diff --git a/examples/full-cluster-tf-upgrade/1.25/README.md b/examples/full-cluster-tf-upgrade/1.25/README.md
index d6f90f2..0b308d2 100644
--- a/examples/full-cluster-tf-upgrade/1.25/README.md
+++ b/examples/full-cluster-tf-upgrade/1.25/README.md
@@ -8,17 +8,20 @@ There are a number of steps to end up with a cluster.
 
 1. From main repository, in the same `vpc/{region}/vpc{number}` directory
    1. [Tag subnets](#subnet-tagging) in main repository (before creating nodegroup)
-   1. [Copy variables.vpc.*](#copy-variable-settings) from main respository in the same `vpc/{region}/vpc{number}`
-   1. Copy the [includes.d structure](#copy-includesd)
 1. In the submodule repository, in the `vpc/{region}/vpc{number}/apps/{clustername}` directory
    1. Update `settings.auto.tfvars`
    1. Update `includes.d/parent_rs.tf`
+1. Terraform [Automated Setup](#terraform-automated-setup)
+1. Optionally, follow the Terraform Setup-by-Step, which is essentially the same as following the automated tf-run.data
    1. Initialize [Cluster Main](#initialize-cluster-main) directory
    1. Create [policies](#policies)
    1. Create [EC2 Keypair](#keypair-creation)
    1. Finish [cluster setup](#cluster-creation)
-1. Setup [aws-auth](#setup-aws-auth)
-1. Setup [EFS](#setup-efs)
+   1. Setup [aws-auth](#setup-aws-auth)
+   1. Setup [EFS](#setup-efs)
+   1. Setup [Common Services](#common-services)
+1. [Access to the cluster](#access-to-the-cluster)
+1. [Cluster Setup](#cluster-setup)
 
 ## Post-Setup Tasks
 
@@ -56,38 +59,6 @@ For creating a service which uses load balancers (ELB, ALB, or NLB), the last ta
 to the subnet(s) for load balancing. A separate set of subnets exist for load balacning, with a name including `private-lb`.
 
 
-## Copy Variable Settings when in a submodule repo
-
-We need the `variables.vpc.tf` and `variables.vpc.auto.tfvars` from the main repository. These are not to be modified in
-this submodule.
-
-```shell
-cd MAIN-REPOSITORY
-MAINTOP=$(git rev-parse --show-toplevel)
-cd applications/{APPNAME}
-cd vpc/{region}/vpc{number}
-for f in $(ls $MAINTOP/vpc/{region}/vpc{number}/variables.vpc*)
-  do
-  cp $f ./
-done
-```
-
-Replace {region} and {number} and {APPNAME} with the correct values.
-
-## Copy includes.d when in a submodule repo
-
-This makes a copy of the entire `MAIN/includes.d` structure in the submodule, for use as soft links to bring in
-application variables for tagging.
-
-```shell
-cd MAIN-REPOSITORY
-MAINTOP=$(git rev-parse --show-toplevel)
-cd applications/{APPNAME}
-rsync -avRWH $MAINTOP/./includes.d ./
-```
-
-Replace {APPNAME} with the correct value.
-
 ## Update the settings.auto.tfvars file
 
 Set the appropriate values in the `settings.auto.tfvars` file.  An example starter file is at `settings.auto.tfvars.example`.
@@ -108,7 +79,7 @@ cluster_version        = "1.25"
 region                 = "us-gov-east-1"
 domain                 = "org-project-env.env.domain.census.gov"
 eks_instance_disk_size = 40
-eks_vpc_name           = "*vpcshortname*"
+eks_vpc_name           = "vpc_full_name"
 eks_instance_type      = "t3.xlarge"
 eks_ng_desire_size     = 3
 eks_ng_max_size        = 15
@@ -121,7 +92,7 @@ You need to change these values:
 These are tracked in the repo cloud-information/aws/documentation/containers/ (fix link).
 * region: include the correct region. This really is a duplicate of the `region` variable, so it may be removed in the future.
 * domain: this is the domain name of the clsuter, consisting of the cluster name and the proper domain name for the environment/VPC.
-* eks_vpc_name: replace *vpcshortname* with the appropriate vpc name. This is used to find the vpc ID.  This will be fixed at a later date.
+* eks_vpc_name: replace *vpc_full_name* with the appropriate vpc full name. This is used to find the vpc ID.
 
 All the others are subject to your configuration. They are a good starting point, but can vary.