When standard VPN protocols get blocked by school firewalls, corporate IT, or state censorship, obfuscation masks your traffic as everyday HTTPS browsing.
Replaces identifiable OpenVPN packet header signatures with randomized noise, preventing automated Deep Packet Inspection filters from recognizing VPN handshakes.
Wraps entire encrypted VPN packets inside a secondary standard SSL/TLS tunnel over Port 443. To network firewalls, the traffic appears indistinguishable from visiting a standard secure website.
Custom protocol implementations designed with zero protocol metadata markers that bypass the Great Firewall of China and corporate Fortinet firewalls.
Campus network firewalls often block standard OpenVPN ports to prevent gaming and peer-to-peer file sharing.
Countries like China, Egypt, Russia, and UAE enforce active DPI blacklists. Obfuscation ensures reliable connectivity abroad.
Hotel captive portals and office routers that inspect packets to enforce work-only browsing are easily bypassed.
See exactly how network firewalls view unencrypted vs encrypted packets with our live Wi-Fi Privacy Simulator.
Launch Wi-Fi Packet Simulator