The legacy Enterprise WAN was built for an era where applications were all hosted in one, or at most two data centers of the Enterprise. The network connected all of the locations to the data center. We live in a world today where, a typical Enterprise consumes a combination of applications that are hosted in its data center and in the public cloud like Amazon Web Services or Microsoft Azure, or simply as a software as a service (SaaS) that can be hosted anywhere in the world.
The Legacy WAN is an anomaly in the world of Cloud Driven Enterprise Infrastructure.
WAN does not recognize
WAN is a large source for
Cloud policy breaches
Branches exploading in numbers
but are waiting on the WAN
WAN costs are not inline with
order costs on cloud
The compute and the storage costs, have significantly reduced by moving to a pay as much you consume model. The WAN that connects the Enterprise locations and the users in them to the applications, has been stuck in the old world. The legacy WAN was built for a world of Client-Server applications. While most of the applications have moved to the Cloud, the Cloud itself has become a center piece of the policy breaches that enterprise encounters today. The legacy WAN was not built to seamlessly extend it to the Cloud, allowing the Enterprise IT to extend the same policies that they have enforced on physical locations, be it branch offices or Data Center, to the Virtual World in the Cloud.
Enterprise expects its WAN to enable high speed consumption of applications, irrespective of where those applications are and from where those applications are accessed. With the adoption of SaaS and Cloud growing at a rapid pace, Enterprise requires more internet bandwidth rather than bandwidth to its data centers.
It requires high quality bandwidth at each location without the hassles of feasibility at those locations. It requires a SD-WAN that can mix the legacy world of MPLS that connected its locations to its data centers with internet at each location.
Controlled and Rapid access to
Applications deployed in a hybrid
cloud or simply consumed as SaaS
More internet bandwidth to the
Private Data Center
High Quality bandwidth at each
location without the hassles of
Uniform Policies & Governance
across Private and Public Cloud Assets
The Enterprise needs to create a uniform network from multiple of types of bandwidth - private bandwidth in the form of a MPLS circuit or internet bandwidth, from any service provider.
The enterprise IT also needs to enable uniform policies and governance across all physical and virtual locations, creating a SD-WAN that complies to the standards and policies.
Lavelle Networks SD-WAN is a hybrid WAN that is as agile as the applications and users who consume them.
SD-WAN accelerates the cloud adoption for the Enterprise by seamlessly extending the WAN across physical and virtual resources of the Enterprise. It makes Cloud look like another branch office that is connected on the network. It enables centralized network policies with the context of users or applications across data center, public cloud and branch offices, thus making compliance and governance seamless across locations - be it physical or virtual.
It empowers the Enterprise with the ability to increase the network bandwidth at a location or across locations without having to go through the hassles of feasibility or the wait till the existing service provider increases the provisioned capacity at a location. It enables the enterprise to use locally available bandwidth from multiple service providers - giving it the leverage to use the best quality bandwidth at the lowest possible cost.
Lavelle Networks SD-WAN is an effective replacement for MPLS circuits. It provides a cost effective way for an enterprise to gradually migrate their WAN to an internet based WAN without having to rip and replace the existing MPLS based WAN.
While the enterprise can choose to implement a native SD-WAN without any MPLS, it becomes a tedious process for the Enterprise to close the existing multi-year contracts for a MPLS WAN with service providers. Also, Enterprises may have several thousands of locations that are already connected on a MPLS based WAN and may choose to try SD-WAN at a select set of locations to begin with.
Lavelle Networks SD-WAN allows the Enterprise the feasibility of terminating MPLS circuits along with an internet link to create a truly hybrid network. The solution also allows deployment of the SD-WAN at a select set of locations initially while the remaining locations remain on an existing MPLS based WAN.
Lavelle Networks SD-WAN takes the simplicity of WAN deployment with SD-WAN to the next level.
The deployment options allow an enterprise to consume the network just like compute or storage in the public cloud, as a service. In this model, the network subscription covers the software with the CloudStation SD-WAN controller running as a multi-tenant instance in the Cloud.
The Enterprise can also choose to use a single tenant instance with the controller running on a public cloud. Enterprises with a large private data center that are at the cusp of Cloud adoption can opt to deploy the CloudStation controller as a virtual or a physical appliance in the data center.
Multi-tenant SD-WAN Controller
Deployed in the Enterprise Private Data Center (VMware, OpenStack, Azure Stack**. Nutanix Prism**)
Single-Tenant SD-WAN Controller
Deployed in Public Cloud (AWS or Microsoft Azure) for Managed Services
Similar flexibility exists with the CloudPort as well. The Enterprises can choose from a variety of hardware and software form factors depending on the size of the local area network behind the CloudPort in terms of number of endpoints connected on it and the encrypted bandwidth requirements at the location. For more information about the CloudPort options, please refer to the Lavelle Networks SD-WAN data sheet.
Lavelle Networks SD-WAN Solutions
Select the solution that works best for your business network
SD-WAN offered as a Network Service for enterprises with medium bandwidth requirements across their locations
SD-WAN offered as a network service for large enterprises with high availability and large bandwidth requirements