A large retail organization decided to move some of the branch applications to the AWS cloud. How does the network architect extend the in-house Cisco SD-
WAN branch to cloud network into AWS?
A large retail organization decided to move some of the branch applications to the AWS cloud. How does the network architect extend the in-house Cisco SD-
WAN branch to cloud network into AWS?
To extend the in-house Cisco SD-WAN branch network into AWS, the right approach is to create virtual WAN Edge devices through the AWS online software store. This allows for deploying SD-WAN edge virtual routers within the AWS cloud, ensuring seamless and automated integration of the on-premises SD-WAN network with the cloud environment. This solution facilitates secure and efficient connectivity between branch offices and AWS workloads.
Correct. With Cloud OnRamp for IaaS, vManage will automatically deploy SD-WAN edge virtual routers in a transit VPC, acting as virtual aggregation routers. https://www.cisco.com/c/en/us/solutions/collateral/enterprise-networks/sd-wan/white-paper-c11-742817.html
correct.
C To extend the in-house Cisco SD-WAN branch network into AWS, the network architect can leverage Cisco Cloud onRamp for IaaS. Here’s how it works: Cisco SD-WAN Cloud onRamp for IaaS: This solution automates and optimizes secure network connectivity from private network campus and branch locations to Amazon Web Services (AWS) virtual private clouds (VPCs). It streamlines the process and ensures a secure connection between your branches and AWS workloads. Deployment Steps: Verify prerequisites (ensure valid certificates for SD-WAN controllers). Deploy a transit VPC with Cisco Cloud onRamp for IaaS. Discover and map host VPCs to the transit VPC. Monitor Cisco Cloud onRamp for IaaS. Benefits: Fully automated extension of the Cisco SD-WAN fabric to AWS Cloud. Secure connectivity in minutes, replacing manual processes. Seamless integration with AWS workloads
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Correct D. doc in user comments