The Cisco SD-WAN Cloud onRamp for Colocation solution can be hosted within certain colocation facilities by a colocation IaaS provider. Remote access that need secure VPN connections to an enterprise over inexpensive direct internet links. Global organizations with geographically distributed branch offices that require high bandwidth, optimum application performance, Partners and vendors without Cisco SD-WAN but still need connectivity to their customers. Multinational companies that cannot use direct internet connections to the cloud and SaaS platforms due to security restrictions The solution can serve four specific types of enterprises: Cisco SD-WAN Cloud onRamp for CoLocations The following image shows how you can aggregate the access to the multicloud applications from multiple branches to regionalįigure 1. So, essentiallyīy distributing a virtual Cisco SD-WAN over a regional architecture of colocation centers, the processing power is brought Reason being, these facilitiesĪre physically closer to the branches and can host the cloud resources that the enterprise needs to access. Over several countries the ability to regionalize the routing services in colocation facilities. The solution provides enterprises with multiple distributed branch offices that are clustered around major cities or spread (IaaS) and software-as-a-service (SaaS) providers. The solution also allows distributed enterprises to haveĪn alternative to enabling direct internet access at the branch and enhance their connectivity to infrastructure-as-a-service With the Cisco SD-WAN Cloud onRamp for Colocation solution built specifically for colocation facilities, the solution routes the traffic to the best-permissible path fromīranches and remote workers to where all applications are hosted. The architects are turning to Software-Defined WAN (SD-WAN) fabric to take advantage of inexpensive broadband Internet servicesĪnd to route intelligently a trusted SaaS cloud-bound traffic directly from remote branches. Increase the visibility and manageability of the cloud traffic. Network architects are reevaluating the design of the WANs to achieve the following: The infrastructure is expensive and introduces unnecessary latency that degrades the experience. The conventional WAN infrastructure was not designed for accessing applications in the cloud.
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