Get your identity hidden online, your IP Address will be masked with our server IP. Also your connection will be encrypted.
Bypass your school, government or your office internet cencorship. Unblock any site and enjoy Internet Freedom.
If you connect to our VPN or SSH server, then your public ip address will be hidden behind our VPN server IP address.
Our VPS server has unlimited inbound outbound bandwidth for your bigger internet connection needs.
Our Openvpn server already supports websocket connection with cloudflare CDN.For the webscket connection itself, we use the none TLS 2095 port according to the information on cloudflare.com that this is allowed for none TLS connections.
In addition to openvpn WS connections, we use TCP ports in general, namely openvpn with ports 443 and 1194 as TCP.TCP is more reliable, but there are many uses where UDP is preferred and we also provide the UDP protocol on some of our servers.
Our OpenVPN server connection supports secure connection connections i.e. SSL / TLS connections.So that the openvpn connection will be encrypted properly during the transfer process and third parties will not be able to enter or steal information from the connection
No DDOS No Fraud No Hacking No Spam
A little explanation about openvpn that will help you understand it
Is something that connects two different networks through a public network (public network) so that users seem to be in the same network (virtual). Because data sent or received from two connected networks must be sent over the public network, VPNs have mechanisms to secure data. Now, thanks to these security features, VPNs are often used to prevent eavesdropping and censorship from third parties (man in the middle attacks).
Openvpn connections will usually use HTTPS to forward the data sent, but keep in mind that HTTPS works at the application layer. Even if the third party does not know the contents of the data being circulated, it can clearly know when the communication was made and for what purpose. In comparison, a VPN creates a tunnel and all network activity goes through this tunnel. Since the tunnel is secured by a VPN, third parties won't know what's circulating.
Data channel encryption encrypts and decrypts packets sent over an OpenVPN tunnel.
You can configure it both server side and client side. However, the client and server must agree on supported and possible encryptions.
Support for different versions of data channel ciphers changes, but we strive to maintain backward compatibility.
OpenVPN Access Server 2.5 and later use AES-256-GCM by default.
Legacy clients that do not support AES-256-GCM use backup ciphers. Access server configurations created with version 2.5 or later use AES-256-CBC as a fallback cipher, while older configurations use BF-CBC as a fallback cipher.
AES-256 in CBC (Cipher Block Chaining) or GCM (Galois/Counter Mode) mode is considered secure and meets strict security requirements.
They have the same level of security, but newer versions of OpenVPN use the faster AES-GCM method to combine the encryption and authentication steps. Use SHA1 HMAC for authentication when using CBC mode.
Here are some advantages of using SSH Tunnel or VPN Tunnel.
By using a public network that controls data, SSH / VPN technology uses a work system by encrypting all data that passes through it.
With the encryption technology, data confidentiality can be more controlled.
Although there are parties who can tap data that passes over the internet in addition to the SSH / VPN line itself, but not necessarily able to read the data, because the data has been scrambled.
By implementing this encryption system, no one can access and read the data network contents easily.
When passing through the internet network, the data actually runs very far past various countries.
During the trip, various disturbances could occur in its contents, lost, damaged, manipulated by people who could not be moved.
In SSH / VPN technology is needed that can maintain the integrity of the data starting from the data sent until the data reaches the destination.
SSH / VPN technology has the ability to authenticate sending data sources to be received. SSH / VPN will check all incoming data and retrieve information from the data source.
Then, the address of the data source will be successfully completed, the authentication process was successful.
Thus, SSH / VPN guarantees all data sent and received from the source received. No data is falsified or sent by other parties.