Benefits and Business Outcomes with Inbound Load Balancing & Failover:
>  Assurance for incoming access to hosted services even though the primary link fails.
>  Accelerated content delivery to incoming requests as the best-performing or least-loaded link is always selected.
>  Greater bandwidth utilization for uplinks by distributing incoming requests across all available paths.
>  Flexible WAN scalability for more uplink bandwidth

With offices spread all over separate locations, multi-location enterprises commonly choose MPLS network to connect all their offices. Therefore, their staffs can work, communicate, and share information easily, instantaneously, and effectively.


>  MPLS is not addressing performance challenges for cloud applications
>  Single point of failure
>  MPLS service is costly
>  Limited bandwidth
>  Long lead time
>  Available in selected areas only


Solution: MPLS Augmentation
> Additionally add broadband connections and build site-to-site VPN tunnels on them.
> Direct traffic to best-performing path and/or distribute traffic across all available paths.


Benefits and Business Outcomes with MPLS Augmentation:
>  No single point of failure
>  Increased speed as full bandwidth is available when needed
>  Improved application performance by intelligently directing traffic to the best path
>  Reduced total WAN costs by leveraging broadband WAN services
>  Better delivery for cloud applications through local internet breakout
>  Simplified branch deployment with all-in-one feature
>  Flexibility to add WAN links of any type (4G, DSL, etc)
>  Enhanced availability for dynamic routing (OSPF or BGP)

Product Highlights

  • Improving WAN reliability and performance

  • Optimal application delivery

  • Increasing VPN reliability and performance

  • Augmenting MPLS reliability and performance

  • Increasing WAN scalability

  • Ensuring accessibility to internal server for external requests

  • Lowering WAN OpEx and CapEx

  • Mitigating potential security threats

  • Reliable Internet connectivity for branch offices anywhere

  • Enhancing dynamic routing capability

  • Minimizing effort for branch devices installation

  • Simplifying branch network infrastructure

  • Increasing backhaul capacity