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Implement and configure AWS Backup for VMware Cloud on AWS VM workloads

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In our previous post we saw the design of the AWS Backup on VMC. In this post we’re going through the implementation steps As per the design and best practice, we are going to use the ENI for the Backup traffic CREATE A VPC ENDPOINT  TO CREATE AN INTERFACE ENDPOINT FOR AN AWS SERVICE 1. Open the Amazon VPC console at https://console.aws.amazon.com/vpc    2. In the navigation pane, choose Endpoints 3. Choose Create endpoint 4. Name the endpoint   5. For Service category, choose AWS services 6. For Service name, search “ Backup ” and select “ backup-gateway ” service from the dropdown 7. For VPC, select the VPC which we used for SDDC deployment and extension 8. To create an interface endpoint for Amazon S3, you must “uncheck” Additional settings, Enable DNS name. This is because Amazon S3 does not support private DNS for interface VPC endpoints 9. For  Subnets , select one subnet per Availability Zone which we used for SDDC VMC selection  10. For Security group , sel

MPLS Networks



An MPLS (Multi-Protocol Label Switching) network is one in which many devices are connected to each other through a master system that receives data from each individual device and relays it to any other device within the network. MPLS networks differ from traditional networks because they connect a large number of devices across long distances by tunneling through the Internet.

How MPLS Networks Work

An MPLS network is a cloud-like system of computers and other devices that all communicate with each other by assigning labels to data packets so that they can be forwarded from one device to another. For example, if Device A wishes to send a data packet to Device E, Device A will insert a header in the data packet with a label stack that contains information about the data packet, where it came from, and where it is going. Device A will then send the data packet to Device B, Device B will send the data packet to Device C, Device C will send the data packet to Device D, and Device D will send the data packet to Device E. Each device strips away past labels and adds new ones in order to keep forwarding the data packet to where it needs to go.

Applications

MPLS networks are generally used for communication and data trafficking purposes. Most large companies have representatives in many different locations. Each of these representatives must be able to communicate with the company’s headquarters and regional offices. MPLS networks allow them to do this by forwarding data packets to each representative on the way to the company’s headquarters.

Advantages

MPLS networks have several advantages that other data transport solutions do not. They connect all devices within the network to each other without using cables, access points, or other tethering equipment. MPLS networks are publicly available to anyone who has access to the Internet, but security protocols allow the network to handle all data packets privately and deny access to all other users. MPLS networks provide the accessibility of point-to-point connections to all devices within the network without requiring the user to setup each connection manually.

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