SpeedTouchTM608WL and SpeedTouchTM620 only SpeedTouchTM608(WL)/620
Table Of Contents
- Contents
- About this IPSec Configuration Guide
- 1 IPSec: Concept for secure IP connections
- 2 SpeedTouch™ IPSec terminology
- 3 Configuration via Local Pages
- Prerequisites
- IPSec Web Pages
- VPN Menu
- In this section
- 3.1 LAN to LAN Application
- Reference network
- Selecting the LAN to LAN application
- Outline of a configuration procedure
- 3.1.1 Remote Gateway Address Known Page
- VPN context
- Initial page
- Buttons
- Remote Gateway
- Miscellaneous
- IKE Security Descriptors
- Page layout with additional Descriptors
- Page layout for pre- shared key authentication
- IKE Authentication with Preshared Key
- Page layout for certificate authentication
- IKE Authentication: Certificate parameters
- Example of a completed page
- Buttons
- 3.1.2 Remote Gateway Address Unknown Page
- VPN context
- Example
- Aggressive Mode initial page
- Aggressive Mode versus Main Mode
- Buttons
- Miscellaneous
- IKE Security Descriptors
- Page layout with additional Descriptors
- Page layout for pre- shared key authentication
- IKE Authentication with Preshared Key
- Page layout for certificate authentication
- IKE Authentication: Certificate parameters
- Main Mode initial page
- Buttons
- IKE Security Descriptors
- Page layout with additional Descriptors
- Miscellaneous
- Page layout for pre- shared key authentication
- IKE Authentication with Preshared Key
- Page layout for certificate authentication
- IKE Authentication: Certificate parameters
- Main mode expanded page
- Identification & Interface
- Example of a completed page
- Buttons
- 3.1.3 Connections Page
- 3.2 VPN Client
- VPN context
- Advantages of the SpeedTouch™ VPN Client
- Selecting the VPN Client application
- Outline of a VPN Client configuration procedure
- 3.2.1 VPN Client Page
- Initial page
- Buttons
- Server IP Address or FQDN
- Backup Server IP Address or FQDN
- IKE Security Descriptor
- IPSec Security Descriptor
- Exchange Mode
- Server Vendor
- Primary Untrusted Physical Interface
- Virtual IP mapping
- Optional Remote network
- Page layout for pre- shared key authentication
- IKE Authentication with Preshared Key
- Page layout for certificate authentication
- IKE Authentication: Certificate parameters
- Starting and stopping a VPN client connection
- Page layout for Automatic Start
- Local LAN IP Range
- Set of Server Vendor specific parameters
- Configuring XAuth
- 3.2.2 Starting the VPN Client Connection
- 3.2.3 Closing a Connection
- 3.3 VPN Server
- VPN context
- Selecting the VPN Server application
- Outline of a VPN server configuration procedure
- 3.3.1 VPN Server Page
- Initial page
- Buttons
- Local Trusted Network
- Page layout with additional Networks
- IKE Security Descriptor
- Page layout with additional Descriptors
- IPSec Security Descriptor
- Page layout with additional Descriptors
- Miscellaneous
- VPN Server settings
- Page layout for pre- shared key authentication
- IKE Authentication with Preshared Key
- Page layout for certificate authentication
- IKE Authentication: Certificate parameters
- Authorized Users List
- 3.4 Certificates
- 3.5 Advanced VPN Menu
- When to use
- Peer Profiles page
- Connection Profiles page
- 3.5.1 Peer Profiles Page
- 3.5.2 Authentication Page
- 3.5.3 Peer Descriptors Page
- 3.5.4 Peer Options Page
- 3.5.5 VPN-Client Page
- 3.5.6 VPN-Server Page
- 3.5.7 VPN-Server-XAuth Page
- 3.5.8 Connection Profiles Page
- 3.5.9 Networks Page
- 3.5.10 Connection Descriptors Page
- 3.5.11 Connection Options Page
- 3.5.12 Client Page
- 4 Configuration via the Command Line Interface
- In this chapter
- Reference network
- 4.1 Basic IPSec configuration procedure
- 4.2 Peer: Authentication Attribute
- 4.3 Peer Security Descriptor
- 4.4 Peer
- What is ...
- How is it used
- In this section
- 4.4.1 Peer parameters
- Parameters table
- Peer name [name]
- Remote Security Gateway identifier [remoteaddr]
- Backup remote Security Gateway Identifier [backupaddr]
- Exchange mode [exchmode]
- Local Identifier [localid]
- Remote Identifier [remoteid]
- Physical Interface [phyif]
- Peer descriptor [descr]
- Authentication Attribute [auth]
- client/server
- options
- 4.4.2 List all peer entities
- 4.4.3 Create a new peer entity
- 4.4.4 Set or modify the peer parameters
- 4.4.5 Delete a Peer entity
- 4.5 Connection Security Descriptor
- 4.6 Network Descriptor
- 4.7 Connection
- 4.8 Auxiliary Commands
- 4.9 Organisation of the IPSec Command Group
- 5 Troubleshooting SpeedTouch™ IPSec
- 6 Advanced Features
- In this section
- 6.1 IPSec and the Stateful Inspection Firewall
- 6.2 Surfing through the VPN tunnel
- 6.3 Extended Authentication (XAuth)
- 6.4 VPN Client
- 6.5 VPN Server
- 6.6 XAuth Users Pool
- Introduction
- 6.6.1 XAuth Pool parameters
- 6.6.2 Create a new XAuth pool
- 6.6.3 Modify the xauthpool type
- 6.6.4 Attach the xauthpool entity to the vpnserver entity
- 6.6.5 Delete an xauthpool entity
- 6.6.6 XAuth User parameters
- 6.6.7 Create a new XAuth user
- 6.6.8 Set or modify the password of an XAuth user
- 6.6.9 Delete an xauthuser entity
- 6.7 The Default Peer Concept
- 6.8 One Peer - Multiple Connections
- 6.9 Peer Options
- 6.10 Connection Options
- 6.11 Advanced Connection
- Need more help?
Chapter 5
Troubleshooting SpeedTouch™ IPSec
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5.5 Pinging from the SpeedTouch™ to the remote
private network
Ping command In order to verify that an IPSec tunnel is active, you can use the :ip debug ping CLI
command of the SpeedTouch™. With this command you are able to send ping
messages from the SpeedTouch™ to an IP address in the remote private network.
The transmission through an IPSec tunnel of messages originating from the
SpeedTouch™ requires some adaptations to the SpeedTouch™ routing table. In
general, this kind of traffic does not comply with the traffic policy of the VPN tunnel.
Therefore, some adaptations to the routing table are required, which can only be
performed via the Command Line Interface (CLI).
Adapting the routing
table
The adaptations to the routing table are made via the CLI.
Proceed as follows:
1 Add a route to the remote private network. Explicitly specify the local LAN
interface as the source interface in the route definition.
Example:
2 Set the local private IP address of the SpeedTouch™ as the primary IP address.
Example:
:ip rtadd dst 20.0.0.0/24 intf=ipsec0 srcintf=lan1
:ip ipconfig addr=10.0.0.254 primary=enabled