The IPSec Gateway solution was configured and successfully integrated into the core of the IP MPLS network of VF Ukraine PrJSC.
As a result of the project, it became possible to organize and terminate IPSec tunnels up to 10 Gb/s, both for commercial subscribers and for internal services. This allowed securely connect the LTE base stations linked by microwave connections

INTERKLAST constructed and commissioned new nodes and segments of Mobile Backhaul network, based on Cisco ASR 900 MPR-routers for Vodafone Ukraine. The project was completed within very short timeframes, ensuring high-quality network operation in 9 largest regions of Ukraine: Dnipropetrovsk, Zaporizhia, Kirovograd, Mykolaiv, Odessa, Poltava, Sumy, Kharkiv and Kherson regions.
457 new nodes were installed and launched. The building of new network segments, their integration, testing and commissioning were carried out on the basis of the existing nodes “BB” and “AGGR” types, which imposed restrictions on the work due to the possible impact on the existing network services.
All the works were completed ahead of the schedule with the maximum pace up to 50 turnkey nodes per week.

INTERKLAST announces signing the partnership agreement with ECI Telecom, vendor of telecommunication solutions for telecom operators and service providers. ECI Telecom specializes in building optical backbone and packet networks.

INTERKLAST announces signing the partnership agreement with Hewlett Packard Enterprise, world leading solutions provider of servers, storages, network hardware, converged systems, cloud infrastructure solutions and software development for corporate segment.

INTERKLAST upgraded 12 largest Mobile Backhaul (MBH) nodes of the network, based on CISCO ASR 9006 MPLS-routers and providing network operation in 9 largest regions of Ukraine: Dnipropetrovsk, Zaporizhzhya, Kirovograd, Mykolayiv, Odessa, Poltava, Sumy, Kharkiv and Kherson regions.
INTERKLAST conducted an audit, reconfiguration and optimization of the existing services to ensure an uninterrupted upgrade.

The following tasks were performed:
Chassis software upgrade;
RSP440 processors to RSP880 replacement;

Where needed, existing boards had been uninstalled and A9K-24X10GE-TR boards installed and configured.
As a result of the upgrade, the capacity of each of the 12 nodes increased by 200 Gb/s and the performance of the nodes was doubled. At the same time, all works were conducted with no impact on existing services.