About Company
Telematika
Telematika Corporation develop and implement proprietary AI technologies in the automotive and railway sectors, improving the lives of millions by enhancing comfort, promoting ecological sustainability, increasing road safety, boosting logistical efficiency, and optimizing costs for businesses and governments. The Telematika implements projects in Russia, the EAEU, and Asia.
Telematika Group companies develop innovative solutions based on computer vision, neural networks, machine learning, predictive analytics, robotics, and other cutting-edge AI capabilities.
Our expertise spans all strategic transportation processes, encompassing road traffic management systems for major highways and metropolitan areas, solutions for toll roads, smart roads and their digital twins, CAV infrastructure, transportation safety, rail transportation digitization and robotics, base infrastructure development, and the creation of federal-level and departmental systems and projects, including the development of international logistics corridors.
Technologies & solutions
Our key projects
Russia, Moscow region
The Free Flow Toll Collection System of the Central Ring Road
Russia’s first project based on the Free Flow technology
- Average traffic speed increase by several times
- Up to 50% reduction in travelling time
- Costs per vehicle 65% lower compared to other types of tolling
Toll Road Length:
260 km
40,000
throughput (vehicles per day)
Up to 99%
vehicle Recognition at speeds 200+ km/h
2,500
transactions per minute
Russia, Moscow
Free Flow on the Moscow High-Speed Diameter
Together with the Government of Moscow, a consortium of Telematika group companies implemented Free Flow for collecting tolls from transit traffic
As part of the project, equipment was installed, software was created, the recognition of all transponders regardless of the operator was ensured, and digital control and cooperation was set up for the payment of parking and using the Moscow High-Speed Diameter (“Parking Russia”)
4
tolling gantries
350K
vehicles daily
68 km
length of the road
Russia, Moscow – Nizhniy Novgorod – Kazan
End-to-end project for the M-12 Vostok highway
The automated traffic control system (ATCS), with its incident detection capabilities, and the Free Flow tolling system make the M-12 highway comfortable and exceptionally safe
The ATCS and Free Flow use artificial intelligence and neural networks. The ATCS analyzes video surveillance data to automatically detect and respond to various events according to predefined algorithms. The Free Flow tolling system ensures seamless travel without stops through its advanced vehicle identification technology. Thanks to the Free Flow system, an area equal to 240 football fields was saved on the M-12
800+ km
length of the toll road
25+ million
trips since 2022
1,200
cameras of Free Flow and the ATCS
Russia
Digitalization
of the Rail Transport
Railway transport processes digitalization and robotization based on intelligent rolling stock and railway infrastructure diagnostics solutions
100% operation cycle: Solutions and software development; design and manufacturing; lab and field testing; solution implementation, support and maintenance
30+
rolling stock diagnostic facilities
15
Russian railways
Russia
Digital Railway Station
Project
Software solutions cover all stages of the Railway Station technological process, including planning, execution control and analysis
Integration with a wide range railways’ systems, as well as with station-level software and hardware
- Full cycle of car and train handling operations at non-public stations and tracks with minimal human intervention
- Real-time generation of trustworthy analytics, reporting, and accounting data
- Integration with a wide range of Russian Railways’ systems, as well as with station-level software and hardware
88
stations
11
Russian railways
Russia
Intelligent transportation systems (ITS) for metropolitan areas
As part of the Safe Quality Roads national project, Telematika implemented comprehensive ITS projects in metropolitan areas
These systems provide real-time monitoring and management of transportation networks to improve the quality of transportation services, enhance environmental conditions, and increase road safety:
- Up to a 17% increase in the average speed
- Up to a 19% reduction in traffic accidents
- An 11% decrease in harmful emissions
- A 14% reduction in areas of increased road wear
27 projects
have been implemented
Russia, Moscow – Voronezh – Rostov-on-Don – Krasnodar – Novorossiysk
Barrier Toll Collection System
of the М-4 Don Highway
Implementation of a toll road management system
- Throughput of sections from 10,000 to 120,000 vehicles per day
- 17 toll plazas with dispatcher control systems
- 254 lanes
- Payment and tariffication management
- Multiple payment methods
Covering:
1,517 км
of total length
694 км
of toll roads
12M+
vehicles monthly
Russia, Moscow region
NEXT-GENERATION INTELLIGENT TRANSPORT SYSTEM OF THE CENTRAL RING ROAD
Unique automated traffic control system
This smart road uses sensors, cameras, and other equipment to automatically monitor the traffic situation, the weather conditions, and the condition of the road surface. The system notifies of any accident situations and traffic incidents and can interact with V2I devices and unmanned vehicles
Total Length:
336 км
256
cameras
307
vehicle
detectors
67
V2I devices
28
weather stations
India, Deli-Mumbai
Barrier-free electronic freight transport Toll Collection System in India
Development, implementation, and maintenance of the GNSS-based tolling system of India’s key freight corridor (Deli-Mumbai)
- Toll collection, and fixed and mobile control system
- Transition from barrier systems to modern tolling technologies — non-stop cashless toll payment
- International tolling system based on GLONASS and NAVIC
- The efficiency and uniqueness of this solution were highly appreciated by the Ministry of Road Transport and Highways of India
1,419 km
toll road length
11M+
km of haulage
500
cargo vehicles
Russia and international transit corridors
Traceable Electronic Seal
Development and manufacturing of equipment for online tracing and tracking of cargos throughout the entire itinerary
The traceable electronic seal is a full-featured world-class product with functionality that allows using it in the Greater Eurasian Transport Corridor project
Device specifications:
- Logging of unsealing events
- Cargo data storage, and maintenance of digital waybills
- Multimodal support at all stages of haulage
- IP68 compliant
- Data encryption
- Operational temperature from −40 С to +70 С
- Up to 45 days of battery life
Russia
Ensuring Transport Safety on Russian Railways’ Infrastructure
Equipping the transport infrastructure and vehicles of Russian Railways with technical means of ensuring transport security
End-to-end project management: design and survey activities, construction, installation, commissioning operations, supply of equipment, operation of facilities
We have implemented:
115+
projects of Russian Railway JSC equipped
1,500+
transport infrastructure facilities from Kaliningrad to Western Siberia under operation
24/7
fail-free operation
Russia
Digital twins of M-11 Neva highway and Central Ring Road
Telematika Corporation develops digital twins of highways as part of the Autonomous Logistics Corridors project of the Russian Ministry of Transport
A digital twin is a highly precise digital map of a road and its infrastructure, which interacts with autonomous vehicles. It includes a control center that collects real-time road condition data and connects to an intelligent traffic management system. This provides the autonomous truck management system with up-to-date information on traffic, weather, and incidents along the route. Autonomous traffic was launched along the entire M-11 highway in October 2024, enabled by the digital twin technology
1,000+ km
of digital twins
2023
the first digital twin, M-11 Neva highway, was launched
2024
the digital twin of the Central Ring Road is scheduled for launch
Kyrgyzstan
E-Seal System for the National Electronic Sealing Operator of Kyrgyzstan
Example of digitalization of international freight corridors
E-sealing operators of Russia and Kyrgyzstan use a Telematika solution to control cargos in transit between China, Russia and Europe with the view of improving the efficiency of haulage, reducing administrative barriers, and growing tax revenues
Customers:
- Eurasian Economic Commission
- State Tax Service of the Kyrgyz Republic
- State Customs Service of the Kyrgyz Republic
Russia
Road fund control system of the Ministry of Transport of Russia
In Russia, Telematika implements project to modernize and develop the key state road fund control system, which was created as part of the national project Safe Quality Roads
The unified digital environment houses comprehensive, up-to-date information on Russian roads and related infrastructure. The system tracks budget expenditures for road design, construction, revamping, and maintenance, enhancing operational efficiency and improving collaboration of all stakeholders within the road sector. As of September 1, 2023, it is mandatory to submit the data on the road to the road fund control system
1.6m km
of roads have been digitized
20,000+
owners of roads and government agencies are registered in the unified digital environment
Russia
System for issuing permits for oversize and overweight freights
Our platform enables electronic permit applications for such transport, with route approvals obtained from road owners through a dedicated portal
Permits are generated automatically if the vehicle’s parameters comply with all infrastructure restrictions along the requested route
Triple increase
of speed for approving routes and issuing permits
1.9M+
total number of issued permits
Russia
System for electronic queue reservation
The system for electronic queue reservation at border crossing points, which was implemented by Telematika for the Ministry of Transport of Russia, drastically speeds up the time required for freight carriers to cross the border and increases the output of international vehicle border crossing points
The electronic queuing system solves the problem of lines lasting several hours, and sometimes several days, to cross Russian borders. This system may be implemented for the border crossing points of any countries
75,000+
trucks have passed through the system since it was implemented
10 minutes
the average waiting time to enter at checkpoints after the system was started up
Russia, Saint Petersburg
Toll gate system on the Western High-Speed Diameter
The Western High-Speed Diameter is the first intercity high-speed toll road in Russia
The Telematika’s toll gate system hardware and software suite utilize a classic “open and closed” system approach. This system can take payments at tolling points using any form of payment, such as cash, credit cards, and DSRC-transponders in express lanes, and includes the installation of boom gates at toll booths
46.6 km
total length of the road
100M
transactions per year
16
tolling points
17
Flow+ tolling gantries
Russia, Tver Oblast
End-to-end project for the M-11 Neva highway (Tver Bypass)
The northern Tver Bypass is the final stage of the M-11 Neva federal highway. It reduces travel time between Moscow and St. Petersburg by 30-50 minutes
Throughout its entirety, the bypass features a cutting-edge, AI-powered smart infrastructure developed by Telematika, enabling incident detection, weather monitoring, traffic monitoring, and convenient toll payments. Telematika also equipped the road with a state-of-the-art toll gate system
62.4 km
length of the road
4
traffic lanes
Russia, Samara Oblast
End-to-end project for the Tolyatti Bypass
A new toll section of the Europe — Western China international transportation corridor is equipped with a suite of Telematika’s advanced AI-powered solutions
The “smart” road infrastructure reduces the number of accidents, increases driver comfort, and increases the efficacy of managing traffic on the road. Cutting-edge IT systems enable continuous monitoring of road conditions, automatic incident detection, and notifying drivers of road conditions and occurrences. The next-generation toll gate system identifies license plates and vehicle types, determines vehicle classes using 3D scanners, and counts axles with dedicated cameras
99.7 km
length of the road
4
traffic lanes
Russia
REGIONAL WEIGHT & DIMENSION CONTROL SYSTEMS
End-to-end solution designed to help enforce the rules of highway transportation of oversize & overweight cargos
- Detection and reporting of vehicles exciding axle load, gross weight, and dimension limits at a speed of up to 140 km/h
- High-precision stain sensors and piezometers
- Standalone operation in any environmental conditions
- Fixing violations of road traffic rules and regulations, inspection of roadworthiness certificates
- Maintaining and increasing the life of the roadway
- Improving safety and reducing accidents on the roads
57
Weigh-in-Motion sites
across Russia
Regions:
Tatarstan, Dagestan, Mordovia, Udmurtia, Chuvashia, Krasnodar Krai, Khabarovsk Krai, Stavropol Krai, Arkhangelsk Oblast, Kemerovo Oblast, Leningrad Oblast, Murmansk Oblast, Rostov Oblast, and Penza Oblast
Indonesia, Java Island
WEIGH-IN-MOTION PROJECT
IN INDONESIA
Automated Weigh-in-Motion System
Control of weight and dimensions of trucks, and enforcement of haulage rules
- Multiple-lane free flow traffic monitoring and vehicle data collection
- Notifying drivers of non-compliance with axle load, gross weight, and dimension restrictions
- Automatic measurement of the parameters of cargo vehicles
- Traffic violation detection and recording with the use of cameras
up to 140 km/h
detection and reporting speed
98%+
Indonesian license plate recognition
Russia
Intelligent rolling stock diagnostics
The automated rolling stock reception and diagnostics stations at marshaling yards are a key element of the Digital Railway Station project
Installed at the approaches to railway stations, these posts provide real-time, reliable information on the condition of rolling stock and freight, minimizing human error, for example:
- Technical condition of individual rolling units
- Authentication of rolling units by inventory and reference numbers
- Freight placement and securing parameters
- Dimensions of rolling units and freight, including 3D visualization and modeling of rolling units
42
stations
16
Russian railways
Russia
End-to-end collision avoidance solutions
Telematika designs, delivers, and implements centralized microprocessor-based automatic train protection systems
These systems provide safe train operations and minimize train following distances on high-speed, main line, and low-traffic railway lines
90+ sites
provided equipment and modules for the Baikal-Amur Mainline Eastern Range and Moscow Railway
16
Russian railways
Russia
Onboard computer vision system
This system is a comprehensive solution for ensuring the safety of people and infrastructure during train operations and shunting
This technology, integrated into shunter locomotive systems, analyzes conditions along the route and issues relevant warnings. It can also automatically stop the locomotive in the presence of obstacles or other hazardous situations
- Recognizes traffic lights, obstacles, and switches
- Monitors infrastructure disruption
- Prevents trains from passing red light signals
- Informs the driver of the train traffic situation (by following the operation communications procedure)
- Performs automatic braking if the driver fails to respond to a danger signal
Russia
WORLD’S LARGEST GNSS-BASED TOLL COLLECTION SYSTEM
Toll collection system designed to compensate for the harm inflicted to federal highways by 12-ton and heavier vehicles
Key system
characteristics:
- 1.3M+ 12-ton and heavier vehicles
- Automated detection and identification of vehicles in traffic
- 500 enforcement gantries throughout the country
- 52,000+ km of highways controlled by the system
- 150,000 self-service terminals
- 2M+ onboard devices
