Anyconnect Always On

If an AnyConnect policy enables Always-On and a dynamic access policy or group policy disables it, the client retains the disable setting for the current and future VPN sessions as long as its criteria match the dynamic access policy or group policy on the establishment of each new session. Always on VPN The standalone roaming client is incompatible with the AnyConnect Always On VPN setting when Trusted DNS servers are defined. When running, the standalone roaming client will always set DNS to 127.0.0.1 when active, eliminating all trusted DNS servers from the NIC settings. AnyConnect Pre-Deployment Package (Windows 10 ARM64) - includes individual MSI files Login and Service Contract Required anyconnect-win-arm64-4.10.00093-predeploy-k9.zip 08-Apr-2021. After you have successfully connected to Cisco AnyConnect once, the field will always display as Duo Action. Open the Duo app on your smartphone, and tap on your Columbia University account to reveal a 6-digit passcode (one-time use only). Type this code into the the Duo Action.: field of the Cisco AnyConnect window, then click OK.

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Applies to: Windows Server (Semi-Annual Channel), Windows Server 2016, Windows 10

Always On VPN has many benefits over the Windows VPN solutions of the past. The following key improvements align Always On VPN with Microsoft's cloud-first, mobile-first vision:

Platform Integration: Always On VPN has improved integration with the Windows operating system and third-party solutions to provide a robust platform for countless advanced connection scenarios. Canon pixma ip1800 driver download mac.
Security: Always On VPN has new, advanced security capabilities to restrict the type of traffic, which applications can use the VPN connection, and which authentication methods you can use to initiate the connection. When the connection is active most of the time, it is especially important to secure the connection. For more details, see VPN authentication options.
VPN Connectivity: Always On VPN, with or without Device Tunnel provides auto-trigger capability. Before Always On VPN, the ability to trigger an automatic connection through either user or device authentication was not possible.
Networking control: Always On VPN allows administrators to specify routing policies at a more granular level—even down to the individual application—which is perfect for line-of-business (LOB) apps that require special remote access. Always On VPN is also fully compatible with both Internet Protocol version 4 (IPv4) and version 6 (IPv6). Unlike DirectAccess, there is no specific dependency on IPv6.
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Note
Before you get started, make sure to enable IPv6 on the VPN server. Otherwise, a connection cannot be established and an error message displays.
Configuration and compatibility: Always On VPN can be deployed and managed several ways, which gives Always On VPN several advantages over the other VPN client software.

Platform integration

Microsoft has introduced or improved the following integration capabilities in Always On VPN:

Key improvement	Description
Windows Information Protection (WIP)	Integration with WIP allows network policy enforcement to determine whether traffic is permitted to go over the VPN. If the user profile is active and WIP policies are applied, Always On VPN is automatically triggered to connect. Also, when you use WIP, there's no need to specify AppTriggerList and TrafficFilterList rules separately in the VPN profile (unless you want more advanced configuration) because the WIP policies and application lists automatically take effect.
Windows Hello for Business	Always On VPN natively supports Windows Hello for Business (in certificate-based authentication mode) to provide a seamless single sign-on experience for both sign-in to the machine and connection to the VPN. Therefore, no secondary authentication (user credentials) is needed for the VPN connection, making it possible to use an Always On connection with Windows Hello for Business authentication.
Microsoft Azure conditional access	The Always On VPN client can integrate with the Azure conditional access platform to enforce multifactor authentication (MFA), device compliance, or a combination of the two. When compliant with conditional access policies, Azure Active Directory (Azure AD) issues a short-lived (by default, 60 minutes) IP Security (IPsec) authentication certificate that can then be used to authenticate to the VPN gateway. Device compliance uses Configuration Manager/Intune compliance policies, which can include the device health attestation state as part of the connection compliance check.
Azure MFA	When combined with Remote Authentication Dial-In User Service (RADIUS) services and the Network Policy Server (NPS) extension for Azure MFA, VPN authentication can use strong MFA.
Third-party VPN plug-in	With the Universal Windows Platform (UWP), third-party VPN providers can create a single application for the full range of Windows 10 devices. The UWP provides a guaranteed core API layer across devices, eliminating the complexity of and problems often associated with writing kernel-level drivers. Currently, Windows 10 UWP VPN plug-ins exist for Pulse Secure, F5 Access, Check Point Capsule VPN, FortiClient, SonicWall Mobile Connect, and GlobalProtect; no doubt, others will appear in the future.

Security

The primary improvements in security are in the following areas:

Key improvement	Description
Traffic filters	Through traffic filters, you can specify client-side policies that determine which traffic is allowed into the corporate network. In this way, administrators can apply app or traffic restrictions on the VPN interface, limiting its use to specific sources, destination ports, and IP addresses. Two types of filtering rules are available: App-based rules. App-based firewall rules are based on a list of specified applications so that only traffic originating from these apps are permitted to go over the VPN interface. Traffic-based rules. Traffic-based firewall rules are based on network requirements like ports, addresses, and protocols. Use these rules only for traffic that matches these specific conditions are permitted to go over the VPN interface. Note: These rules apply only to traffic outbound from the device. Use of Traffic filters blocks inbound traffic from the corporate network to the client.
Per-App VPN	Per-App VPN is like having an app-based traffic filter, but it goes farther to combine application triggers with an app-based traffic filter so that VPN connectivity is constrained to a specific application as opposed to all applications on the VPN client. The feature automatically initiates when the app starts.
Support for customized IPsec cryptography algorithms	Always On VPN supports the use of both RSA and elliptic curve cryptography–based custom cryptographic algorithms to meet stringent government or organizational security policies.
Native Extensible Authentication Protocol (EAP) support	Always On VPN natively supports EAP, which allows you to use a diverse set of Microsoft and third-party EAP types as part of the authentication workflow. EAP provides secure authentication based on the following authentication types: Username and password Smart card (both physical and virtual) User certificates Windows Hello for Business MFA support by way of EAP RADIUS integration The application vendor controls third-party UWP VPN plug-in authentication methods, although they have an array of available options, including custom credential types and OTP support.

VPN connectivity

The following are the primary improvements in Always On VPN connectivity:

Key improvement	Description
Always On	Always On is a Windows 10 feature that enables the active VPN profile to connect automatically and remain connected based on triggers—namely, user sign-in, network state change, or device screen active. Always On is also integrated into the connected standby experience to maximize battery life.
Application triggering	You can configure VPN profiles in Windows 10 to connect automatically on the launch of a specified set of applications. You can configure both desktop and UWP applications to trigger a VPN connection.
Name-based triggering	With Always On VPN, you can define rules so that specific domain name queries trigger the VPN connection. Windows 10 now supports name-based triggering for domain-joined and nondomain-joined machines (previously, only nondomain-joined machines were supported).
Trusted network detection	Always On VPN includes this feature to ensure that VPN connectivity is not triggered if a user is connected to a trusted network within the corporate boundary. You can combine this feature with any of the triggering methods mentioned earlier to provide a seamless 'only connect when needed' user experience.
Device Tunnel	Always On VPN gives you the ability to create a dedicated VPN profile for device or machine. Unlike User Tunnel, which only connects after a user logs on to the device or machine, Device Tunnel allows the VPN to establish connectivity before user sign-in. Both Device Tunnel and User Tunnel operate independently with their VPN profiles, can be connected at the same time, and can use different authentication methods and other VPN configuration settings as appropriate.

Networking

The following are some of the networking improvements in Always On VPN:

Key improvement	Description
Dual-stack support for IPv4 and IPv6	Always On VPN natively supports the use of both IPv4 and IPv6 in a dual-stack approach. It has no specific dependency on one protocol over the other, which allows for maximum IPv4/IPv6 application compatibility combined with support for future IPv6 networking needs. Note: Before you get started, make sure to enable IPv6 on the VPN server. Otherwise, a connection cannot be established and an error message displays.
Application-specific routing policies	In addition to defining global VPN connection routing policies for internet and intranet traffic separation, it is possible to add routing policies to control the use of split tunnel or force tunnel configurations on a per-application basis. This option gives you more granular control over which apps are allowed to interact with which resources through the VPN tunnel.
Exclusion routes	Always On VPN supports the ability to specify exclusion routes that specifically control routing behavior to define which traffic should traverse the VPN only and not go over the physical network interface. Notes: - Exclusion routes currently work for traffic within the same subnet as the client, for example, LinkLocal. - Exclusion routes only work in a Split Tunnel setup.