1. Enhanced Security for AI Services with Azure VNET Swift Connection

    Python

    To enhance the security for AI services with Azure VNET Swift Connection, we want to ensure that our Azure services are tightly integrated with a Virtual Network (VNet). This connection will allow Azure services to communicate with each other privately within the VNet, shielding these services from public access and reducing exposure to threats.

    In the context of AI services, let's assume you want to set up a secure connection for an Azure App Service, which may host an AI application or API. We'll use the resource azure.appservice.VirtualNetworkSwiftConnection which bridges an App Service with a VNet, allowing you to restrict inbound and outbound traffic for better security.

    Here's a step-by-step Pulumi program in Python that creates:

    1. A VNet with a subnet.
    2. An Azure App Service Plan.
    3. An App Service within the App Service Plan.
    4. A Virtual Network Swift Connection between the App Service and the VNet.
    import pulumi from pulumi_azure import network, appservice # Create an Azure Resource Group resource_group = network.ResourceGroup('rg') # Create an Azure Virtual Network vnet = network.VirtualNetwork('vnet', resource_group_name=resource_group.name, address_spaces=['10.0.0.0/16']) # Create a subnet dedicated for the Azure App Service subnet = network.Subnet('subnet', resource_group_name=resource_group.name, virtual_network_name=vnet.name, address_prefix='10.0.1.0/24', service_endpoints=['Microsoft.Web']) # Create an Azure App Service Plan app_service_plan = appservice.Plan('app-service-plan', resource_group_name=resource_group.name, kind='Linux', reserved=True, sku={'tier': 'Basic', 'size': 'B1'}) # Create an Azure App Service app_service = appservice.AppService('app-service', resource_group_name=resource_group.name, app_service_plan_id=app_service_plan.id) # Create a Virtual Network Swift Connection between the App Service and the VNet swift_connection = appservice.VirtualNetworkSwiftConnection('swift-connection', resource_group_name=resource_group.name, app_service_id=app_service.id, subnet_id=subnet.id) # Export the App Service endpoint pulumi.export('app_service_endpoint', app_service.default_site_hostname)

    In this program:

    • We first define a ResourceGroup, which is used to group the Azure resources to organize them.
    • We then provision a VirtualNetwork along with a Subnet. The subnet is specifically configured to have a service endpoint for Microsoft.Web, which is necessary for the App Service to use this subnet with the VNet integration.
    • The Plan resource sets up the specifications for hosting the App Service.
    • AppService itself gets created, where it will run within the defined App Service Plan.
    • Lastly, the VirtualNetworkSwiftConnection creates a bridge between the VNet and the App Service. This connection uses the subnet_id of our created subnet.

    The app_service_endpoint exported at the end of the Pulumi program provides the URL to access the App Service. Traffic to and from this service will now go through the VNet, leveraging Azure's internal networking for enhanced security.

    This setup is essential for running AI services with sensitive data or where regulatory compliance requires enhanced security measures. With this configuration, access to the AI service can be more tightly controlled and monitored, and can benefit from other Azure networking features such as Network Security Groups (NSGs) or Azure Firewall for even more granular control.


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