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Network Virtualization Solutions

Next Generation Network Services

Next generation network services will be delivered anywhere, over any network, on-demand by network operators who are knowledgeable about the services they are provisioning, not the network or devices that deliver them.

End-to-end Network Visualization Services

Service providers and Web companies can look forward to a flattened network that gives them a view into network usage, how to optimize usage, and how to monetize previously untapped capacity and dormant resources. End-to-end network visualization capabilities include:

  • Market visualization that analyzes the various aspects of service usage
  • Dynamic bandwidth control according to service usage and priority settings
  • Service delivery trace and network normality proof service
  • Improved traffic demand predictions and recommendations for necessary and predictive network upgrades

Figure of end-to-end network visualization by application services

Virtual Exchange Services (Public and Private)

Virtual exchange services allow data services to exchange secure information within a network slice.

This type of network slicing service uses Interplanetary File System (ISPF) technology to issue and retrieve files and to connect multiple tasks dynamically, across companies. Using blockchain technology event authentication, and ID access tracing, virtual exchange technology simplifies the creation of a data exchange, with little to no coding required.

Figure of virtual private digital exchange services

Dynamic Resource Optimization Services

Network Artificial Intelligence can dynamically change resource allocation based on the current conditions in the network, depending on the impact to services delivered. Network monitoring and application behavior analysis can be used to predict and change:

  • Bandwidth allocation required by a particular service
  • Processing location from cloud to edge
  • Processing location from edge to cloud

Figure of dynamic ICT resource optimization by AI analysis

Virtual Network for Multi-cloud Connections and Services

A virtual network that is connected to multiple clouds can be dynamically provisioned using a combination of application behavior analysis and policy-based SDN control functions, including SLAs, bandwidth adjustment, protection, and router redundancy. This multi-cloud virtual core network enables end-users to add a virtual network to the core network and tear it down when the application no longer needs it.

Figure of SLA guaranteed virtual network for multi-cloud connection

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