A Digital Map for the Factory
At the Technopolis Moscow Special Economic Zone, a digital system is helping solve the challenge of navigating a vast industrial campus. For the first time, the system has become part of the citywide transportation information network.
On October 29, 2026, the first digital navigation system for an industrial site in Moscow went live at the Technopolis Moscow Special Economic Zone, covering its Pechatniki, Alabushevo and Rudnevo campuses. A total of 39 modern signs in three formats were installed, including a digital cube designed to help manage pedestrian traffic in the busiest areas.
The project centers on creating a unified information and navigation environment. Each campus has its own color, buildings and entrances are numbered, and maps feature easy-to-understand icons. The system does more than help people find their way around: it also allows important information to be communicated to employees quickly. Across a 430-hectare site with 250 businesses, ease of movement is becoming an integral part of infrastructure quality.
The project's significance lies in integrating an industrial zone into the city's broader transportation information network. It brings together digital mapping, screen content management and interface design. The system does not yet use motion sensors or AI algorithms, but even without these capabilities, it makes navigation considerably easier and improves the working environment.
A Platform for New Opportunities
The project's longer-term prospects lie in expanding its use across Russia. The first step will be to bring the system to the remaining Technopolis campuses, followed by other industrial zones in Moscow and across the regions. In the future, similar systems could become standard features of industrial parks and logistics complexes, anywhere a complex layout makes it difficult to find specific facilities.
One important next step will be to connect navigation with city and corporate services. Signs could then display route changes, available parking spaces, temporarily closed walkways and information about events. Navigation for freight vehicles is another area of particular interest, especially where traffic flows need to be separated and access-control requirements observed.
The technology also has export potential. Russian companies have already deployed navigation systems abroad. Examples include Initium's system at Tashkent City Mall and Yandex Maps installations at airports and shopping centers in Uzbekistan. Potential markets include Kazakhstan, Belarus and other countries with well-developed industrial and technology parks.
From Train Stations to Factories
The development of digital navigation in Russia has taken place in stages. In 2023, an interactive terminal network was introduced at VDNKh, helping visitors find their way around the exhibition pavilions and plan their visits. In 2024, Russian Railways introduced 3D maps at 15 railway stations, while Moscow's public transportation system began testing digital stations that update information in real time.
By 2025, digital signs had become standard at new metro stations, while industrial sites were also undergoing modernization. International experience points to growing demand for these solutions as well. At Dubai International Airport, digital kiosks were introduced to help passengers find their way, while the ATOM Museum at VDNKh adopted a navigation system based on a digital twin of the building.
Toward Industry Standards
The launch of the system at Technopolis Moscow brings proven approaches from urban transportation into the industrial environment. Until now, digital navigation technologies in Russia had primarily been used in metro systems, railway stations, museums and shopping centers. They are now making their way into factories and technology parks, where navigation is often more challenging because of the mix of pedestrian and freight traffic, access-control requirements and specialized infrastructure.
The outlook for the coming years is that digital navigation will become standard at large industrial sites. But widespread adoption will depend on the economics. Site operators need to see measurable results: less time spent locating facilities, fewer navigation errors, and greater convenience for employees and visitors. Reliable communications, integration with corporate systems and data protection will also be essential.
The key takeaway is that industrial digitalization extends beyond machine tools and production lines to the way industrial space is organized. Navigation, information services and pedestrian traffic management are becoming part of the high-tech infrastructure of modern enterprises. The Moscow project demonstrates how this can be achieved. As the approach is scaled up, it could help establish Russian standards for digital navigation at industrial parks and special economic zones, while opening up a new market for domestic IT companies to develop and export their technologies.
