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A Hybrid WAN enables shared use of both private (MPLS) and Internet circuits at all business locations. An SD-WAN unleashes the additional efficiencies inherent in these transport options: traffic is steered intelligently across the right path at the right time, a guaranteed satisfactory user experience for SaaS applications accessed from every location, and a unique level of IT manager visibility and control of traffic routing, application performance and policy management.
A Hybrid WAN enables shared use of both private (MPLS) and Internet circuits at all business locations. An SD-WAN unleashes the additional efficiencies inherent in these transport options: traffic is steered intelligently across the right path at the right time, a guaranteed satisfactory user experience for SaaS applications accessed from every location, and a unique level of IT manager visibility and control of traffic routing, application performance and policy management.
Your Hybrid WAN already leveraged both MPLS and Internet circuits at all business locations, and gave you efficiencies in route selection and business application performance by selecting Internet paths for some traffic—but it also left some frustrated users in its wake, grouching about inconsistent network response.
Your Hybrid WAN deployment eased traffic congestion and delivered efficiencies from your investments in bandwidth. Yet specifying policies to steer the right application traffic over the right circuit at the right time continues to be a challenge, even knowing what traffic went where is often not easy to ascertain.
And how do you get SaaS traffic to its destination without taking it on a trip halfway around the world?
A Software-Defined WAN (SD-WAN) is a transformational approach to simplify branch office connectivity and networking to achieve:
Assured application performance: Transport-independent performance for the most demanding applications by leveraging the most economical bandwidth available.
Business policy automation: Simplified IT operation, offering zero-touch deployments and one-click service insertion.
Managed on-ramp to the cloud: Direct SaaS cloud access with performance, reliability and security.
SD-WAN technology provisions virtual overlays and moves network management into the cloud, limiting costly on-premise equipment and distributed policy management.
SD-WAN technology aggregates multiple connections into a virtual overlay network.
SD-WAN uses path selection, dynamic traffic engineering and link condition analytics to optimize link and bandwidth use to deliver superior application performance to all users in the most cost-efficient manner. It provides simplified, optimized, shortest-path and secure traffic delivery to SaaS without backhauling traffic through distant data center aggregation sites as hybrid WAN architectures often require.
With SD-WAN you can turn on cloud security services, leverage dynamic tunnel meshing, and rely on cloud gateway services to provide optimal and secure SaaS access from any location in the network.
With multiple Internet/broadband links, SD‐WAN technology dynamically steers application traffic—on a per‐packet basis, in the middle of active sessions—to ensure enterprise-grade performance and availability. Real-time analytics on actual link conditions enable sub-second traffic steering around black-outs and brown-outs.
of the time a single Internet link fails to deliver expected application performance.
of the time SD-WAN enables dual Internet links with predictable application performance.
of the time a single Internet link fails to deliver expected application performance.
of the time SD-WAN enables dual Internet links with predictable application performance.
SD-WAN cloud orchestration allow enterprises unprecedented network visibility and control:
IT managers can define analytics-based actions so the network responds automatically, in real time, to certain activity and events.
Overall visibility and management of both application-priority policies, as well as security policies, provide integrated viewing, tracking, adjusting and monitoring.
SD-WAN provides zero-touch deployment for distributed locations, requiring nothing more than power and network connectivity for a remote site to come online, automatically learn its configuration, and start operation.
Transform your Hybrid WAN into a solution that delivers a real ROI and lowers Total Cost of Ownership (TCO).
Are you looking for ways to assure WAN performance? Explore the choices of Hybrid WAN implementation in different business environments.
Learn how SD-WAN helps enterprises migrate away from complex hybrid networks.
Triton chose VMware NSX® SD-WAN by VeloCloud™ to replace Cisco and Netgear solution for an enterprise-class SD-WAN solution to improve application performance particularly of VoIP traffic, gain network visibility and meet PCI 3.0 audit requirements while reducing overall branch network costs by over 50%.
Triton chose VMware NSX® SD-WAN by VeloCloud™ to replace Cisco and Netgear solution for an enterprise-class SD-WAN solution to improve application performance particularly of VoIP traffic, gain network visibility and meet PCI 3.0 audit requirements while reducing overall branch network costs by over 50%.
VeloCloud, now part of VMware, is a SD-WAN market leader. VMware NSX SD-WAN by VeloCloud is a key component of the Virtual Cloud Network and tightly integrated with NSX Data Center and NSX Cloud to enable customers extend consistent networking and security policies from the data center to the branch to the cloud. For more information, visit www.velocloud.com and follow the company on Twitter @VeloCloud.
Sign up for a free hands-on evaluation of VMware NSX® SD-WAN by VeloCloud™ and learn how to deploy branch offices in minutes, provide high quality UC experience, and lower bandwidth and hardware costs.
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