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A cloud administrator is asked to validate a proposed internetworking design that will provide connectivity to a VMware Cloud on AWS environment from multiple company locations. The following requirements must be met:
Suggested Answer: A
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23 comments · newest first
PO
Portia
10 months ago
Wait, can you really avoid a single point of failure in the cloud?
CA
Candra
10 months ago
High-throughput support is a must, no doubt!
HU
Hui
10 months ago
Totally agree, redundancy is key!
CA
Carmen
11 months ago
Private IP for traffic? Sounds right to me.
RO
Rolande
11 months ago
No single point of failure is crucial for reliability.
EL
Elke
11 months ago
I think all three options are valid, but I wonder if there's a way to meet the private IP requirement while ensuring high throughput.
DE
Delmy
11 months ago
For option C, I feel like we practiced scenarios where high-throughput was crucial, especially for data-heavy applications.
FE
Fernanda
12 months ago
I'm a bit unsure about the private IP address requirement in option B. I think we discussed something similar in class, but I can't recall the specifics.
DO
Donte
12 months ago
I remember studying about redundancy in network designs, so I think option A is really important to avoid a single point of failure.
ST
Stephaine
1 year ago
This question seems pretty complex, to be honest. I'm not super familiar with VMware Cloud on AWS and the specific networking requirements there. I'll need to do some research on that first before I can really start planning out a solution. Hopefully, I can find some good resources to help me understand the context better.
LU
Luz
1 year ago
Okay, let's see here. Requirement A is about redundancy, so I'm thinking some kind of high-availability setup with multiple connections to the VMware Cloud. Requirement B is about keeping internal traffic private, so a VPN or direct connection would work for that. And requirement C is all about performance, so I'll need to consider things like bandwidth and latency. I've got some ideas, but I'll need to flesh them out more.
PE
Pete
1 year ago
Hmm, I'm a bit unsure about this one. The requirements around no single point of failure and high-throughput data transfer seem tricky. I'll need to review my networking concepts and maybe look up some best practices for VMware Cloud on AWS.
AJ
Aja
1 year ago
This looks like a pretty straightforward networking design question. I'll need to think through the requirements carefully, but I'm confident I can come up with a solid solution.
GE
Georgiann
1 year ago
AWS Direct Connect all the way! Redundancy, private IP space, and high-throughput? Sounds like a dream come true. Can't wait to see the bill though.
RO
Rosalia
1 year ago
I'm not sure about the high-throughput data transfer requirement though.
JO
Joaquin
1 year ago
I think the best solution would be to use a VPN connection. It's secure, private, and can handle high-throughput data transfer. What could go wrong?
BE
Bethanie
9 months ago
Good idea! That way, we ensure high availability.
SY
Sylvie
10 months ago
But what about the single point of failure?
DO
Dorian
10 months ago
A VPN is a solid choice for security.
AD
Adolph
11 months ago
We could set up multiple VPN tunnels for redundancy.
LY
Lynette
1 year ago
I agree, having no single point of failure is crucial for reliability.
JE
Jeanice
1 year ago
The correct answer is to use AWS Direct Connect. It provides redundant, private connectivity to the VMware Cloud on AWS environment, ensuring no single point of failure. Plus, it supports high-throughput data transfer over a private IP space. Nailed it!
LE
Leah
1 year ago
I think the proposed design sounds solid.