Multiprotocol VoIP Transit Softswitch II (MVTS II)

MVTS II Video Tour

Clients' Feedback on MVTS II

• Advanced Real-time routing/Least Cost Routing/Quality-based routing
• Revenue protection capabilities
• Integrated transcoding
• Integrated pre-paid/postpaid billing
• Automated invoicing
• ENUM-enabled routing, Inter/Intrastate routing and LNP*
• Distributed architecture that ensures business-critical reliability and delivers carrier-grade scalability
• Large variety of reports based on real-time statistics data and reporting tools
• SIP <-> H.323 support and codec conversion
• Advanced debugging options
• Multi-level partioning of hosted deployments
• Disconnect code mapping
• Flexible number translation at different stages of routing through regular expressions

*Customization is required since LNP standards are different due to country specific regulations.

MVTS II delivers a wealth of new opportunities for VoIP carriers and service providers:

• Real-time prepaid/post-paid billing ensures that the system doesn’t not accept any customer’s traffic in access of the pre-paid or credited amount
• Advanced routing algorithms can be based on:
  • route cost, price and margin
  • route quality (ASR, ACD, ABR, PDD, QoS)
  • route / gateway concurrent calls and CPS
  • gateway balancing options
  • time of day, day of week/month/year
  • inter / intrastate or LNP status of a call
• Elaborate operation analysis and reporting tools enable control of profitability and overall efficiency of the VoIP network and provide the operator with detailed reports
• SIP-H.323 conversion and transcoding guarantee smooth interaction with customer and partner networks
• Partitioning capabilities allow creation of fully-featured independent hosted softswitches within the main platform
• Manual and automatic import-export operations to / from the Oracle database allow for bulk data management.

Routing policies

One of the most appreciated features of MVTS II is a possibility to create a set of routing formulas for customers with different service levels. The formulas are used to sort the routing options in order of termination priority, and may use over 20 statistical parameters, including cost, ASR, ACD, PDD, gateway load, cps, etc.