Centos6.5 shadowsocks client
To help us create the certificate required, StrongSwan comes with a utility to generate a certificate authority and server certificates. Now that everything’s installed, let’s move on to creating our certificates: Step 2 - Creating a Certificate AuthorityĪn IKEv2 server requires a certificate to identify itself to clients. As we want any previous firewall configurations to stay the same, we’ll select yes on both prompts. Note: While installing iptables-persistent, the installer will ask whether or not to save current IPv4 and IPv6 rules.
Centos6.5 shadowsocks client install#
sudo apt-get install strongswan strongswan-plugin-eap-mschapv2 moreutils iptables-persistent.We’ll need to create some special firewall rules as part of this configuration, so we’ll also install a utility which allows us to make our new firewall rules persistent.Įxecute the following command to install these components:
Centos6.5 shadowsocks client password#
We’ll also install the StrongSwan EAP plugin, which allows password authentication for clients, as opposed to certificate-based authentication. Step 1 - Installing StrongSwanįirst, we’ll install StrongSwan, an open-source IPSec daemon which we’ll configure as our VPN server. Review How the Iptables Firewall Works before you proceed. In addition, you should be familiar with IPTables.
![centos6.5 shadowsocks client centos6.5 shadowsocks client](https://static.filehorse.com/screenshots/firewalls-and-security/shadowsocks-screenshot-02.png)
In this tutorial, you’ll set up an IKEv2 VPN server using StrongSwan on an Ubuntu 16.04 server and connect to it from Windows, iOS, and macOS clients.
![centos6.5 shadowsocks client centos6.5 shadowsocks client](https://www.bvpn.com/imgstore/uploads/shadowsocks-bvpn-4.png)
IKEv2 is natively supported on new platforms (OS X 10.11+, iOS 9.1+, and Windows 10) with no additional applications necessary, and it handles client hiccups quite smoothly. In IKEv2 VPN implementations, IPSec provides encryption for the network traffic. IKEv2, or Internet Key Exchange v2, is a protocol that allows for direct IPSec tunneling between the server and client. A virtual private network, or VPN, allows you to securely encrypt traffic as it travels through untrusted networks, such as those at the coffee shop, a conference, or an airport.