Literally can't be anything but A, it's the only one not blocking youtube AND implementing a local breakout via NAT on VPN 0.
B doesn't do anything usefull, C and D look impressive but C doesn't implement DIA and D blocks youtube.
Conclusion: A is Correct.
I think it's A.
Design Considerations on using NAT DIA:
• Along with the configuration of a NAT DIA route within the service-side VPN, ensure that you enable NAT on the Internet-facing interface within VPN 0, as Internet traffic is redirected based on the NAT DIA route from the service side to the NAT-enabled transport side interface.
• If you are using one of the routing protocols on the service-side VPN, ensure that you redistribute the NAT DIA route into it.
• In NAT DIA, it is assumed that NAT/PAT is configured on one or more interfaces in VPN 0.
• By default, an IP static route has an administrative distance of 1, a NAT DIA route has a distance of 6, and OMP has a distance of 251. Therefore, the NAT DIA route overwrites the OMP advertised default to prefer the local Internet exit, instead of taking the remote data centre Internet exit within a VPN.
Option C is correct because the question asks about YouTube. Option A is correct as well but for local internet breakout. With Option A, you open floodgates to internet to access anything and everything.
Absolutelty A.
DIA can be done two ways: Using a default route for a VPN, or using centralized local policy. Options A and B use the default route method. A does it correctly, and B is missing the NAT command. C and D use the local policy method, but incorrectly. For DIA, the local policy has a nat command, and is applied on the service side, so Option C is wrong. Option D is obviously wrong on so many levels.
1. Activate Network Address Translation (NAT) on the transport interface, where DIA should be used:
vpn 0
!
interface ge0/0
description "DIA interface"
ip address 192.168.109.4/24
nat <<<<==== NAT activated for a local DIA
!
A is correct the Answer:
As explained in figure7,withinthe direct Internet model, segmentation is leveraged by deploying centralized data policies or a NAT DIA route to leak Internet traffic from the service-side VPN (VPNs 0 -511,513 -65530) into the Internet transport VPN (VPN 0),which allows traffic to exit directly to the Internet through theNAT-enabled interface in VPN 0.
https://www.cisco.com/c/dam/en/us/td/docs/solutions/CVD/SDWAN/sdwan-dia-deploy-2020aug.pdf
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