Linux Native.

Engineered for developers. No GUI overhead. Pure kernel-level performance.

The Developer's Choice: CLI First

For the modern developer, a VPN shouldn't be a bloated GUI application that consumes system resources. FreeVPN.edu.pl provides native CLI (Command Line Interface) support for all major Linux distributions, including Ubuntu, Debian, Fedora, Arch, and CentOS. By leveraging the native wireguard-tools package, we ensure that your encrypted tunnel operates at the kernel level, providing near-line-speed performance with minimal CPU overhead.

Our Linux infrastructure is optimized for headless servers, development environments, and secure shell (SSH) tunneling. Whether you are securing a remote cloud instance or your local workstation in Poznań, our repository provides the configurations needed for a seamless, persistent connection.

Rapid Deployment (Ubuntu/Debian)

# Install WireGuard Tools
sudo apt update && sudo apt install wireguard -y

# Download Academic Config
curl -o /etc/wireguard/wg0.conf https://freevpn.edu.pl/api/v1/config

# Initialize Secure Tunnel
sudo wg-quick up wg0

Repository Governance & Open Source

In alignment with our EU-sponsored academic mission, all our Linux scripts and deployment tools are open-source. We believe that security through obscurity is a myth. By allowing the developer community to audit our .conf generation logic, we maintain a higher standard of trust. Our repositories are updated weekly to include new high-speed nodes and to patch any potential protocol vulnerabilities.

"A Linux VPN is only as secure as the person who compiled it. We provide the raw configurations so you remain in total control of your network stack."

Advanced Routing & Split Tunneling

Advanced users can take advantage of our custom routing tables. This allows for Split Tunneling on Linux, where you can route only your browser or specific Docker containers through the VPN while keeping your SSH and local database traffic on the local network. This is critical for developers who need to simulate global network environments without losing access to their local development tools.