Telecom
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Implementation of access network monitoring system in Moscow, Center, Siberia, Far East macro-regional branches for one of the largest telecom company
Description
- Equipment polling and obtaining parameters of its state for further processing
- Processing of a large number of simultaneous messages from data sources, which makes the platform highly effective on large-scale networks of telecom operators
- Interaction with related information systems
- Ability to work in fully automatic mode, as well as in collaboration with the operator
- Generation of reports and notifications on the occurrence of specified events on the data network
- Identification of the root cause of an accident
Results
- Ability to poll a large list of equipment of various models and manufacturers
- Resilient and fast data processing under conditions of intensive traffic exchange with monitored objects
- Reliable and trustworthy source of data for higher-level information systems. In the presence of such systems in the IT landscape, the Platform can operate in fully automatic mode and practically does not require supervision from the network administrator
- Increased efficiency in discovering the root cause of data network failures. There is no need for the administrator to search through a stream of alarm messages to find the one that points to the event or device that caused the failure of service to an entire network segmen
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Construction an operator-class telephone network
Description
- Building a geographically distributed communication network for the provision of IP telephony services
- Ensuring high reliability of communication
- Support for a wide range of endpoints of various types (SIP, IP, digital, analog) and manufacturers within a single converged network
Results
- The project is implemented on the basis of RTU-UC platform
- Creation of a geographically distributed communication network to provide IP telephony to more than 600,000 subscribers in the territory of the Russian Federation
- More than 50 nodes of local and combined communication with fault-tolerant clusters
- Providing customers with a wide range of additional services: virtual PBX, mobile applications, conference calls, IVR, etc. (over 40 additional services in total)
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Modernization of the backbone network for a Russian telecom company
Description
- Modernization of the data transmission network to improve the quality of services and services for subscribers
- Development of the concept of a multiservice transport network with the provision of QoS for various tasks
- Supply of radio relay equipment and urban station from leading manufacturers
- Migration from TDM to IP
- Network service support
Results
- Expansion of the coverage area and growth of the subscriber base
- Network diversification and implementation of multi-vendor solutions
- The telecommunications infrastructure of the operator fully meets the needs of the region and customers and allows us to provide modern information and communication services
- Modernization of the data transmission network to improve the quality of services and services for subscribers
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Construction of Russia's first LTE network in the 1800 MHz range for a multiservice telecom company
Description
- Deployment of a new GSM/LTE mobile communication network of regional importance in the Republic of Tatarstan
- Supply of radio access equipment
- Turnkey deployment of switching centers
- Integration of radio access system objects
- Network Deployment Project Management
Results
- 2 switching centers have been commissioned, including uninterruptible power supply systems, MSC, MGW, BSC/RNC, HW, SORM
- Integration and commissioning of 1000 base stations
- In 2015, the Kazan Arena Indoor sports complex was equipped as soon as possible with an Indoor solution within the framework of the World Aquatics Championships
- Deployment of a new GSM/LTE mobile communication network of regional importance in the Republic of Tatarstan