Cisco Anyconnect Always On Vpn
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Unsupported Features of AnyConnect The only supported VPN client is the Cisco AnyConnect Secure Mobility Client. No other clients or native VPNs are supported. A VPN without a client is not supported for a VPN connection; It is only used to deploy the AnyConnect client using a web browser.
objective
The objective of this document is to show you how to configure AnyConnect VPN connection on the RV34x Series Router.
Advantages of using AnyConnect Secure Mobility Client:
- A secure and continuous connection
- Continuous security and policy enforcement
- It can be deployed from an Adaptive Security Appliance (ASA) or from enterprise software deployment systems
- Customizable and translatable
- Easily configured
- Supports both Internet Protocol Security (IPSec) and Secure Sockets Layer (SSL)
- Supports Internet Key Exchange Version 2.0 (IKEv2.0)
- AnyConnect VPN as a client supports different types of tunneling protocols such as IKEv1, IKEv2, L2TP and SSL. Depending on your requirements, you may choose one over the other, however, the most popular nowadays is SSL, it is secure, fast and more compatible with almost all endpoints including mobile devices than other protocols since it uses the standard 443/tcp (can also be used Files.
- Cisco VPN supports this and already allows account level restrictions. In addition, the client-specific routes are not specified by Cisco, but rather by the network administrator who deploys production. The VPN client also comes with a separate firewall solution that is required to run while the VPN client is running, but can be disabled.
- Windows 10 Always On VPN is an alternative to Microsoft’s DirectAccess remote access technology. Always On VPN aims to address several shortcomings of DirectAccess, including support for Windows 10 Professional and non-domain related devices, as well as cloud integration with Intune and Azure Active Directory.
an introduction
A VPN connection allows users to access, send, and receive data to and from a private network by passing through a public or shared network such as the Internet while ensuring secure connections to the underlying network infrastructure to protect the private network and its resources.
A VPN client is software that installs and runs on a computer that wants to connect to the remote network. This client software must be set up with the same configuration of the VPN server as the IP address and authentication information. This authentication information includes the user name and the pre-shared key that will be used to encrypt the data. Depending on the physical location of the networks to be connected, a VPN client can also be a device. This usually happens if a VPN connection is used to connect two networks in separate locations.
Cisco AnyConnect Secure Mobility Client is a software application for connecting to a VPN that works on various operating system and hardware configurations. This software application makes it possible to access the remote resources of another network as if the user was directly connected to his network, but in a secure manner. Cisco AnyConnect Secure Mobility Client provides a new and innovative way to protect mobile users on computer-based platforms or smartphones, providing a smoother and always-protected experience for end users and implementing a comprehensive IT administrator policy.
On the RV34x router, starting with firmware version 1.0.3.15 and moving forward, an AnyConnect license is not necessary. There will be a fee for customer licenses only.
For additional information about licensing AnyConnect on RV340 Series routers, please see the article on: AnyConnect licensing for RV340 Series routers.
Applicable device firmware version
- Cisco AnyConnect Secure Mobility Client 4.4 (Download Latest)
- RV34x Series 1.0.03.15 (Download Latest)
Configure AnyConnect VPN connection on RV34x
Configure SSL VPN on RV34x
The first step. Access the web-based utility of the router and choose VPN > SSL VPN.
Step 2. Click employment Radio button to enable Cisco SSL VPN Server.
Mandatory Gateway Settings
The following configuration settings are mandatory:
Step 3. Choose Gateway Interface from the drop-down list. This will be the port that will be used to pass traffic through the SSL VPN tunnels. The options are:
Noticeable: In this example, WAN1 is selected.
Step 4. Enter the port number used for the SSL VPN gateway in gate port Range from 1 to 65535.
Noticeable: In this example, 8443 is used as the port number.
Step 5. Choose the certificate file from the drop-down list. This certificate authenticates users trying to access the network resource through SSL VPN tunnels. The dropdown list contains the default certificate and the imported certificates.
Noticeable: In this example, the default is chosen.
Step 6. Enter the IP address of the client address pool into a file Client address pool field. This pool will be the range of IP addresses that will be allocated to remote VPN clients.
Noticeable: Ensure that the IP address range does not overlap with any of the IP addresses on the local network.
Noticeable: In this example, 192.168.0.0 is used.
Step 7. Choose Client Netmask from the drop-down list.
Noticeable: In this example, 255.255.255.128 is selected.
Step 8. Enter the client’s domain name in client area field. This will be the domain name to be pushed to the SSL VPN clients.
Noticeable: In this example, WideDomain.com is used as the client’s domain name.
Step 9. Enter the text that will appear as the login banner in the file login banner field. This will be the banner that will be displayed each time the customer logs in.
Noticeable: In this example, welcome to Widedomain! It is used as a login logo.
Optional Gateway Settings
The following configuration settings are optional:
Step 1. Enter a value in seconds for Idle Timeout ranging from 60 to 86400. This will be the length of time the SSL VPN session can remain idle.
Noticeable: In this example, 3000 was used.
Step 2. Enter a value in seconds in the file session timeout field. This is the time it takes for a TCP or UDP session to finish after the specified idle time. The range is from 60 to 1209600.
Noticeable: In this example, 60 was used.
Step 3. Enter a value in seconds in the file ClientDPD timeout The field ranges from 0 to 3600. This value specifies the periodic transmission of HELLO/ACK messages to check the status of the VPN tunnel.
Noticeable: This feature must be enabled on both ends of the VPN tunnel.
Noticeable: In this example, 350 is used.
Step 4. Enter a value in seconds in the file GateDPD timeout The field ranges from 0 to 3600. This value specifies the periodic transmission of HELLO/ACK messages to check the status of the VPN tunnel.
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Noticeable: This feature must be enabled on both ends of the VPN tunnel.
Noticeable: In this example, 360 is used.
Step 5. Enter a value in seconds in the file save your life The range ranges from 0 to 600. This feature ensures that your router is always connected to the Internet. It will try to re-establish the VPN connection if it is dropped.
Noticeable: In this example, 40 is used.
Step 6. Enter a value in seconds for the duration of the tunnel to be connected in Rental term field. The range is from 600 to 1209600.
Noticeable: In this example, 43500 is used.
Step 7. Enter the packet size in bytes that can be sent over the network. The range is from 576 to 1406.
Noticeable: In this example, 1406 is used.
Step 8. Enter the time of the paging interval in a file reset key break field. The Rekey feature allows SSL keys to be renegotiated after the session has been created. The range is 0 to 43200.
Noticeable: In this example, 3600 is used.
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Step 9. Click Progressing.
Group Policy Configuration
Step 1. Click Group Policy tab.
Step 2. Click Add Button under SSL VPN Group Table to add group policy.
Noticeable: The SSL VPN group table will display the list of group policies on the device. You can also edit the first group policy in the list, which is called SSLVPNDefaultPolicy. This is the default policy provided by the device.
Step 3. Enter your preferred policy name in file Policy name field.
Noticeable: In this example, Group Policy 1 is used.
Step 4. Enter the Primary DNS IP address in the field provided. By default, this IP address is already provided.
Noticeable: In this example, 192.168.1.1 is used.
Step 5. (Optional) Enter the secondary DNS IP address in the field provided. This will act as a backup in case the primary DNS fails.
Noticeable: In this example, 192.168.1.2 is used.
Step 6. (Optional) Enter the primary WINS IP address in the field provided.
Noticeable: In this example, 192.168.1.1 is used.
Step 7. (Optional) Enter the secondary WINS IP address in the field provided.
Noticeable: In this example, 192.168.1.2 is used.
Step 8. (Optional) Enter a description of the policy in a file Describe field.
Noticeable: In this example, group policy with split tunneling is used.
Step 9. (Optional) Click the radio button to choose an IE proxy policy to enable Microsoft Internet Explorer (MSIE) proxy settings to create a VPN tunnel. The options are:
- None – Allows the browser not to use proxy settings.
- Auto – Allows the browser to automatically detect proxy settings.
- Local Bypass – Allows the browser to bypass proxy settings configured on the remote user.
- Disabled – disables the MSIE proxy settings.
Noticeable: In this example, Disabled is selected. This is the default setting.
Step 10. (Optional) In the Split Tunneling Settings area, select File Activation of split tunneling Check box to allow traffic destined to the Internet to be sent unencrypted directly to the Internet. Full Tunneling sends all traffic to the end device where it is then routed to the destination resources, eliminating the corporate network from the path to access the web.
Step 11. (Optional) Click the radio button to choose to include or exclude traffic when split tunneling is applied.
Noticeable: In this example, Include Traffic is chosen.
Step 12. In the Split Network Table, click Add Button to add a network split exception.
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Step 13. Enter the network IP address in the field provided.
Noticeable: In this example, 192.168.1.0 is used.
Step 14. In the Split DNS table, click Add Button to add a split DNS exception.
Step 15. Enter the domain name in the provided field and then click Progressing.
Check AnyConnect VPN اتصال
Step 1. Click Anyconnect Safe Mobility Client icon.
Step 2. In the AnyConnect Secure Mobility Client window, enter the gateway IP address and gateway port number separated by a colon (:), then click Connection.
Noticeable: In this example, 10.10.10.1:8443 is used. The program will now show that it is connecting to the remote network.
The third step. Enter the server username and password in the respective fields and then click OK.
Noticeable: In this example, the Group1 user is used as the username.
Step 4. Once the connection is established, the login banner will appear. click Acceptance.
The AnyConnect window should now indicate a successful VPN connection to the network.
Step 5. (Optional) To disconnect from the network, tap Disconnect.
You should now have successfully configured AnyConnect VPN connection using RV34x Series Router.
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