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FAQ - Microsoft's PPTP Implementation. Episode 607 - Build a free SSL VPN on Linux or Windows. This time on the show, bypass restrictive firewalls with a free and open source virtual private network server for windows and linux that will have you connecting back to the home or office with just a web browser!

Episode 607 - Build a free SSL VPN on Linux or Windows

Download HD Download MP4 Download XviD Download WMV Thus far we’ve only spoken about implementing Virtual Private Networks using Point-To-Point Tunneling Protocol. While PPTP is a ok protocol for secure tunneling, at least in my experience it comes with a few gotchyas. Namely firewalls. VPNs based on Secure Sockets Layer or SSL technologies are less encumbered by these restrictions. You can think of SSL VPNs as the Webmail of email. SSL Explorer is a web based SSL VPN server. Windows Install Can be sorta tricky so Lars Werner made an awesome installer using NSIS-Installer. Download, Run, Next, next, next, install, next, Create certificate, Install Service, browse to from client, Login as admin and follow the certificate creation wizard.

Install Java JDK and configure paths. Setting up your own SSL VPN. “All I want for Christmas is my own VPN…my own VPN, my own VPN” – Dustin I’ve been wanting to have access to my own secure VPN for quite some time so that when I’m away from home and only have access to insecure networks, I don’t have to use work’s VPN for personal use or worry about someone intercepting my traffic.

Setting up your own SSL VPN

I looked into a couple paid VPN solutions but none of them seem to guarantee your privacy as far as I’m concerned. I figured my best option was to setup and manage my own. I chose to do all my setup on Ubuntu Linux but you can easily port these instructions to an alternative Linux distribution with relative ease. Just a quick heads up before we dive in. Creating your own SSL VPN using OpenVPN An SSL VPN is generally all you’ll need for a secure VPN solution unless you want to use other devices that don’t support SSL VPNs, like an iPad, iPhone, or iPod Touch (see the second part of the article – coming soon).

Start by installing OpenVPN and DNSMasq for local DNS resolution Mac OS X. OpenVPN Client. The purpose of this document is to lead the users to configure theirs OpenVPN clients to access to a VPN server.

OpenVPN Client

We will see how to install and configure the most used OpenVPN's GUI for Microsoft Windows, Linux, Mac OS X and Windows Mobile for Pocket PC. At the end of the document we will learn to use the OpenVPN's command line interface. This last possibility is useful, because the openvpn command, which you can execute by using the prompt (Unix Shell or Windows Prompt) accepts the same parameters and has the same behavior regardless from which Operating System you use. In addition, you could use the openvpn command in a script to automatically start the VPN connection. More precisely, we will see how to access to a VPN server builded with ZeroShell and configured with the default parameters.

The sections in which this how-to is divided are as follows below. The configuration file of OpenVPN. VPNClient. Parent page: Internet and Networking Connecting to a VPN in Ubuntu This document was originally written for Ubuntu 6.10 (Edgy Eft), running the GNOME desktop, by freeatlast.

VPNClient

It describes connecting to a VPN as a client. There is also information available on how to set up a VPN server. If you are lucky, you will be able to get connected using the instructions in this section. Obtain your connection type (currently available are Microsoft PPTP, Cisco, or OpenVPN) and authentication details from your VPN administrator. If you are familiar with VPN connections under Microsoft Windows, you might still benefit from reading this section. What is a VPN? This section is very introductory, and if you know what a VPN is, you can skip it. Many companies and universities (and some home users) run a 'local area network' (LAN) in their buildings, where many computers are connected together so that employees or students can share resources (printers, shared files, etc.).

For more information, see Summary.