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Secure Captive WAN Network

Typically WAN networks are established by Service Providers to provide WAN connectivity services on lease over a shared infrastructure for Enterprises that want to extend connectivity between their geographically distant offices. However certain organizations have the need for carrying mission critical information over the WAN links where shared ISP infra falls short of expectation both in terms of reliability and confidentiality. Hence the need for a Secure Captive WAN Network which is a dedicated WAN network owned by an organization to run its mission critical communications.

Nivetti’s Secure Captive WAN network solution based on its Secure IP/MPLS routers, Software Defined Orchestration layer and Security Overlay provides an ideal platform for realizing any Secure Captive WAN network.

Value Proposition

Carrier Grade

High-availability and reliability with no single point of failure.

Securely Managed

PKI based Secure Software Defined Orchestration and in-band Management.

Green Technology

Industry-leading Low Power Consumption to help reduce OpEx.

Secure Network Infrastructure

Best-in-class, Proven & Certified security offered by NiOS™ OS.

Data Protection

MACSec encryption at line rate to protect data on long-haul fiber links.

Deployment Flexibility

Host of legacy and high speed interface options on modular chassis based platforms.

Architecture

  • Two-tier and Three-tier ring architecture based on the required network scale.
  • Advanced IP/MPLS and WAN Protocols to support Scalable Ring and Mesh topologies.
  • Flexible port configurations to extend 1G/10G/40G/100G connectivity.
  • Support for legacy interfaces like a T1/E1, E3, STM to provide smooth transitioning from legacy to modern packet networks.
  • Industrial-grade devices for remote deployments in locations having limited environmental control.

Architecture

  • Two-tier and Three-tier ring architecture based on the required network scale.
  • Advanced IP/MPLS and WAN Protocols to support Scalable Ring and Mesh topologies.
  • Flexible port configurations to extend 1G/10G/40G/100G connectivity.
  • Support for legacy interfaces like a T1/E1, E3, STM to provide smooth transitioning from legacy to modern packet networks.
  • Industrial-grade devices for remote deployments in locations having limited environmental control.

Products which make it happen

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