Hero picture

From Moscow with love (for innovative technologies)

  • Eurasia
  • Best practice
  • Development
  • Fare
  • Traffic management

From a transport system in dire need…

Public transport in Eurasia and Russia has used the heritage of Soviet transport systems for almost 20 years. The absence of modern large-scale projects and investments in public transport infrastructure renewal, along with the explosion of the private car market, brought cities to standstill traffic and in desperate need of public transport reforms.

In the early 2010’s, Moscow launched a programme to implement modern mobility approaches.  As a result, the capital city established a model for the whole country with the intention to advance sustainable urban transport.

The programme branched out in many directions, from designated spaces for parking management, taxi, bicycle lanes and pedestrian zones, to vehicle renewal with standardised management systems supported by modern payment and traffic planning systems which formed the framework for digital solutions.

Moscow was followed then followed by St. Petersburg and Kazan.

…to large-scale modernisation

In 2020, transport reforms were large-scaled with the start of an all-Russian comprehensive programme. The objective is to modernise passenger transport in urban agglomerations.

It is reported that in 2021-2024 the total cost of programme implementation for more than 100 cities is estimated at 1.1 trillion rubles (€11.9 billion), including federal subsidies of 240 billion rubles (€2.6 billion). Until 2030, an estimated 750 billion rubles (€8.1 billion) of federal support is needed for the implementation.

According to the Russian Ministry of Transport, the implementation of the programme will lead to the renewal of 75% of buses and up to 25% of the urban surface electric transport fleet, as well as bringing up to a standard of 25% of the infrastructure in 104 agglomerations.

and clear, convenient payment systems

One of the first things that Moscow started was the payment system.

Moscow introduced the Troika card in 2013. This was the beginning of a new era for ticketing systems. As of today, more than 35 million cards have been issued. The main features that differentiate it from all the others are:

  • The ability to buy any type of ticket on it
  • Support for complex transfers between all types of transport
  • Allow payment transactions from an electronic wallet

Today, the Moscow ticketing system supports the large number of fare payment methods including MIR, Visa and Mastercard bank cards, all the mobile payment options including Huawei Pay, MIR Pay, AliPay, China UnionPay, Google Pay and Samsung Pay, Apple Pay. Moscow Metro is planning to launch a virtual Troika card, which can be added to smartphone wallet applications, and they are currently testing the FacePay system – paying at the turnstiles/box office using biometrics.

In 2020, the number of contactless payments at metro turnstiles increased by 77% compared to 2019 and amounted to 53 million transactions. In metro ticket offices, the share of non-cash transactions increased from 35% in 2019 to 45% in 2020.

The success of the Troika card system has led to an expansion beyond Moscow. For now, passengers can use public transport with their Troika cards in Tula and Moscow Regions. More than 180,000 rides have already been made outside Moscow. More than 25 Russian regions have expressed their interest in implementing the system. The new ticketing system will allow them to carry out thorough analysis on regional transport to improve operations and customer experience.

A first step in contactless payments was just made in suburban and regional rails. Since March 24 2021, it is possible to pay by credit card for trips on all stations of  Moscow-Tver  direction.

supported by intellectual transport solutions

Initially introduced in Moscow, the Intelligent Transport System (ITS) is making its way to the other Russian cities.

Tula was the first in 2020, with a project to automate traffic control on the busiest motorway. Its successful results formed the basis for the project “safe and high-quality motorways” with 22 pilot regions selected for the implementation.

MosTransProekt firstly elected Tula to developed a highly intelligent automated traffic management system, which covered integration of the previously installed smart devices to a centralised system to control traffic flows in the city centre. This includes:

  • Modernisation of traffic light objects, placing 52 traffic lights under system control.
  • Online data from traffic light detectors, video cameras, public transport transmitted to the system via GLONASS.
  • The ITS analyses the general road situation. Depending on the traffic, the system selects an operating mode from existing traffic light coordination plans. The ITS also coordinates traffic flows in case of congestion. In case of an accident, the system operator can warn motorists about difficulties on the road.
Different to other regions, Tula has chosen a systematic approach. Modern digital technologies, in many ways, help to improve road safety but their single local application does not lead to significant results.  The real complexity of traffic appears only when all the subsystems are combined on one platform, and that makes analysis management in real time possible.
Alexander Polyakov
General director MosTransProekt.

The unified transport system management platform, developed by MosTransProekt, coordinates data from all connected devices used to control traffic, record violations etc. Today, 160 technical means record around 10 different traffic parameters, and also include:

  • Three smart pedestrian crossings with controlled road signs on highways. The equipment automatically recognises a pedestrian and displays a warning on the information board.
  • Ten smart parking space control stationary complexes to enforce the parking rules.
  • A dynamic information board displaying a warning to drivers entering Tula, such as poor weather conditions.

The project aims to ensure safety on the road and convenience for both pedestrians and motorists.

Tula is a prime model for middle-sized Russian cities in implementing ITS.


Find out more

Leaders in Urban Transport Council

Last year, Moscow Transport Department and UITP planned The Urban Transport Leader Council as a joint event to discuss innovative urban mobility strategies in leading cities around the world. Like many others, this plan fell victim to the coronavirus outbreak. Instead, the two organisations are hosting a webinar series dedicated to discussing how public transport is coming out stronger from the current crisis.

The series has so far been an outstanding success! Our fourth webinar, looking at resilient urban mobility systems, is coming up on 22 April

Did you know UITP and the Smart Ticketing Alliance have launched a Working Group on smart ticketing and MaaS? If you a member of either UITP or STA and interested in joining the discussion, contact Guido Di Pasquale.

2024 Training Calendar
This website uses cookies

This website uses third-party website tracking technologies to give you the best experience, help us understand and continually improve how the site works, and to display advertisements according to users' interests. You consent to the use of our cookies by continuing to browse this website.

Cookies page
  • Essentials Essentials

    Those cookies are essentials to the functioning of the site and cannot be disabled in our systems. They are generally set as a response to actions you take that constitute a request for services, such as setting your privacy preferences, logging in, or filling out forms. You can set your browser to block or be notified of these cookies, but some parts of the website may be affected. These cookies do not store any personally identifying information.


    Cloudflare uses various cookies to maximize network resources, manage traffic, and protect our customers’ sites from malicious traffic.


    Cookie that remembers the user’s cookie settings preferences. It allows to avoid asking the user about their preferences each time they visit the website.

  • Performance

    This Google Analytics cookie is used to persist session state. Google Analytics is a web analytics service offered by Google that tracks and reports website traffic anonymously.


    This Google Analytics cookie is created when you first visit our site. It contains the version of Google Analytics, a randomly generated ID and a datetime group of your first visit. Google Analytics is a web analytics service offered by Google that tracks and reports website traffic anonymously.

    _ga_(STREAM ID)

    This Google Analytics cookie is used to persist session state. Google Analytics is a web analytics service offered by Google that tracks and reports website traffic anonymously.

This website uses cookies

We use cookies and similar techonologies to adjust your preferences, analyze traffic and measure the effectiveness of campaigns. You consent to the use of our cookies by continuing to browse this website.