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Endian VPN Client is a program that enables you to safely and securely navigate the Internet. You can use this VPN client to protect your privacy when browsing the Internet, to change your IP address, unblock websites that require a country proxy server.
Download of Endian VPN Client 3.0 was on the developer's website when we last checked. We cannot confirm if there is a free download of this software available. This program was originally developed by Endian. The program belongs to Internet & Network Tools.
The latest version of the software is supported on PCs running Windows XP/Vista/7/8/10/11, 32-bit. The Endian VPN Client installer is commonly called Endian VPN Client.exe or StartMenuIcon.exe etc. We recommend checking the downloaded files with any free antivirus. The most popular versions among the program users are 3.0, 2.3 and 2.1.
Endian Firewall implements both OpenVPN server and client. The administration interface is divided in two main parts Openvpn Server and Openvpn Net2Net client. Basically the OpenVPN server opens a virtual interface (the interface name begins with tap) whose function is to send bits to the OpenVPN server instead to the wire. The tap interface is joined with the GREEN bridge, so each connected client is - from the sight of the other machines behind GREEN - also directly part of the GREEN network. For the OpenVPN server it makes no difference at all if the client connects a whole net (Net-to-Net) or just a roadwarrior (Net-to-Host) and it makes no difference if there are connected one, two or many clients.
Another advantage compared to IPSec is the fact that the OpenVPN server acts like a switch (hub-and-spoke). Communication between the VPN endpoints is possible and communication between the connected OpenVPN clients is kept within the tunnel and goes always through the server process. It must not leave the tap interface on the server side and therefore must not be decrypted and then re-encrypted on the server.
As mentioned before, the OpenVPN web interface is split into two parts. The Openvpn Server and the Openvpn Net2Net client menu, which you can select on top of the page as a submenu of Virtual Private Networking. If you like to create a simple tunnel from one EFW to another, simlpy choose one side as server and configure it through the OpenVPN server page. The other side acts as a client and is configured on the client page. On the client's side there is certainly no need to start the server. If you have one side with dynamic IP's, use that one as client, since the client establishes the connection and may reconnect if the IP address changes. If you have NAT between the endpoints on the clients side, there is no problem at all. If you have NAT on the server side, simply forward the UDP port 1194 to the EFW.
Fill in the start and end ip address of an ip range from GREEN network which you like to assign to the OpenVPN clients connecting to this server. Note that with Net-to-Net topology, only the remote EFW will get an IP from this range and not the workstations behind.
Since the virtual tap device of the OpenVPN server is joined with the GREEN bridge, broadcast packets of your GREEN zone will pass the tunnel. This includes DHCP requests from your workstations. If the client on the other side is in bridged mode, DHCP responses will return from it if the remote side has a DHCP server running. This may cause problems - if you do not want the remote DHCP server to assign IP addresses to your local workstations within GREEN tick this option to block the responses.
This is not needed if the remote client which uses to connect with this new account, is in bridge mode. Otherwise you need to specify the network address of the remote GREEN network in order to let the Endian Firewall create correct routing entries on both sides.
Tick this on of you'd like to have the remote client to create routing entries in order to redirect all the traffic of the remote side through the VPN tunnel to your EFW, where it then can leave the RED interface. You normally want this on roadwarriors in order to enforce security policies, otherwise the remote side certainly has its own internet connection and a possible intruder may come in through the VPN and compromise the local GREEN network. Basically this option does the following on the remote side:
Kills the connection immediately. The user can reconnect and this will happen since the openvpn client on the remote side will automatically reconnect as soon as it recognizes the disconnect, which will take up to a couple of minutes.
This section describes the configuration of the OpenVPN client shipped with Endian Firewall. With this client, you can have the Endian Firewall connect to a remote OpenVPN server. Normally you will use this if you would like to create a Net-to-Net connection to another EFW. A client configuration needs the following information to be able to successfully connect to a remote OpenVPN server:
The OpenVPN client can run in either routed or bridged mode. The difference is in which OSI layer the client will act. If you specify bridged mode, the clients virtual tap device will be joined to the bridge of the GREEN zone (br0). As a member of the bridge, all traffic created within the GREEN network will also be passed through the tunnel to the remote side. This includes ARP traffic and other protocols which are below TCP. In this manner, the tunnel acts like a switchport. You can use this for example if you need to be able to browse the remote's Microsoft Windows servers. In order to access hosts on the remote side you certainly must use the same GREEN network address on both sides, since in fact those two GREEN networks will really be part of the same physical network.
With routed mode the clients tap device will remain alone and will not be joined to the GREEN bridge. The device will obtain an IP address assigned by the remote OpenVPN server which selects it from the IP its configured pool. The two GREEN zones are splitted and the two networks will be routed. This all happens within a higher OSI layer. In order to make this work, you need to have different GREEN network addresses, since the two networks in this mode are not the same and need to be distinctable. You also need to specify your local GREEN network and network mask on the remote OpenVPN server in order to let the client set the needed routes.
If you selected routed mode, this does not interest you at all. Otherwise, if you have selected bridged mode, the virtual tap device of the OpenVPN client is joined to the GREEN bridge. Therefore broadcast packets of your GREEN zone will pass through the tunnel. This includes DHCP requests from your workstations. Since the server on the other side is also part of this GREEN bridge, DHCP responses will return from it if the remote runs a DHCP server. This may cause problems - if you do not want the remote DHCP server to assign IP addresses to your local workstations in the GREEN zone. Tick this on if you would like to block these responses.
In order to connect to the Endian Firewall OpenVPN server you can choose from a list of free projects which implement an openvpn client with a graphical user interface. One you can find on Mathias Sundman's OpenVPN GUI site. You can also download openvpn from the OpenVPN Homepage, which does provide the sourcecode package or a packaged Microsoft Windows Installer. Each major Linux distribution should have an own package of it and it has also been ported to other unix derivates.
The creation of a new OpenVPN client connections is straightforwardand can be done in two ways: Either click on the Add tunnelconfiguration button and enter the necessary information about theOpenVPN server to which to connect (there can be more than one) orimport the client settings from the OpenVPN Access Server by clickingon Import profile from OpenVPN Access Server.
This drop-down menu is not available if TUN has been selected asDevice type, because in this case the connection type is alwaysrouted. Available options are routed (i.e., the client acts asa gateway to the remote LAN) or bridged (i.e., the clientfirewall appears as part of the remote LAN). Default is routed.
Provisioning file: Currently, the provisioning file imports the configuration files for remote access IPsec (.scx) and SSL VPN configuration (.ovpn) files into the Sophos Connect client. It also automatically imports any configuration changes you make later. Configure this file in a text editor and save it with a .pro extension. You then share it with users.
For IPsec (remote access), click Export connection on VPN > IPsec (remote access) to download the files. You must share one of the following configuration files manually with users:
.scx file: You can only use this file with the Sophos Connect client. It contains advanced settings in addition to the other settings. You configure all the settings on the web admin console. We recommend that you use this file.
SSL VPN remote access uses the .ovpn configuration file. On the user portal, users can download the file from VPN > VPN configuration under SSL VPN configuration.
Sophos Connect Admin: The application is part of the package (scadmin(legacy).msi) you download when you click Download client on the IPsec remote access page. You can't use this application to edit .ovpn files.
If you update the advanced settings on VPN > IPsec (remote access) on the web admin console, send the updated .scx configuration file to users for import into the Sophos Connect client.
Pessoal, observei que o Fórum não tem um Link para fazer o download do Cliente VPN do próprio Endian, segue o link para baixar : . Este cliente é extremamente fácil de configurar e compatível com Windows 7 64 Bits, foi testado por mim, basta rodar em modo de compatibilidade. Valeu!!!!!!! 2b1af7f3a8