VPN Protocols

From cutting-edge encryption standards to obfuscation techniques, learn how our VPN servers protect your data and help you stay anonymous online.

What is a VPN?

A Virtual Private Network (VPN) is a service that encrypts your internet connection and hides your online identity. VPN protocols are the rules and procedures that determine how data is transmitted over the VPN. They ensure secure and efficient communication between your device and the VPN server.

By routing your internet traffic through a secure server, a VPN masks your IP address, making your online activities more private and protecting you from potential cyber threats. This is especially useful when using public Wi-Fi networks, as it prevents hackers from intercepting your data.

VPNs are also valuable tools for bypassing geographic restrictions and accessing content that may be blocked or censored in your region. Whether you're streaming your favorite shows, accessing work resources remotely, or maintaining privacy online, a VPN provides a versatile solution for various internet security needs.

Why use obfuscated protocols?

Obfuscated protocols disguise your VPN traffic, making it harder for firewalls to detect or block it. They help in regions where strict censorship is implemented or where ISPs throttle VPN connections.

By masking VPN traffic as regular HTTPS traffic, obfuscated protocols prevent deep packet inspection (DPI) from identifying and targeting VPN usage. This stealth approach ensures uninterrupted access to global content, even in highly restrictive network environments.

Additionally, obfuscated protocols enhance your online privacy by concealing the fact that you're using a VPN. This added layer of anonymity not only protects against censorship but also safeguards against potential surveillance and tracking by malicious entities or authoritarian regimes.

Key benefits

  • Bypass VPN blocks and deep packet inspection.
  • Maintain a steady and private connection in hostile network environments.
  • Enjoy greater anonymity and ensure your data remains unreadable to prying eyes.
  • Access geo-restricted content without fear of detection or throttling.
  • Enhance your overall online security by preventing sophisticated tracking techniques.

VPN Protocols

SoftEther (TLS-VPN)

SoftEther uses TLS/SSL for encryption and mimics regular HTTPS traffic, making it difficult to detect. It's known for stable connections and rapid speeds. Additionally, SoftEther supports multiple protocols, providing flexibility and robust security.

SSTP

SSTP is a Microsoft-developed protocol that tunnels over HTTPS, offering strong encryption and deep packet inspection resistance. Its seamless integration with Windows systems ensures reliable performance and ease of use.

OpenVPN with XOR

OpenVPN with XOR scrambles packet data, ensuring firewalls and blocking systems have a harder time identifying VPN traffic. This method enhances privacy by adding an additional layer of obfuscation to standard OpenVPN connections.