geological service of Moscow

2025: Creation of the system "Geology 2.0"

The Jet Infosystems company has created an automated Geology 2.0 system for the Mosgorgeotrest State Budgetary Institution. The decision was a key stage in the digital transformation of engineering and geological surveys in Moscow. The Jet Infosystems company announced this on December 4, 2025.

GBU "Mosgorgeotrest" is an organization in the field of engineering surveys, the official geological, geodetic and cartographic service of the capital. The structure of the enterprise includes a fleet of drilling equipment, laboratories and its own production base. Previously, the divisions used various IT tools, including outdated developments, which made it difficult for data exchange and operational interaction of specialists.

The goal of the project was to create a single platform that combined the results of geological, geodetic, cadastral and environmental research. The Geology 2.0 system provides Mosgorgeotrest with the consolidation, consistency and relevance of all received. data

The solution architecture is based on the Russian containerization the "" platform, Steering wheel which allows you to centrally manage computing resources and monitor solution components. And the secure development standards from Jet Infosystems have reduced the risks associated information security with the customer.

The project "Geology 2.0" is an important step in the implementation of the Mosgorgeotrest digital transformation strategy. Together with our partner, Jet Infosystems, we have formed a roadmap for the development of the IT environment and identified a targeted architecture that will provide a reliable basis for further growth in the level of digitalization, - said Mikhail Sorokin, First Deputy Manager of the State Budgetary Institution Mosgorgeotrest.

{{quote 'The development of software parts was carried out by different teams, both by the customer's specialists and by our forces, - said Roman Rutta, head of the digital transformation group "Jet Infosystems." - With the help of our chosen flexible modern architecture, it was possible to seamlessly combine modules developed by different teams into a single solution. This approach made it possible to reduce the development time and diversify the risks of resource shortages on the project. }}

For 2026-2027, the project is planned: integration of the system into the Mosgorgeotrest IT environment, development of the laboratory data processing subsystem, automation of field and drilling operations, as well as the launch of new system core services.