The recommended deployment method is using the portal option found below. Run the following command to deploy two resource groups and the secure network reference architecture using the Azure CLI. When prompted, enter values for an admin user name and password. These values are used to log into the included virtual machines.
Run the following command to deploy two resource groups and the secure network reference architecture using PowerShell. Once the deployment has been completed, verify site-to-site connectivity by looking at the newly created connection resources.
While in the Azure portal, search for 'connections' and note that the status of each connection. The IIS instance found in the spoke network can be accessed from the virtual machine located in the mock on-prem network. Create a connection to the virtual machine using the included Azure Bastion host, open a web browser, and navigate to the address of the application's network load balancer.
For detailed information and additional deployment options, see the ARM Templates used to deploy this solution. Secure Hybrid Network. On-premises network. A private local-area network running within an organization. Azure Stack. A network environment on an Azure Stack tenant subscription, running within an organization.
VPN appliance. A device or service that provides external connectivity to the on-premises network. Virtual network. The cloud application and the components for the Azure VPN gateway reside in the same virtual network. Azure VPN gateway. For more information, see Connect an on-premises network to a Microsoft Azure virtual network. The VPN gateway includes the following elements:. Cloud application. The application hosted in Azure. It might include multiple tiers, with multiple subnets connected through Azure load balancers.
Internal load balancer. Network traffic from the VPN gateway is routed to the cloud application through an internal load balancer. The load balancer is located in the front-end subnet of the application. The following recommendations apply for most scenarios. Follow these recommendations unless you have a specific requirement that overrides them. Create an Azure virtual network with an address space large enough for all of your required resources.
Ensure that the virtual network address space has sufficient room for growth if additional VMs are likely to be needed in the future.
The address space of the virtual network must not overlap with the on-premises network. For example, the diagram above uses the address space This subnet is required by the virtual network gateway. Allocating 32 addresses to this subnet will help to prevent reaching gateway size limitations in the future.
Also, avoid placing this subnet in the middle of the address space. A good practice is to set the address space for the gateway subnet at the upper end of the virtual network address space. The example shown in the diagram uses Here is a quick procedure to calculate the CIDR :.
For example, for a virtual network with an IP address range of Converting that to decimal and expressing it as an address space yields Do not deploy any VMs to the gateway subnet. Also, do not assign an NSG to this subnet, as it will cause the gateway to stop functioning. Create the virtual network gateway in the gateway subnet and assign it the newly allocated public IP address. Use the gateway type that most closely matches your requirements and that is enabled by your VPN appliance:.
Create a policy-based gateway if you need to closely control how requests are routed based on policy criteria such as address prefixes. Policy-based gateways use static routing, and only work with site-to-site connections. Create a route-based gateway. Authentication methods and cryptographic algorithms are specified at these layers. A negotiation policy is specified as a policy provider context associated with the filter. The keying module enumerates the policy provider contexts based on the traffic characteristics and obtains the policy to use for the security negotiation.
The following diagram illustrates the interaction of the various WFP components, with respect to IPsec operation. This information can be used for fine-grained remote identity authorization by a WFP-based firewall implementation.
Filtering Layer Identifiers. Negotiation Discovery Transport Mode. Remote Identity Authorization. Server and Domain Isolation. Skip to main content. This browser is no longer supported. Note: This topic includes sample Windows PowerShell cmdlets. These procedures assume that you already have a public key infrastructure PKI in place for device authentication.
Important: The certificate parameters that you specify for the certificate are case sensitive, so make sure that you type them exactly as specified in the certificate, and place the parameters in the exact order that you see in the following example. Failure to do so will result in connection errors.
Windows PowerShell commands. Type each cmdlet on a single line, even though they may appear to wrap across several lines because of formatting constraints. Use a Windows PowerShell script similar to the following to create a local IPsec policy on the devices that you want to include in the secure connection. Use the Windows Defender Firewall with Advanced Security snap-in to verify that a connection security rule is enabled.
In the left pane of the Windows Defender Firewall with Advanced Security snap-in, click Connection Security Rules , and then verify that there is an enabled connection security rule. Expand Monitoring , and then click Connection Security Rules to verify that your IKEv2 rule is active for your currently active profile. Open the wfpdiag.
0コメント