To deploy the A10-vThunder-3NIC-VMSS template using Azure Portal Console, perform the following steps:

1. Download A10-vThunder-3NIC-VMSS template.

2. From the Azure Portal > Azure services, click Deploy a custom template.

   Figure 111 : Azure services

   

3. Under the Custom deployment window > Select a template tab, click Build your own template in the editor.

   Figure 112 : Custom deployment window

   

4. From the Edit template window, perform either of the following step:

   • Click Load file and browse to the folder where you have downloaded the ARM template. Select ARM_TMPL_3NIC_NVM_VMSS_1 to upload.
   • From Windows Explorer, navigate to the folder where you have downloaded the ARM template. Copy ARM_TMPL_3NIC_NVM_VMSS_1 content and paste it in the editor.

     Figure 113 : Edit template window

     

5. Click Save.

   The Custom deployment window is displayed with the template parameters and default values.

   Figure 114 : Custom deployment template

   

6. Select an existing or create a new Resource group under which you want to deploy the custom template resources.

   NOTE:

   Hover i for description of each corresponding parameter.

7. Update the default values and provide the values in the empty fields as appropriate in the Instance details section shown in Figure 114.

   NOTE:

   Use a suitable VM size that supports at least three NICs. For VM sizes, see Supported VM Sizes.

8. Click Review+create.

   The validation appears.

9. Click Create.

   NOTE:

   It may take the system several minutes to display your resources.

   A resource group is created.
   Here, vth-rg1 resource group is created.

   Figure 115 : Resource listing under resource group

   

To deploy the A10-vThunder-3NIC-VMSS template using Azure CLI commands, perform the following steps:

1. Download A10-vThunder-3NIC-VMSS template.

   NOTE:

   This template contains pre-populated default values that can be modified as required and it does not create new virtual network, network security group, subnets, and Public IP.

2. From Windows Explorer, navigate to the folder where you have downloaded the ARM template.
3. Open the ARM_TMPL_3NIC_NVM_VMSS_PARAM.json with a text editor.
   

4. Configure the following parameters as appropriate:

   Table 6 : JSON Parameters

   Resource Name	Description
   Virtual Machine Scale Set Name	Specify a name for the Virtual Machine Scale Set (VMSS). The VMSS automatically scale-out or scale-in based on the specified capacity rules. It manages a group of identical virtual machines efficiently. For more information, see Virtual Machine Scale Set. "VMSS Name":{ "value":"vth-vmss" },
   Virtual Machine Scale Set Size	Specify a suitable VM size that supports at least 3 NICs for the vThunder instance. For VM sizes, see Supported VM Sizes. "VMSS Size":{ "value":"Standard_D8s_v3" },
   Instance count	Specify the number of virtual machines to be created with identical configuration inside VMSS. It allows to adjust the number of instances based on changing workload demands. For more information, see Virtual Machine Scale Set. "Instance Count":{ "value":1 NOTE: The instance count cannot be less than 1.
   vThunder Image	Specify the desired vThunder Image name and Product name from the Azure Marketplace. "Image": { "value":"a10-vthunder-adc-601-byol" }, "Publisher": { "value": "a10networks" }, "Product": { "value": "a10-vthunder-adc-521" }, NOTE: Do not change the publisher name.
   Network Interface Cards	Specify a unique network interface card for management, data-in, and data-out traffic. "NIC Management":{ "value":"vth-inst-mgmt-nic" }, "NIC DataIn":{ "value":"vth-inst-datain-nic" }, "NIC DataOut":{ "value":"vth-inst-dataout-nic" },
   Management Public IP	Specify an existing Public IP address for management traffic. "Management Public IP Name":{ "value":"vth-inst-mgmt-ip" },
   Subnet CIDR	Specify the CIDR range for management, datain, and datout subnets. "Subnet Mgmt CIDR":{ "value":"10.0.1.0/24" }, "Subnet DataIn CIDR":{ "value":"10.0.2.0/24" }, "Subnet DataOut CIDR":{ "value":"10.0.3.0/24" },
   Network Security Group	Specify the network security group name for all the NICs. "Network Security Group":{ "value": "vth-vmss-nsg" },
   Storage Account	Specify a unique name for the Azure storage account. The name must be in lowercase, 3 - 24 characters long, and can contain numbers and lowercase letters only. It is used as a part of the URL for accessing the data stored within the account. If a name is not provided, the default value is used, but it is recommended to change it to a unique and meaningful name. For more information on naming rules and considerations, see Resource name rules. "Storage Account Name": { "value": "vthunderstorage" },
   Load Balancer	Specify a unique name for the Azure load balancer. The name must be globally unique within the Azure subscription and 1 - 80 characters long. It can include numbers, lowercase letters, and hyphens, but cannot start or end with a hyphen. The Load Balancer name is used to identify and access the load balancer and its associated resources. If a name is not provided, the default value is used. For more information on naming rules and considerations, see Resource name rules. "LB Name": { "value": "vth-lb" }, "LB Public IP Name": { "value": "vth-lb-ip" },
   Automation Account	Specify a unique name for the Azure automation account. The name must 2 - 50 characters long and can contain numbers, lowercase letters, and hyphens, but cannot start or end with a hyphen. If a name is not provided, the default value is used. An Azure automation account is a central hub for automating and orchestrating tasks and processes within the Azure environment and beyond. It provides a platform to create, monitor, and manage automation runbooks, which are scripts that can perform various tasks on Azure resources and external systems. Automation runbooks can be scheduled to run at specific intervals or triggered by specific events, enabling proactive maintenance and resource management. "Automation Account Name": { "value": "vth-amt-acc" },
   Log Analytics Workspace	Specify a unique name for the Azure log analytics workspace. The name must be 2 - 64 characters long, can contain numbers, lowercase letters, and hyphens, but cannot start or end with a hyphen. If a name is not provided, the default value is used. An Azure log analytics workspace is a central repository for collecting, analyzing, and visualizing data from various sources. It allows you to ingest and store logs and monitoring data from Azure resources, on-premises servers, applications, and other cloud environments. Once data is collected in the workspace, you can perform queries, create custom dashboards, and set up alerts to gain valuable insights into the performance, health, and security of your infrastructure and applications. "Log Analytics Workspace Name": { "value": "vth-vmss-log-workspace" },
   Application Insights	Specify a unique name for the Azure application insights resource. The name must be 2 - 256 characters long, can contain numbers, lowercase letters, and hyphens, but cannot start or end with a hyphen. If a name is not provided, the default value is used. Azure application insights is a comprehensive application performance monitoring service that helps you gain insights into the availability, performance, and usage of your applications. It allows you to track and analyze telemetry data from vThunder. With application insights, you can detect and diagnose performance issues, identify trends, and optimize application performance to deliver better user experiences. "Application Insights Name": { "value": "vth-vmss-app-insights" },
   Enable Accelerated Networking	Specify 'true' to enable low latency and high throughput on the NICs. For more information, see Accelerated Networking. "Enable Accelerated Networking": { "value": false }, NOTE: By default, accelerated networking is disabled for all type of compute instances and it can be enabled for the selected compute instances. For the supported compute instances, see Supported VM Sizes.
   Enable IP Forwarding	Specify 'true' to allow the virtual machine to forward the network traffic between networks in order to improve the network performance. This high-performance forwarded path bypasses the host from the usual data path, thus, reducing latency, jitter, and CPU utilization when using the most demanding network workloads on the supported VM types. For more information, see IP Forwarding. "Enable IP Forwarding": { "value": false } NOTE: By default, IP forwarding is disabled.

5. Verify if all the configurations in the ARM_TMPL_3NIC_NVM_VMSS_PARAM.json file are correct and then save the changes.
   
6. From the Start menu, open PowerShell and navigate to the folder where you have downloaded the ARM template.
7. Run the following command to create a resource group in Azure:

   PS C:\Users\TestUser\Templates> az group create --name <resource_group_name> --location "<location_name>"

   Example:

   PS C:\Users\TestUser\Templates> az group create --name vth-rg1 --location "south central us"

    {
       "id": "/subscriptions/xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx/resourceGroups/vth-rg1",
       "location": "southcentralus",
       "managedBy": null,
       "name": "vth-rg1",
       "properties": {
         "provisioningState": "Succeeded"
       },
       "tags": null,
       "type": "Microsoft.Resources/resourceGroups"
     }

8. Run the following command to create a deployment group in Azure.

   PS C:\Users\TestUser\Templates> az deployment group create -g <resource_group_name> --template-file <template_name> --parameters <param_template_name>

   Example:

   PS C:\Users\TestUser\Templates> az deployment group create -g vth-rg1 --template-file ARM_TMPL_3NIC_NVM_VMSS_1.json --parameters ARM_TMPL_3NIC_NVM_VMSS_PARAM.json

   A resource group is created.
   Here, vth-rg1 resource group is created.

   Figure 116 : Resource listing under resource group

   

Runbook

To verify the creation of runbooks, perform the following steps:

1. From Home, navigate to Azure services > Automation Accounts ><automation_account_name>.

   The selected automation account - Overview window is displayed.

   Figure 117 : Selected automation account - Overview window

   

2. Click Runbooks from the left Process Automation panel.
   The selected automation account - Jobs window is displayed.
   

   Figure 118 : Selected automation account - Runbooks window

   

Instance Count

To verify the instance count, perform the following steps:

1. From Home, navigate to Azure services > Virtual machine scale set > <vmss_name>.
   

   The selected VMSS - Overview window is displayed. Here, the VMSS name is vth-vmss.

   Figure 119 : Virtual machine scale set - Overview window

   

2. Click Scaling from the left Settings panel.
   The selected VMSS - Scaling window is displayed.
   

   Figure 120 : Virtual machine scale set - Scaling window - Configure tab

   

3. Verify the configured instance count.
   If the instance gets deleted either manually or automatically, VMSS creates a new instance.

LB creation

To verify LB resource creation, perform the following steps:

1. From Home, navigate to Azure services > Load balancer > <lb_name>.
   The selected LB - Overview window is displayed. Here, the LB name is vth-lb.
   
2. Click Frontend IP configuration from the left Settings panel to verify if the LB frontend IP is created.
   

   Figure 121 : Selected Frontend IP configuration window

   
   

3. Click Backend pools from the left Settings panel to verify if the backend pools are created.
   

   Figure 122 : Selected Backendpools window

   
   

4. Click Health probes from the left Settings panel to verify if the health probes are created.
   

   Figure 123 : Selected Health Probes window

   
   

5. Click Load balancing rules from the left Settings panel to verify if the load balancing rules are created.
   

   Figure 124 : Selected load balancing rules window

   
   

Storage Account Container

To verify storage account container, perform the following steps:

1. From Home, navigate to Azure services > Storage account > <storage_account_name>.
   The selected storage account - Overview window is displayed. Here, the storage account name is vthunderstorage.
2. Click Containers from the left Data storage panel.
   The selected storage account - Containers window is displayed.
   

   Figure 125 : Selected storage account - Containers window