Session Border ControllerThe SVI-SBC session border controller is deployed in virtual environments worldwide enabling operators to benefit from the reduced costs and benefits that a cloud native component can deliver them.
The SVI-SBC can be enabled as a Virtual Machine (VM) on existing infrastructure or as a fully blown Virtual Network Function (VNF) in an AWS or Openstack cloud infrastructure.
Delivered as Virtual Machine (VM) on industry standard servers in a
data center environment using a hypervisor - i.e. VMware.
Delivered as a Virtual Network Function (VNF) in AWS
or OpenStack cloud infrastructure.
Auto ConfigurationOpen product management interfaces allows for auto-configuration by an orchestration platform. Whether orchestration is physically delivered via an XML, SQL, HTTP, TELNET etc interface, the SVI-SBC session border controller has been designed from the ground up to deliver remote operation, administration and maintenance (OA&M) control.
The SVI-SBC is architected on micro-services principals separating the signalling and media planes into distinct software components.
The signalling plane provides a high availability core enabling centralised routing and control across the network.
Multiple media planes can be instantiated dynamically to meet bandwidth demands and / or distributed across different territories to match latency requirements and improve network resiliency.
This architecture enables on-demand scaling in a virtual environment delivering full network elasticity.
Dynamic load balancing insures optimum network performance with network load shared evenly across network components.
The distributed network architecture insures network resiliency coupled with high availability options as standard that insure carrier grade reliability.
MESSAGE MANIPULATION
REDIRECTS
FILTERING
ROUTING
The SVI-SBC provides next generation support for secure interconnect to IMS based networks. Delivering comprehensive VoLTE support allows the SVI-SBC to be deployed in the core of an IMS network or provide IPX / Roaming Hub interconnect.
The SVI-SBC provides a flexible architecture allowing providers to consolidate functionality and resources at both the access and interconnect interface through support for both the A-SBC and I-SBC modes.
A-SBC
The Access-SBC sits on a service providers access borders, i.e enterprise locations, internet, 3G/4G mobile and fixed line.
Supports IMS functions:
I-SBC
The Interconnect-SBC sits on a service providers interconnect borders, i.e. the borders between service providers networks.
Supports IMS functions:
The annual loss globally to the Telecoms industry from fraud is currently estimated by the CFCA (Communications Fraud Control Association) to be $29.2 billion.
The SVI-SBC session border controller from Squire Technologies allows operators to enable Lawful Intercepts:
Active or Passive Intercept support for:
The SVI-SBC session border controller is deployed in virtual environments worldwide enabling operators to benefit from the reduced costs and benefits that a cloud native component can deliver them.
The SVI-SBC can be enabled as a Virtual Machine on existing infrastructure or as a fully blown Virtual Network Function (VNF) in an AWS or Openstack cloud infrastructure.
VIRTUALDelivery as Virtual Machine on industry standard servers in data center environment using hypervisor, i.e. VMware
CLOUDDelivered as a Virtual Network Function (VNF) in AWS or OpenStack cloud infrastructure
Open product management interfaces allows for auto-configuration by an orchestration platform. Whether orchestration is physically delivered via an XML, SQL, HTTP, TELNET etc interface, the SVI-SBC session border controller has been designed from the ground up to deliver remote operation, administration and maintenance (OA&M) control.
The SVI-SBC is architected on micro-services principals separating the signalling and media planes into distinct software components.
The signalling plane provides a high availability core enabling centralised routing and control across the network.
Multiple media planes can be instantiated dynamically to meet bandwidth demands and / or distributed across different territories to match latency requirements and improve network resiliency.
This architecture enables on-demand scaling in a virtual environment delivering full network elasticity.
Dynamic load balancing insures optimum network performance with network load shared evenly across network components.
The distributed network architecture insures network resiliency coupled with high availability options as standard that insure carrier grade reliability.
MESSAGE MANIPULATION
REDIRECTS
FILTERING
ROUTING
The SVI-SBC provides next generation support for secure interconnect to IMS based networks. Delivering comprehensive VoLTE support allows the SVI-SBC to be deployed in the core of an IMS network or provide IPX / Roaming Hub interconnect.
The SVI-SBC provides a flexible architecture allowing providers to consolidate functionality and resources at both the access and interconnect interface through support for both the A-SBC and I-SBC modes.
A-SBC
The Access-SBC sits on a service providers access borders, i.e enterprise locations, internet, 3G/4G mobile and fixed line.
Supports IMS functions:
I-SBC
The Interconnect-SBC sits on a service providers interconnect borders, i.e. the borders between service providers networks.
Supports IMS functions:
Squire Technologies real-time Fraud Prevention Gateway, the SVI-FPG, can be enabled in the SVI-SBC to:
The annual loss globally to the Telecoms industry from fraud is currently estimated by the CFCA (Communications Fraud Control Association) to be $29.2 billion.
The SVI-SBC session border controller from Squire Technologies allows operators to enable Lawful Intercepts:
Active or Passive Intercept support for:
