vRealize Autoamtion – vCAC 6.1 – Creating a One to One NAT Network Profile
One-to-One NAT environments allow you to perform both SNAT and DNAT for all machines provisioned behind and NSX Edge Gateway . For each machine provisioned
One-to-One NAT environments allow you to perform both SNAT and DNAT for all machines provisioned behind and NSX Edge Gateway . For each machine provisioned
Private networks have no upstream (North. South) NAT or routing when they are deployed. They are networks attached to the deployed NSX Edge Gateway that h
When configuring a NAT Network Profile you have two options. You can configure a one-to-one or a one-to-many. Here we are going to walk through creating a
The out of the box vCAC to NSX integration requires the use of Multi-Machine blueprints. Multi-Machine blueprints are basically a blueprint that pulls together two or more vCAC blueprints into a single composite.
When integrating vCAC with NSX you will need to configure reservations for use with NSX. Depending on your configuration you may need one or more reservati
Routed Network Profiles have a very specific function. Routed Network Profiles are used in conjunction with NSX and Multi-Machine vCAC blueprints. Routed N
External Network profiles in vCAC enable you to create a range of IP addresses that can used to statically assign IP address to provisioned workloads in yo
Now that we have installed and configured NSX I think it’s time we connected it to vCAC. In version 6.1 there are some changes to the integration with NSX
I have been received a number of questions about the MoaC Lab so I decided to put together an article to cover what the MoaC is. The MoaC or Mother of all
In my previous NSX articles we covered installing and configuring NSX , We discussed deploying/configuring Transport Zones , Logical Switches , Logical Rou
This article builds on my previous article Deploying an Edger Gateway . In this article we are going to connect the Edge router we deployed in my previous
So far we have deployed (2) Logical Switches and (1) Distributed Logical Router and deployed a VM on to each logical switch . Our VM’s can communicate with