In this validation section, I thought it'd be super useful to take a few
moments together
and maybe just consider what would be involved in creating yet another VRF,
another tier zero VRF,
but this time for the customer green. And what I'd like you to do, based on
this topology
for customer green that we have here on the chalkboard, I'd like you to think
about what would be
the logical steps that would need to be gone through to implement this. Now,
pretty much is
going to mirror what we just did in the videos leading up to this point, but I
thought, you know
what, if we take a moment right now and pause and just think through what we WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000
what, if we take a moment right now and pause and just think through what we
would need to do,
that's going to be helpful in reminding us of those steps. It also gives an
opportunity in the
walkthrough coming up to actually implement this, verify what we think are the
high level steps,
and then also do any troubleshooting as we go through it together. So for this
new VRF for the
customer green, we want to use the VLAN 24 for the uplink that'd be right here.
So this would be
VLAN 24 and the IP dressing space for that uplink is 24.1.2.0 with a 24-bit WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000
VLAN 24 and the IP dressing space for that uplink is 24.1.2.0 with a 24-bit
mask. And the gateway on
VLAN 24, the external gateway is at .1. And then for the edge nodes that we're
going to use as part
of this green VRF tier zero gateway, edge ones can be at .61 and edge two is
going to be at .62.
And then we'd also want to put in this green tier one gateway called green tier
gateway A
and connect it to a segment that's using the 10, 10 address space and for that
segment,
they want to go ahead and call it the green segment 10. So here's what I'd like
you to do. I'd like
you to pause right here on this video and walk through the steps involved that WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000
you to pause right here on this video and walk through the steps involved that
would be required
to go ahead and make this all happen. And now what's not shown here explicitly,
but it needs to be done is we'd also need to make sure we create an external
segment for VLAN 24
so that we can actually configure this logical green VRF tier zero with
external interfaces
using edge one and edge two as they connect to that segment. And when it comes
to DHCP services,
we have some options regarding how that can be deployed. We covered those in
our videos and
skills regarding DHCP. So once again, I'd like you to walk through the logical WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000
skills regarding DHCP. So once again, I'd like you to walk through the logical
steps of what you
believe would be required to make all this happen. And then in the follow up
video, where we validate
this together, we'll actually walk through the entire process to confirm both
our predictions
that one needs to be implemented. And then also verify that it works once we're
all done with the
configuration.
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