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Vesna Bijelic Posted on Jun 15, 2012
Answered by a Fixya Expert

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How to remove (disable) FVS336Gv2 full VPN access in LAN using CLI?

After creating full VPN, I cannot access FVS336gv2 web interface (https://ipnumber:port): "Blocked to login from this browser".

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  • Expert 66 Answers
  • Posted on Jul 03, 2012
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Http://support.netgear.com/product/FVS336Gv2
I would suggest going to the site above and read more on configuring your device. It sounds like your VPN firewall is blocking your browser from accessing the web interface.

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Netgear blocks vpn

Use the web interface to administrate settings.


Netgear:
192.168.1.1
user: admin
password: password or 1234


Go to Advance > Default DMZ Server and enter the computers IP that needs VPN access. This will bypass routers NAT / Firewall, and allow all network ports access.
tip

VPN in Microsoft Server 2003

The full form of VPN is Virtual Private Network. VPN gives extremely secure connections between private networks linked through the Internet. It allows remote computers to act as though they were on the same secure, local network. Allows you to be at home and access your company's computers in the same way as if you were sitting at work.

Almost impossible for someone to tap or interfere with data in the VPN tunnel. If you have VPN client software on a laptop, you can connect to your company from anywhere in the world. VPN goes between a computer and a network (client-to-server), or a LAN and a network using two routers (server-to-server). Each end of the connection is a VPN "endpoint", the connection between them is a "VPN tunnel".

When one end is a client, it means that computer is running VPN client software. You can use a virtual private network (VPN) to connect components to one network by using another network. VPN do this by "tunneling" through the Internet or another public network. With a VPN, connections across the public network can transfer data by using the routing infrastructure of the Internet, but to the user, the data seems to travel over a dedicated private link.

A VPN gives you the benefit of a dial-up connection to a dial-up server, plus the flexibility of an Internet connection. Using an Internet connection you can connect to resources all over the world. If you have a high-speed Internet connection at your computer and at your office, you can communicate with your office at full Internet speed. This is much faster than any dial-up connection that uses an analog modem.

VPNs use authenticated links to make sure that only authorized users can connect to your network, and they use encryption to make sure that others cannot intercept and cannot use data over the Internet. A Tunneling Protocol is a technology that helps make the transfer of information over the Internet more secure from one computer to another.

VPN technology also permits a corporation to connect to its branch offices or to other companies over a public network, such as the Internet, while helping to maintain secure communications. The VPN connection across the Internet logically operates as a dedicated wide area network (WAN) link.

VPN in Windows 2003 Server: You need a high speed Internet connection to configure and run VPN server. Two individual lan card must be present in a single system where you want to configure a VPN Server. The lan cards should ping each other. Also need a User which's Dial in allow access should be enable. Microsoft 2003 server two tunnelling protocols for a secure VPN connection, one is PPTP (Point-to-Point Tunnelling Protocol) which Provides data encryption using Microsoft Point-to-Point Encryption. The other is L2TP (Layer Two Tunnelling Protocol) which Provides data encryption, authentication, and integrity using IPSec.

Steps to create VPN Server in 2003 Server: At first I go to Start and point to Administrative Tools, then click Routing and Remote Access. Then I click the server icon that matches the local server name in the left panel of the console. If the Routing and Remote Access service was previously turn on, you may want to reconfigure the server.

To reconfigure the server Right-click the server object, and then click Disable Routing and Remote Access. Click yes to continue when you are prompted with an informational message. Then Right-click the server icon and then click configure and Enable Routing and Remote Access to start the Routing and Remote Access Server Setup Wizard. After that click Remote access (dial-up or VPN) to turn on remote computers to dial in or connect to this network through the Internet. Then I have Click to select VPN. In the VPN Connection window I click the network interface (Lan) which is connected to the Internet and go the IP Address Assignment window, then I click Automatically because there was present a DHCP server in network. However, if DHCP is not available, you must specify a range of static addresses.

If you use from a specified range of addresses, open the Address Range Assignment dialog box and Type the first IP address in the range of addresses that you want to use in the Start IP address box. Type the last IP address in the range in the End IP address box. Windows calculates the number of addresses automatically. After that I have accept the default setting of No, use Routing and Remote Access to authenticate connection request and finally Click Finish to turn on the Routing and Remote Access service and to configure the server as a Remote Access server.
For the remote access server to forward traffic properly inside your network, you must configure it as a router with either static routes or routing protocols, so that all of the locations in the intranet are reachable from the remote access server. It also need for security purpose.<SPAN style="LINE-HEIGHT: 115%; FONT-FAMILY: 'Verdana','sans-serif
tip

How to setup VPN on a D-link Router.


Ok to Setup you VPN follow the instructions below. You can configure DI-804HV, DI-808HV, and DI-824VUP+ by web management interface. Type 192.168.0.1 (The LAN IP is 192.168.0.1 by default) in the browser, and then input user name: admin (there is no password by default) to pass authentication of web management interface. Then finish the configurations as showed below on Gateway A and Gateway B. Configurations of Gateway A 􀂾 Model: DI-804HV (DI-808HV, or DI-824VUP+) 􀂾 Firmware version: v1.40 (You can download the latest firmware on D-Link’s website.) 􀂾 WAN IP Address: 14.15.16.17 (Static IP) 􀂾 LAN IP Address: 10.5.6.1 (Subnet Mask: 255.255.255.0) 􀂾 VPN Configurations: 􀂄 Enable VPN function on Gateway A. 􀂄 Tunnel Name: toGatewayB 􀂄 VPN Method: IKE (Main mode) 􀂄 Local Subnet: 10.5.6.0 􀂄 Local Netmask: 255.255.255.0 􀂄 Remote Subnet: 172.23.9.0 􀂄 Remote Netmask: 255.255.255.0 􀂄 Remote Gateway: 22.23.24.25 􀂄 Pre-share Key: hr5xb8416aa9r6 􀂄 IKE Proposal (Please remember to add the correct proposal ID into the list of IKE Proposal Index when you finish inputting the following information.) 􀀹 Proposal Name: toGatewayB 􀀹 DH Group: Group 2 􀀹 Encryption Algorithm: 3DES 􀀹 Authentication Algorithm: SHA1 􀀹 Life Time: 28800 􀀹 Life Time Unit: Second 􀂄 IPSec Proposal (Please remember to add the correct proposal ID into the list of IKE Proposal Index when you finish inputting the following information.) 􀀹 Proposal Name: toGatewayB 􀀹 DH Group: Group 2 􀀹 Encapsulation Protocol: ESP 􀀹 Encryption Algorithm: 3DES 􀀹 Authentication Algorithm: SHA1 􀀹 Life Time: 3600 􀀹 Life Time Unit: Second 4. Verify the VPN connection Before you start to establish VPN connection between Gateway A and Gateway B, please make sure the Internet connection between Gateway A and Gateway B is workable. You can use “Ping Test” tool on Gateway A (or Gateway B), and input the IP address of Gateway B (or Gateway A) to see if there is any response from its peer device. Connect a PC (called PC_A) to the LAN port of Gateway A, and connect another PC (called PC_B) to the LAN port of Gateway B. Start to “Ping” PC_B on PC_A, then Gateway A will start to establish IPSec connection with Gateway B. If you can get “Ping” responses from PC_B on PC_A, then it means the tunnel has been established successfully. You can also check the “VPN Status” page with web management interface to verify the status of VPN connections. Figure 1: VPN status of Gateway A after IPSec connection has been established. Figure 2: VPN status of Gateway B after IPSec connection has been established.
Hope this helps
Here it is in PDF.http://www.vpnc.org/InteropProfiles/D-Link-DI.pdf






on Feb 11, 2010 • Computers & Internet
0helpful
1answer

While using checkpoint VPN-1 SecureClient to connect to Safe@Office 500 device in office mode, i can't connect to server at the office site. The office mode is on a different subnet than lan so my vpn...

In the rules, you will need to create a new rule that allows your VPN subnets access to you office LAN, and then on your office network gateway, add a route for your VPN subnet pointing back to your checkpoint firewall.
0helpful
3answers

VPN issues

First check to see if your brand of router will allow you to connect via VPN not all do..
0helpful
1answer

Cannot link vpn. direct from internet provider works. when try connection via d-link dir625 does not connect. does allow internet access

Ok to Setup you VPN follow the instructions below. You can configure DI-804HV, DI-808HV, and DI-824VUP+ by web management interface. Type 192.168.0.1 (The LAN IP is 192.168.0.1 by default) in the browser, and then input user name: admin (there is no password by default) to pass authentication of web management interface. Then finish the configurations as showed below on Gateway A and Gateway B. Configurations of Gateway A 􀂾 Model: DI-804HV (DI-808HV, or DI-824VUP+) 􀂾 Firmware version: v1.40 (You can download the latest firmware on D-Link’s website.) 􀂾 WAN IP Address: 14.15.16.17 (Static IP) 􀂾 LAN IP Address: 10.5.6.1 (Subnet Mask: 255.255.255.0) 􀂾 VPN Configurations: 􀂄 Enable VPN function on Gateway A. 􀂄 Tunnel Name: toGatewayB 􀂄 VPN Method: IKE (Main mode) 􀂄 Local Subnet: 10.5.6.0 􀂄 Local Netmask: 255.255.255.0 􀂄 Remote Subnet: 172.23.9.0 􀂄 Remote Netmask: 255.255.255.0 􀂄 Remote Gateway: 22.23.24.25 􀂄 Pre-share Key: hr5xb8416aa9r6 􀂄 IKE Proposal (Please remember to add the correct proposal ID into the list of IKE Proposal Index when you finish inputting the following information.) 􀀹 Proposal Name: toGatewayB 􀀹 DH Group: Group 2 􀀹 Encryption Algorithm: 3DES 􀀹 Authentication Algorithm: SHA1 􀀹 Life Time: 28800 􀀹 Life Time Unit: Second 􀂄 IPSec Proposal (Please remember to add the correct proposal ID into the list of IKE Proposal Index when you finish inputting the following information.) 􀀹 Proposal Name: toGatewayB 􀀹 DH Group: Group 2 􀀹 Encapsulation Protocol: ESP 􀀹 Encryption Algorithm: 3DES 􀀹 Authentication Algorithm: SHA1 􀀹 Life Time: 3600 􀀹 Life Time Unit: Second 4. Verify the VPN connection Before you start to establish VPN connection between Gateway A and Gateway B, please make sure the Internet connection between Gateway A and Gateway B is workable. You can use “Ping Test” tool on Gateway A (or Gateway B), and input the IP address of Gateway B (or Gateway A) to see if there is any response from its peer device. Connect a PC (called PC_A) to the LAN port of Gateway A, and connect another PC (called PC_B) to the LAN port of Gateway B. Start to “Ping” PC_B on PC_A, then Gateway A will start to establish IPSec connection with Gateway B. If you can get “Ping” responses from PC_B on PC_A, then it means the tunnel has been established successfully. You can also check the “VPN Status” page with web management interface to verify the status of VPN connections. Figure 1: VPN status of Gateway A after IPSec connection has been established. Figure 2: VPN status of Gateway B after IPSec connection has been established.
Hope this helps
Here it is in PDF.http://www.vpnc.org/InteropProfiles/D-Link-DI.pdf
0helpful
1answer

I have a sonicwall pro 2040 and while the firewall rules look correct, I cannot get traffic from the WLAN to the LAN, nor from the WLAN to the WAN.

SonicWALL Wireless Configuration Wizard To access SonicWALL’s Wireless Configuration Wizard, log on to the SonicWALL router, then click the Wireless button found within the left navigation bar of SonicWALL’s Web-based management interface. The Wireless Status page will be displayed. Click the Wireless Wizard button that appears toward the top-right of the screen.
The SonicWALL Wireless Configuration Wizard will appear. Click the Next button to proceed with the wireless administration utility.
The wizard’s first step will appear as seen in Figure A. Step one addresses wireless local area network (WLAN) network settings. You must specify the WLAN IP address and subnet mask before continuing. In addition, a checkbox is provided for enabling Windows networking support between the wired local area network and the WLAN. Be sure to check the box to enable communication between the LAN and WLAN. Then, click Next.

Step two requires setting the Service Set ID (SSID), radio mode, country code and channel. The SonicWALL wizard provides a blank field for specifying the SSID. The default SSID is sonicwall. Consider changing the SSID to a value that reveals nothing about the organization or office in which it is deployed. I typically deploy SSIDs as HomeNetwork and BusinessNetwork, as doing so provides potential hackers with less information about a network (particularly in more heavily populated areas such as apartments and office parks).
On most SonicWALL routers, including the popular TZ 170 wireless model, three radio modes are available: 2.4GHz 802.11 b, 2.4GHz 802.11g or 2.4GHz 802.11g and b Mixed mode. Using the provided drop-down menu, select the mode you wish to use within your organization.

The last item to configure within Step 2: WLAN 802.11b/g Settings is the channel. Channels one through 11 are available options. Or, AutoChannel is an alternative choice and, in fact, the default. Choosing AutoChannel allows the wireless network equipment to automatically negotiate the best channel settings. Once the channel is specified, clicking Next continues to the next step.
Step 3: WLAN Security Settings enables configuring one of three security modes for the
SonicWALL wireless router. The three security mode choices are:
  • WiFiSec VPN Security – The default selection, WiFiSec VPN Security creates an IPSec-powered VPN over which the wireless traffic travels.
  • WEP + Stealth Mode – Utilizes Wired Equivalent Protection (WEP) to secure wireless communications.
  • Connectivity – Implements wireless communications featuring no encryption or access controls.
When selecting WiFiSec VPN Security and clicking Next, the Step 4: WiFiSec – VPN Client User Authentication page appears. This step helps create a user name and password for a new user with VPN client access privileges. The WLAN WiFiSec security setting will enable the SoniCWALL Group VPN feature. If you wish to edit user privileges, you can log on to the SonicWALL router’s Web-based administrative interface and edit user permissions by clicking Users | Settings.
After a user name and password are supplied, click Next to proceed to the wizard’s fifth step. The Step 5: Wireless Guest Services screen allows you to enable guest wireless access while also specifying the guest account name, password and account and session lifetimes.
Once these values are supplied, click Next to view a Wireless Configuration Summary. Clicking Apply prompts the SonicWALL Configuration Wizard to apply the settings and configuration parameters you’ve entered into the wizard. When the wizard completes, a confirmation page should then appear (with a Finish button being the only available option).
0helpful
1answer

How to routing router static ip address and local

Use the Sonicwall configuration wizard..

Please find below is to configure what ever you want.

Setup Wizard - This wizard will help you quickly configure the SonicWALL to secure your Internet connection. Once completed, you can use the SonicWALL Web Management Interface for additional configuration.

Registration & License Wizard - This wizard will help you register you and your firewall with mysonicwall.com and obtain licenses for additional Security Services features.

PortShield Interface Wizard - Segment and configure the integrated managed LAN switch of the SonicWALL.

Public Server Wizard - Quickly configure your SonicWALL to provide public access to an internal server.

VPN Wizard - Create a new site-to-site VPN Policy or configure the WAN GroupVPN to accept connections from the SonicWALL Global VPN Client
Thanks
..
3helpful
1answer

At-8624t

How to Configure the Switch
Some configuration is necessary to enable the switch’s advanced switching
capabilities. This is achieved via the Command Line Interface (CLI). On the
AT-8624T/2M, you can also use the Graphical User Interface (GUI).
Using the CLI to configure a switch
1. Connect a terminal or PC to the Terminal Port (ASYN0).
Using the supplied RS-232 DB9 serial straight-through cable, connect your
terminal or PC to the RS-232 Terminal Port:
• For the AT-8624T/2M and AT-8624PoE, the RS-232 Terminal Port is on
the front panel.
• For the AT-8648T/2SP, the RS-232 Terminal Port is on the back panel.
2. Set the communication parameters.
Set the communication parameters on your terminal or terminal emulation
program to:
• Bit rate: 9600
• Data bits: 8
• Parity: None
• Stop bits: 1
• Flow control: None
3. Log in.
After the switch has booted, the login prompt appears. If the login prompt
does not appear, press [Enter] two or three times.
When the switch boots for the first time it automatically creates an
account with manager privileges. The account has the login name manager
and the password is friend.
At the login prompt, enter the login name and password:
Login: manager
Password: friend
The switch’s command prompt appears. Now use the CLI to configure the
switch.
Using the GUI to configure the AT-8624T/2M switch
This section describes how to establish a connection to the AT-8624T/2M switch
through the GUI so you can configure it before installing it in your LAN.
1. Select a PC to use and identify its subnet.
You can browse to the switch from any PC that is running a supported
operating system with a supported browser installed. JavaScript must be
enabled. If you are using a toolbar or plug-in on your browser to block popups,
disable it while using the GUI. The GUI displays detailed configuration
options and information in pop-up windows.
2. Connect the PC to the switch.
Use an Ethernet cable to connect an Ethernet card on the PC to any one of
the switch ports.
You can browse to the router through any VLAN, as long as you give that
VLAN an IP address. These instructions assume you are using vlan1. All
switch ports belong to vlan1 by default.
3. Access the switch’s command line interface.
Access the CLI from the PC, as described in the previous section, “Using
the CLI to configure a switch”.
Installation & Safety Guide 13
4. Enable IP.
enable ip
5. Assign the vlan1 interface an IP address in the same subnet as the
PC.
add ip interface=vlan1 ip=ipaddress mask=mask
6. Save the configuration and set the switch to use it on bootup.
create config=your-name.cfg
set config=your-name.cfg
7. On the PC’s web browser, bypass the HTTP proxy server, if
necessary.
8. Point your web browser at IP address for vlan1.
9. At the login prompt, enter the user name and password.
User Name: manager <the default>
Password: friend
The System Status page is displayed. Select options from the sidebar menu
to configure and manage the switch.
For context-sensitive online help, click the Help button at the top of the
sidebar menu or on any pop-up page


I hope this helps you out
podum
2helpful
1answer

Configure cisco aironet wifi

if ur using IOS autonomous AP, then u'll need to configure the bvi interface to get an ip address and then enable the interface. once it has an ip, u'll need to configure the ssid, vlan, etc - choices include doing so with the CLI or web page GUI. U'll need to enable the built-in web server then u can access it via the web interface to setup the ssid, any vlans, radius, etc. good luck.
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