OpenVPN is a client / server VPN equipment for both GNU / Linux and Windows.
What is doing this?
To connect to the internet safely from any network either wired or wireless, with or without encryption WEP / WPA encryption. All traffic will be encrypted through a tunnel from the AP we connect to our house and from there will go internet is like being in our house. The downside is that you have a good upload speed, since that will depend more your speed down (unless you connect the network where descent is less than the upload speed of your connection).
It also serves redigirir if no traffic, to access shared resources of our house can be printed from the University copy us files from your hard disk shared house etc.
The VPN will be SSL / TLS, and we can find two types, TUN and TAP.
TUN: The TUN controller emulates a point-to-point device, is used to create virtual tunnels operate with the IP protocol. This way you can encapsulate all packets transported through it as TCP or UDP datagram (later you will see that we choose UDP instead of TCP, and wondering why since TCP is connective, reliable and connection-oriented) . Machines enclosed behind each end of the link belong to different subnets.
TAP: Simulates a Ethernet network interface, more commonly known as bridge or bridge mode, these virtual tunnels encapsulate Ethernet packets directly. This situation allows trusses to pack different IP. Machines located behind each of the ends of the link may operate as part of the same subnet (if IP is used). The operating mode is particularly useful bridge to link remote users, as they can connect to the same server and virtually become part of the core network.
Config OpenVPN Telkomsel Server Japan 1
Config OpenVPN Telkomsel Server Japan 2
Config OpenVPN Telkomsel Server Japan 3
Config OpenVPN Telkomsel Server Korea 1
Config OpenVPN Telkomsel Server Korea 2
Config OpenVPN Telkomsel Server Korea 3
Config OpenVPN Telkomsel Server Taiwan
Config OpenVPN Telkomsel Server Thailand
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