A virtual private network (VPN) extends a private network across a public network, and enables users to send and receive data across shared or public networks as if their computing devices were directly connected to the private network. Applications running across a VPN may therefore benefit from the functionality, security, and management of the private network.
When you browse the web while connected to a VPN, your computer contacts the website through the encrypted VPN connection. The VPN forwards the request for you and forwards the response from the website back through the secure connection. If you’re using a USA-based VPN to access Netflix, Netflix will see your connection as coming from within the USA.
In this case, agencies see only the tunnel and not what is inside. They only get to view a single connection from a specific server and not who the user is, location or what is being downloaded or uploaded. VPN software also has the ability to provide agencies with user information or deny request for such. Such solution can be implemented as client and server software, hardware and software or on a subscription basis. There is also Secure Sockets Layer VPN, which enables remove users to connect by simply using a web browser.
Norton WiFi Privacy performed very well in our latest round of speed tests. In the UK, we got FTP and HTTP download speeds of around 9.5MB/s (76Mb/s). Using endpoints in the Netherlands, that HTTP speed went up to 10.1MB/s (81Mbit/s). U.S. speeds were also very good, exceeding our non-VPN reference download at 5.8MB/s (46.4Mbit/s) for FTP and 4.8MB/s (38.4Mbit/s) for HTTP downloads.