Get vpnconnection

Author: m | 2025-04-25

For detailed information about these cmdlets, see Get-VpnConnection, Set-VpnConnection, and Add-VpnConnection. Command Description; Get-VpnConnection: Shows all VPN profiles, including the profile name and other details. Get-VpnConnection

How to get the ConnectionStatus of a VPN with Get-VpnConnection

For the VPN connection.-ProxyPort: Specifies the proxy port for the VPN connection.-ProxyAuthentication: Specifies the proxy authentication for the VPN connection.-SkipNetworkProfileCheck: Skips the network profile check.-LogonHours: Specifies the logon hours for the VPN connection.-SharedSecret: Specifies the shared secret for the VPN connection.-AllowRemoteRouting: Allows remote routing for the VPN connection.-AllowPreSharedKey: Allows pre-shared key authentication for the VPN connection.-AssociateRouteTable: Associates a route table with the VPN connection.-RouteTable: Specifies the route table for the VPN connection.ExamplesCreate a VPN connection with certificate authenticationAdd-VpnConnection -Name MyVPN -ServerAddress vpn.contoso.com -Credential (Get-Credential)Create a VPN connection with EAP authentication$cred = New-Object System.Management.Automation.PSCredential("user", (Get-Credential).Password)Add-VpnConnection -Name MyVPN -ServerAddress vpn.contoso.com -AuthenticationMethod EAP -Credential $credCreate a VPN connection with split tunnelingAdd-VpnConnection -Name MyVPN -ServerAddress vpn.contoso.com -SplitTunnelingCommon IssuesError: “The remote connection was not made because the attempted VPN tunnels failed”Ensure the VPN server is accessible and the VPN configuration is correct.Check the VPN server’s firewall settings to ensure it allows incoming connections.Verify that the user’s credentials are valid for the VPN server.Error: “The Group Policy settings for this VPN connection do not enable this connection”Enable the VPN connection in Group Policy using the following setting: Computer Configuration\Administrative Templates\Network\Network Connections\VPN Connections\Connections.IntegrationThe Add-VpnConnection cmdlet can be used with the following commands:Get-VpnConnection: Retrieves VPN connections.Remove-VpnConnection: Removes VPN connections.Set-VpnConnection: Modifies VPN connections.Connect-VpnConnection: Connects to a VPN connection.Disconnect-VpnConnection: Disconnects from a VPN connection.New-VpnConnection: Creates a new VPN connection object.Set-VpnConnection: Modifies an existing VPN connection object.Remove-VpnConnection: Removes a VPN connection object.

Get-VpnConnection not showing VPNS : PowerShell

Description external help file Module Name ms.date online version schema title Use this topic to help manage Windows and Windows Server technologies with Windows PowerShell. PS_VpnConnectionIPsecConfiguration_v1.0.cdxml-help.xml VpnClient 12/20/2016 2.0.0 Set-VpnConnectionIPsecConfiguration SYNOPSISSets the IPsec parameters of a VPN connection.SYNTAXDefault [-Force] [-AllUserConnection] [-RevertToDefault] [-CimSession ] [-ThrottleLimit ] [-AsJob] [-WhatIf] [-Confirm] []">Set-VpnConnectionIPsecConfiguration [-ConnectionName] [-Force] [-AllUserConnection] [-RevertToDefault] [-CimSession ] [-ThrottleLimit ] [-AsJob] [-WhatIf] [-Confirm] []CustomPolicy [-AuthenticationTransformConstants] [-CipherTransformConstants] [-EncryptionMethod] [-IntegrityCheckMethod] [-PfsGroup] [-DHGroup] [-PassThru] [-Force] [-AllUserConnection] [-CimSession ] [-ThrottleLimit ] [-AsJob] [-WhatIf] [-Confirm] []">Set-VpnConnectionIPsecConfiguration [-ConnectionName] [-AuthenticationTransformConstants] [-CipherTransformConstants] [-EncryptionMethod] [-IntegrityCheckMethod] [-PfsGroup] [-DHGroup] [-PassThru] [-Force] [-AllUserConnection] [-CimSession ] [-ThrottleLimit ] [-AsJob] [-WhatIf] [-Confirm] []DESCRIPTIONThe Set-VpnConnectionIpsecConfiguration cmdlet sets the IPsec parameters of a VPN connection.The settings apply only to IKEv2 and L2TP VPN connections.EXAMPLESExample 1: Set the IPsec configuration for an IKEv2 tunnel Add-VpnConnection -Name "Contoso" -ServerAddress 176.16.1.2 -TunnelType "Ikev2"PS C:\> Set-VpnConnectionIPsecConfiguration -ConnectionName "Contoso" -AuthenticationTransformConstants None -CipherTransformConstants AES256 -EncryptionMethod AES256 -IntegrityCheckMethod SHA384 -PfsGroup None -DHGroup ECP384 -PassThru -ForceAuthenticationTransformConstants : NoneCipherTransformConstants : AES256DHGroup : ECP384IntegrityCheckMethod : SHA384PfsGroup : NoneEncryptionMethod : AES256">PS C:\> Add-VpnConnection -Name "Contoso" -ServerAddress 176.16.1.2 -TunnelType "Ikev2"PS C:\> Set-VpnConnectionIPsecConfiguration -ConnectionName "Contoso" -AuthenticationTransformConstants None -CipherTransformConstants AES256 -EncryptionMethod AES256 -IntegrityCheckMethod SHA384 -PfsGroup None -DHGroup ECP384 -PassThru -ForceAuthenticationTransformConstants : NoneCipherTransformConstants : AES256DHGroup : ECP384IntegrityCheckMethod : SHA384PfsGroup : NoneEncryptionMethod : AES256This example sets the IPsec configuration for a VPN connection using IKEv2.The first command uses the Add-VpnConnection cmdlet to add a VPN connection on the server with the address 176.16.1.2.The cmdlet specifies an IKEv2 tunnel.The second command uses the Set-VpnConnectionIPsecConfiguration cmdlet to set the configuration by using the ConnectionName parameter.The command also specifies values for the CipherTransformConstants, EncryptionMethod, IntegrityCheckMethod, and DHGroup parameters.Example 2: Set the IPsec configuration for an L2TP tunnel Add-VpnConnection -Name "Contoso" -ServerAddress 176.16.1.2 -TunnelType "L2tp"PS C:\> Set-VpnConnectionIPsecConfiguration -ConnectionName "Contoso" -AuthenticationTransformConstants None -CipherTransformConstants AES128 -EncryptionMethod AES128 -IntegrityCheckMethod SHA256 -PfsGroup None -DHGroup ECP256 -PassThru -ForceAuthenticationTransformConstants : NoneCipherTransformConstants : AES128DHGroup : ECP256IntegrityCheckMethod : SHA256PfsGroup : NoneEncryptionMethod : AES128">PS C:\> Add-VpnConnection -Name "Contoso" -ServerAddress 176.16.1.2 -TunnelType "L2tp"PS C:\> Set-VpnConnectionIPsecConfiguration -ConnectionName "Contoso" -AuthenticationTransformConstants None -CipherTransformConstants AES128 -EncryptionMethod AES128 -IntegrityCheckMethod SHA256 -PfsGroup None -DHGroup ECP256 -PassThru -ForceAuthenticationTransformConstants : NoneCipherTransformConstants : AES128DHGroup : ECP256IntegrityCheckMethod : SHA256PfsGroup : NoneEncryptionMethod : AES128This example sets the IPsec configuration for an L2TP tunnel.The first command uses Add-VpnConnection to add a VPN connection on the server with the address 176.16.1.2.The command also specifies an L2TP tunnel.The second command uses Set-VpnConnectionIPsecConfiguration to set the configuration.The command also specifies values for the CipherTransformConstants, EncryptionMethod, IntegrityCheckMethod, and DHGroup parameters.Example 3: Set the IPsec configuration for an IKEv2 tunnel with 128-bit data blocksAdd-VpnConnection -Name "Contoso" -ServerAddress 176.16.1.2 -TunnelType "Ikev2"PS C:\> Set-VpnConnectionIPsecConfiguration -ConnectionName "Contoso" -AuthenticationTransformConstants GCMAES128 -CipherTransformConstants None -EncryptionMethod AES128 -IntegrityCheckMethod SHA256 -PfsGroup None -DHGroup ECP256 -PassThru -ForceAuthenticationTransformConstants : GCMAES128CipherTransformConstants : NoneDHGroup : ECP256IntegrityCheckMethod : SHA256PfsGroup : NoneEncryptionMethod : AES128">PS C:\>Add-VpnConnection -Name "Contoso" -ServerAddress 176.16.1.2 -TunnelType

Get-VpnConnection - PowerShell Command - PDQ

Always On VPN administrators may find that their device tunnel connections no longer connect automatically after applying the April 2024 security updates. The device tunnel connection is optional and only required under specific conditions, so end users may not be immediately impacted. However, administrators should be aware of this issue.Note: The issues outlined in this post have been resolved with the May 14, 2024, security updates.Error MessagesWhen manually establishing an Always On VPN device tunnel connection using rapshone.exe or rasdial.exe, you may receive one of the following error messages.Rasphone.exeError 0x80070057: The parameter is incorrect.Rasdial.exeConnecting to …The parameter is incorrect.Affected DevicesThe issue affects all supported versions of Windows with an Always On VPN device tunnel connection configured to require a specific Enhanced Key Usage (EKU) OID. Administrators can run the following PowerShell command to identify this configuration.Get-VpnConnection -AllUserConnection -Name | Select-Object MachineCertificateEkuFilterIf the output of this PowerShell command returns data, it is affected by this issue.WorkaroundTo restore Always On VPN device tunnel functionality on devices with the April 2024 security updates installed, open an elevated PowerShell command window and run the following command.Set-VpnConnection -AllUserConnection -Name ‘Always On VPN Device Tunnel’ -MachineCertificateEKUFilter $NullAfter running this command, the output should now be blank.CaveatThe problem with implementing the workaround described here is that you likely enabled this configuration to address an issue where the wrong certificate was selected for use with the device tunnel. In this case, the workaround may result in unexpected behavior and may not restore full functionality.Known Issue RollbackCurrently, Microsoft is aware of the issue and is actively working to resolve it. If you are experiencing this issue, open a support case with Microsoft, and they will provide you with more information and possibly a private Known Issue Rollback (KIR). I will update this post as soon as Microsoft publishes a permanent fix.Additional InformationAlways On VPN Device Tunnel Operation and Best PracticesAlways On VPN Device Tunnel Only Deployment ConsiderationsConsiderations for Always On VPN with Azure VPN Gateway and Virtual WAN. For detailed information about these cmdlets, see Get-VpnConnection, Set-VpnConnection, and Add-VpnConnection. Command Description; Get-VpnConnection: Shows all VPN profiles, including the profile name and other details. Get-VpnConnection

Get-VpnConnection - Programming Development - Spiceworks

FalsePosition: NamedDefault value: FalseAccept pipeline input: FalseAccept wildcard characters: False-ConnectionNameSpecifies the name of a VPN connection profile to modify.To view existing VPN connection profiles, use the Get-VpnConnection cmdlet.Type: StringParameter Sets: (All)Aliases: NameRequired: TruePosition: 1Default value: NoneAccept pipeline input: True (ByPropertyName)Accept wildcard characters: False-DHGroupSpecifies the Diffie-Hellman (DH) Group to use during IKE key exchanges.The acceptable values for this parameter are:NoneGroup1Group2Group14ECP256ECP384Group24Type: DHGroupParameter Sets: CustomPolicyAliases: Accepted values: None, Group1, Group2, Group14, ECP256, ECP384, Group24Required: TruePosition: 4Default value: NoneAccept pipeline input: True (ByPropertyName)Accept wildcard characters: False-EncryptionMethodSpecifies the encryption method.The acceptable values for this parameter are:DESDES3AES128AES192AES256GCMAES128GCMAES256Type: EncryptionMethodParameter Sets: CustomPolicyAliases: Accepted values: DES, DES3, AES128, AES192, AES256, GCMAES128, GCMAES256Required: TruePosition: 5Default value: NoneAccept pipeline input: True (ByPropertyName)Accept wildcard characters: False-ForceForces the command to run without asking for user confirmation.Type: SwitchParameterParameter Sets: (All)Aliases: Required: FalsePosition: NamedDefault value: NoneAccept pipeline input: FalseAccept wildcard characters: False-IntegrityCheckMethodSpecifies the integrity check method used to protect data from tampering.The acceptable values for this parameter are:MD5SHA1SHA256SHA384Type: IntegrityCheckMethodParameter Sets: CustomPolicyAliases: Accepted values: MD5, SHA1, SHA256, SHA384Required: TruePosition: 6Default value: NoneAccept pipeline input: True (ByPropertyName)Accept wildcard characters: False-PassThruReturns an object representing the item with which you are working.By default, this cmdlet does not generate any output.If you specify this parameter, the cmdlet returns the VpnConnection object that contains the VpnConnection configuration settings.Type: SwitchParameterParameter Sets: CustomPolicyAliases: Required: FalsePosition: NamedDefault value: NoneAccept pipeline input: FalseAccept wildcard characters: False-PfsGroupSpecifies the Perfect Forwarding Secrecy (PFS) Group in the IPsec policy.The acceptable values for this parameter are:NonePFS1PFS2PFS2048ECP256ECP384PFSMMPFS24Type: PfsGroupParameter Sets: CustomPolicyAliases: Accepted values: None, PFS1, PFS2, PFS2048, ECP256, ECP384, PFSMM, PFS24Required: TruePosition: 7Default value: NoneAccept pipeline input: True (ByPropertyName)Accept wildcard characters: False-RevertToDefaultIndicates that the cmdlet sets the IPsec parameters to the default values.Type: SwitchParameterParameter Sets: DefaultAliases: Required: TruePosition: 2Default value: NoneAccept pipeline input: FalseAccept wildcard characters: False-ThrottleLimitSpecifies the maximum number of concurrent operations that can be established to run the cmdlet.If this parameter is omitted or a value of 0 is entered, then Windows PowerShell® calculates an optimum throttle limit for the cmdlet based on the number of CIM cmdlets that are running on the computer.The throttle limit applies only to the current cmdlet, not to the session or to the computer.Type: Int32Parameter Sets: (All)Aliases: Required: FalsePosition: NamedDefault value: NoneAccept pipeline input: FalseAccept wildcard characters: False-WhatIfShows what would happen if the cmdlet runs.The cmdlet is not run.Type: SwitchParameterParameter Sets: (All)Aliases: wiRequired: FalsePosition: NamedDefault value: FalseAccept pipeline input: FalseAccept wildcard characters: FalseCommonParametersThis cmdlet supports the common parameters: -Debug, -ErrorAction, -ErrorVariable, -InformationAction, -InformationVariable, -OutVariable, -OutBuffer, -PipelineVariable, -Verbose, -WarningAction, and -WarningVariable. For more information, see about_CommonParameters.INPUTSOUTPUTSMicrosoft.Management.Infrastructure.CimInstance#VpnConnectionIPsecConfigurationNOTESRELATED LINKSAdd-VpnConnection

Get-VpnConnection - Mail Merge Plus

"Ikev2"PS C:\> Set-VpnConnectionIPsecConfiguration -ConnectionName "Contoso" -AuthenticationTransformConstants GCMAES128 -CipherTransformConstants None -EncryptionMethod AES128 -IntegrityCheckMethod SHA256 -PfsGroup None -DHGroup ECP256 -PassThru -ForceAuthenticationTransformConstants : GCMAES128CipherTransformConstants : NoneDHGroup : ECP256IntegrityCheckMethod : SHA256PfsGroup : NoneEncryptionMethod : AES128This example sets the IPsec configuration for an IKEv2 tunnel with authentication transform constants.The first command uses Add-VpnConnection to add a VPN connection on the server with the address 176.16.1.2.The cmdlet specifies an IKEv2 tunnel.The second command uses Set-VpnConnectionIPsecConfiguration to set the configuration.The command also specifies values for the CipherTransformConstants, EncryptionMethod, IntegrityCheckMethod, and DHGroup parameters, as well as specifying a value for the AuthenticationTransformConstants parameter.Example 4: Set the IPsec configuration for an IKEv2 tunnel with 256-bit data blocksAdd-VpnConnection -Name "Contoso" -ServerAddress 176.16.1.2 -TunnelType "Ikev2"PS C:\> Set-VpnConnectionIPsecConfiguration -ConnectionName "Contoso" -AuthenticationTransformConstants GCMAES256 -CipherTransformConstants None -EncryptionMethod AES256 -IntegrityCheckMethod SHA384 -PfsGroup None -DHGroup ECP384 -PassThru -ForceAuthenticationTransformConstants : GCMAES256CipherTransformConstants : NoneDHGroup : ECP384IntegrityCheckMethod : SHA384PfsGroup : NoneEncryptionMethod : AES256">PS C:\>Add-VpnConnection -Name "Contoso" -ServerAddress 176.16.1.2 -TunnelType "Ikev2"PS C:\> Set-VpnConnectionIPsecConfiguration -ConnectionName "Contoso" -AuthenticationTransformConstants GCMAES256 -CipherTransformConstants None -EncryptionMethod AES256 -IntegrityCheckMethod SHA384 -PfsGroup None -DHGroup ECP384 -PassThru -ForceAuthenticationTransformConstants : GCMAES256CipherTransformConstants : NoneDHGroup : ECP384IntegrityCheckMethod : SHA384PfsGroup : NoneEncryptionMethod : AES256This example sets the IPsec configuration for an IKEv2 tunnel, and specifies authentication transform constants.The first command uses Add-VpnConnection to add a VPN connection on the server with the address 176.16.1.2.The cmdlet specifies an IKEv2 tunnel.The second command uses Set-VpnConnectionIPsecConfiguration to set the configuration.The command also specifies values for the CipherTransformConstants, EncryptionMethod, IntegrityCheckMethod, and DHGroup parameters, as well as specifying a value for the AuthenticationTransformConstants parameter.PARAMETERS-AllUserConnectionIndicates that the VPN connection being modified is in the global phone book.Type: SwitchParameterParameter Sets: (All)Aliases: Required: FalsePosition: NamedDefault value: NoneAccept pipeline input: FalseAccept wildcard characters: False-AsJobRuns the cmdlet as a background job. Use this parameter to run commands that take a long time to complete.Type: SwitchParameterParameter Sets: (All)Aliases: Required: FalsePosition: NamedDefault value: NoneAccept pipeline input: FalseAccept wildcard characters: False-AuthenticationTransformConstantsSpecifies authentication header (AH) transform in the IPsec policy.For more information, see the Set-VpnServerIPsecConfiguration cmdlet.The acceptable values for this parameter are:MD596SHA196SHA256128GCMAES128GCMAES192GCMAES256NoneType: AuthenticationTransformConstantsParameter Sets: CustomPolicyAliases: Accepted values: MD596, SHA196, SHA256128, GCMAES128, GCMAES192, GCMAES256, NoneRequired: TruePosition: 2Default value: NoneAccept pipeline input: True (ByPropertyName)Accept wildcard characters: False-CimSessionRuns the cmdlet in a remote session or on a remote computer.Enter a computer name or a session object, such as the output of a New-CimSession or Get-CimSession cmdlet.The default is the current session on the local computer.Type: CimSession[]Parameter Sets: (All)Aliases: SessionRequired: FalsePosition: NamedDefault value: NoneAccept pipeline input: FalseAccept wildcard characters: False-CipherTransformConstantsSpecifies Encapsulating Security Payload (ESP) cipher transform in the IPsec policy.Acceptable values for this parameter are:DESDES3AES128AES192AES256GCMAES128GCMAES192GCMAES256NoneType: CipherTransformConstantsParameter Sets: CustomPolicyAliases: Accepted values: DES, DES3, AES128, AES192, AES256, GCMAES128, GCMAES192, GCMAES256, NoneRequired: TruePosition: 3Default value: NoneAccept pipeline input: True (ByPropertyName)Accept wildcard characters: False-ConfirmPrompts you for confirmation before running the cmdlet.Type: SwitchParameterParameter Sets: (All)Aliases: cfRequired:

Windows PowerShell command on Get-command Get-VpnConnection

OverviewThe Add-VpnConnection cmdlet creates a new VPN connection on the local computer. It establishes a virtual private network (VPN) tunnel between the local computer and a remote VPN server, allowing secure and private access to network resources over a public network.SyntaxAdd-VpnConnection [-Name] [-ServerAddress] [-TunnelType] [-AuthenticationMethod] [-Credential] [-SplitTunneling] [-PassThru] [-Force] [-UseWindowsCredential [True] | [False]] [-WindowsCredentialProviderName] [-WindowsCredentialType] [-WindowsCredentialDomain] [-WindowsCredentialSecureVault] [-WindowsCredentialPersist] [-SkipGroupPolicy] [-UseLegacyCredential] [-AllowCustomAuthentication] [-ConnectionId] [-Description] [-ProviderName] [-ServiceProviderName] [-Pbkdf2KeyLength] [-Pbkdf2IterationCount] [-Pbkdf2Algorithm] [-ForceSourceAddress] [-MaximumConnectionTime] [-MaximumSendPacketSize] [-MaximumReceivePacketSize] [-ProxyAddress] [-ProxyPort] [-ProxyAuthentication] [-SkipNetworkProfileCheck] [-LogonHours] [-SharedSecret] [-AllowRemoteRouting] [-AllowPreSharedKey] [-AssociateRouteTable] [-RouteTable] Options/Flags-Name: Specifies the name of the VPN connection.-ServerAddress: Specifies the address of the VPN server.-TunnelType: Specifies the type of VPN tunnel to create. Valid values are: Automatic, IkeV2, IKEv1, PPTP and SSTP. Default: Automatic-AuthenticationMethod: Specifies the authentication method to use. Valid values are: Certificate, EAP and PreSharedKey. Default: Certificate-Credential: Specifies the credentials to use for authentication.-SplitTunneling: Enables or disables split tunneling. Default: False-PassThru: Returns the created VPN connection object.-Force: Overwrites an existing VPN connection with the same name.-UseWindowsCredential: Specifies whether to use Windows credentials for authentication. Default: True-WindowsCredentialProviderName: Specifies the name of the Windows credential provider.-WindowsCredentialType: Specifies the type of Windows credential.-WindowsCredentialDomain: Specifies the domain of the Windows credential.-WindowsCredentialSecureVault: Specifies whether to store the Windows credential securely.-WindowsCredentialPersist: Specifies whether to persist the Windows credential.-SkipGroupPolicy: Bypasses Group Policy settings.-UseLegacyCredential: Uses the legacy credential method.-AllowCustomAuthentication: Allows custom authentication methods.-ConnectionId: Specifies the connection ID of the VPN connection.-Description: Specifies the description of the VPN connection.-ProviderName: Specifies the VPN provider name.-ServiceProviderName: Specifies the VPN service provider name.-Pbkdf2KeyLength: Specifies the Pbkdf2 key length.-Pbkdf2IterationCount: Specifies the Pbkdf2 iteration count.-Pbkdf2Algorithm: Specifies the Pbkdf2 algorithm.-ForceSourceAddress: Forces the source address of the VPN connection.-MaximumConnectionTime: Specifies the maximum connection time of the VPN connection.-MaximumSendPacketSize: Specifies the maximum send packet size of the VPN connection.-MaximumReceivePacketSize: Specifies the maximum receive packet size of the VPN connection.-ProxyAddress: Specifies the proxy address

PowerShell: Get-VpnConnection is not working - Microsoft Q A

To disable high availability,omit this flag. API Make a POST request to the projects.locations.vpnConnections.createmethod:POST /v1/PROJECT_ID/locations/REGION/vpnConnections?vpnConnectionId=VPN_CONNECTION_ID&requestId=REQUEST_ID{ "name": string, "labels": { }, "natGatewayIp": NAT_GATEWAY, "cluster": CLUSTER_PATH, "vpc": VPC_NETWORK_ID, "vpcProject": VPC_PROJECT_ID, "vpcServiceAccount": var>VPC_PROJECT_SERVICE_ACCOUNT, "enableHighAvailability": HA_ENABLE,}Replace the following:PROJECT_ID: the ID of the target Google Cloud project.REGION: the Google Cloud region in which the targetDistributed Cloud connected zone is created.VPN_CONNECTION_ID: a unique programmatic ID thatidentifies this node pool resource.REQUEST_ID: a unique programmatic ID that identifiesthis request.VPN_CONNECTION_NAME: a descriptive name that uniquelyidentifies this VPN connection.NAT_GATEWAY: the IP address of your NAT gateway.CLUSTER_PATH: the full canonical path to the targetcluster.VPC_NETWORK_ID: the ID of the target VPCnetwork.VPC_PROJECT_ID: the ID of the targetGoogle Cloud project that contains the target VPC network.HA_ENABLE: indicates whether to configure this VPNconnection for high availability on the cluster side. If set to TRUE,configures two separate VPN clients that run on two separate nodes.Cloud Audit Logs for cross-project VPN connectionsWhen you create a cross-project VPN connection, Cloud Audit Logs logs are writtenas follows:The audit logs for your Distributed Cloud connected cluster recordthe long-running operation, authentication, and authorization information forthe cross-project VPN connection. This information includes the caller ofthe create operation and the permissions the caller has been granted or denied.The audit logs for the target VPC project record informationabout the Google Cloud resources that enable the cross-project VPNconnection, such as the Cloud Router and Cloud VPNresources. The caller that accesses these resources is theDistributed Cloud connected service account to which you havegranted theEdge Container Service Agent role(roles/edgecontainer.serviceAgent).Limitations of VPN connectionsIf you modify the node pool of the cluster in which you created a particular VPNconnection, you must delete and recreate that VPN connection. Otherwise, unexpectedbehavior might occur, including:Intermittent loss of VPN connectivityInability to create VPN connections in the other clusters in theDistributed Cloud connected zoneLimitations of cross-project VPN connectionsAdditionally, cross-project VPN connections have the following. For detailed information about these cmdlets, see Get-VpnConnection, Set-VpnConnection, and Add-VpnConnection. Command Description; Get-VpnConnection: Shows all VPN profiles, including the profile name and other details. Get-VpnConnection I am running PSVersion 3.206. Is there something that I must configure or call before Get-VpnConnection? PS C: Users pwatson gt; Get-VpnConnection -AllUserConnection Get-VpnConnection : In

vpn - Get-VpnConnection error - Super User

We recently completed an AOVPN deployment with SCCM and hit a few bumps along the way,so thought I’d document to help anyone else. One point to note is, I had nothing to do with the AOVPN solution configuration, just the deployment with SCCM. This information below is a combination of our testing / troubleshooting / questions and answers from redditors / piloting / MS Cases etc.Our environmentAzure AOVPN Gateways IkeV2 Device Tunnel Profile (routes for AD services) User Tunnel Profile (routes for everything else) SCCM 1810 Win10 1703 – 1909Microsoft provides the UserCert.ps1 and Devicecert.ps1. After lots of testing and bug finding and troubleshooting, we may some changes to the install script (not what MS does, but before and after). Please note, scripting is not my forte, so the snippets will be clunky (if it looks dumb but it works, it’s not dumb).We found that we had to make the following changes to the default install scripts;Script ActionsUninstall Existing AOVPN Profiles (ensures no conflicting profiles)Change Regkey to change service dmwappushservice to automatic / start dmwappushserviceRun the standard MS script to create AOVPN ProfileUpdate the PBK file and change value of IPInterfaceMetric from 0 to 9Update the PBK file and change value of Ipv6InterfaceMetric from 0 to 9Update the PBK file and change the value of NetworkOutageTime from 1800 to 30.Write an XML version RegkeySet exit code to 1641 (DT only)Uninstall Existing AOVPN ProfilesWe use a consistent naming convention for our tunnels, so the first few lines of the install script look for any tunnel names and remove them just to ensure no conflicting profiles and also this function helps us later for xml updates. We found that it wasn’t simple to remove an active tunnel. You ahve to hang it up first…however it autoconnects almost immediately. To get around this, we first set the VPN connection to an incorrect authentication method and then disconnect it to prevent it re-dialling;Set-VPNConnection -AllUserConnection -Name “TunnelName01” -AuthenticationMethod EAP##Disconnects the AlwaysOnVPN Device TunnelRasdial.exe “TunnelName01” /disconnectRemove-VPNConnection -AllUserConnection -Name “TunnelName01” -Force -ErrorAction SilentlyContinueThis method is also used for our uninstall scripts.Change Regkey to change service dmwappushservice to automatic / start dmwappushserviceWe had an issue on an increasing number of machines, where the profile script ran and did not throw any errors and stated that it was all successful, however there was no trace of the tunnel profiles. After much hairpulling and testing and troubleshooting, we eventually found

Get-VPNConnection shows wrong connection status?

Node pool resource.REQUEST_ID: a unique programmatic ID that identifiesthis request.VPN_CONNECTION_NAME: a descriptive name that uniquelyidentifies this VPN connection.NAT_GATEWAY: the IP address of your NAT gateway.CLUSTER_PATH: the full canonical path to the targetcluster.VPC_NETWORK_ID: the ID of the target VPCnetwork.HA_ENABLE: indicates whether to configure this VPNconnection for high availability on the cluster side. If set to TRUE,configures two separate VPN clients that run on two separate nodes.ROUTER_NAME (optional): specifies an existingCloud Router resource to use for this VPN connection. Otherwise,Distributed Cloud connected creates a Cloud Routerautomatically if one does not yet exist in the targetGoogle Cloud project and region. To list the VPN connections provisioned for a Distributed Cloud connected cluster, complete the stepsin this section.To complete this task, you must have theEdge Container Viewer role(roles/edgecontainer.viewer) in your Google Cloud project. gcloud Use the gcloud edge-cloud container vpn-connections list command:gcloud edge-cloud container vpn-connections list \ --project=PROJECT_ID \ --location=REGIONReplace the following:PROJECT_ID: the ID of the target Google Cloud project.REGION: the Google Cloud region in which the targetDistributed Cloud zone is created. API Make a GET request to the projects.locations.vpnConnections.listmethod:GET /v1/PROJECT_ID/locations/REGION/vpnConnections?filter=FILTER&pageSize=PAGE_SIZE&orderBy=SORT_BY&pageToken=PAGE_TOKENReplace the following:PROJECT_ID: the ID of the target Google Cloud project.REGION: the Google Cloud region in which the targetDistributed Cloud connected zone is created.FILTER: an expression that constrains the returnedresults to specific values.PAGE_SIZE: the number of results to return per page.SORT_BY: a comma-delimited list of field names by whichthe returned results are sorted. The default sort order is ascending; fordescending sort order, prefix the desired field with ~.PAGE_TOKEN: a token received in the response to thelast list request in the nextPageToken field in the response. Send thistoken to receive a page of results.Get information about a VPN connectionTo get information about a Distributed Cloud VPN connection,complete the steps in this section.To complete this task, you must have theEdge Container Viewer role(roles/edgecontainer.viewer) in your Google. For detailed information about these cmdlets, see Get-VpnConnection, Set-VpnConnection, and Add-VpnConnection. Command Description; Get-VpnConnection: Shows all VPN profiles, including the profile name and other details. Get-VpnConnection

Get-VpnConnection - 2 by Neally - Spiceworks Community

If the system supports this cmdlet first{if (Get-VPNConnection -AllUserConnection | where {$_.Name -match “Tunnel01”}){ Write-Host “Installed” }else {}}else {}This worked great for Device Tunnel, but not for user tunnel. We are deploying our UT to User Collections, but running as system. Even though it is set to run as system, the detection method runs as User. This is a known bug in sccm (thanks reddit) . In our environment, users are blocked from running powershell, so this wasn’t a suitable method.We opted for simple regkey detection. Our AOVPN packages look for the presence of the following regkeys;UT1)HKLMSYSTEMCurrentControlSetServicesRasManConfigAutoTriggerProfileEntryName = Tunnel01 (system created regkey)2) HKLMSYSTEMCurrentControlSetServicesRasManConfigUTXML = 1.0 (script created regkey, as noted above)DT1)HKLMSYSTEMCurrentControlSetServicesRasManDeviceAutoTriggerProfileEntryName = Tunnel02 (system created regkey)2) HKLMSYSTEMCurrentControlSetServicesRasManDeviceDTXML = 1.0 (script created regkey, as noted above)Updating the solutionTo update the solution, add routes or modify the xmls. We simply add the new xml to the package, update the install script to the new xml version and update the detection method to the new xml version. This forces all devices / users with an old version of the tunnel profiles to reinstall.DeploymentWe deployed the DT to all devices (using an exclusion collection for devices below 1803 as DT is not supported on those devices).UT we deployed to user collections, but installs as system.Troubleshooting: The best way to troubleshoot is to always remove as many moving parts from the equation. Most our testing was done using PSExec (system) and running the script with the same parameters that we would when using SCCM. Event Log: In the event log, look in the applications log for anything from Rasclient for further information. I created a script in SCCM to grab this information remotely and put it on a server share. Get-EventLog -LogName Application -Newest 100 -Verbose | ft -Wrap > $Path$Compname.EventLog.Application.csv Get-EventLog -LogName Application -Source Rasclient -Newest 100 -Verbose | ft -Wrap > $Path$Compname.EventLog.RASClient.log Trace Logs: Advanced Rasclient logs can also be enabled by running the following command on the machine; netsh ras set tracing * enabled netsh ras diagnostics set loglevel all This then writes log files to; C:WindowsTracingI really hope this helps somebody else out there and you don’t have to do as much head to wall banging. Best of Luck