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FastVPN.

New Release

Military-grade encryption layered over a high-throughput, low-latency backbone. FastVPN routes your traffic through strictly audited, RAM-only servers to guarantee absolute data obsolescence upon reboot.

Cryptographic Architecture.

Cipher

AES-256-GCM & ChaCha20

We utilize Advanced Encryption Standard (AES) with 256-bit keys running in Galois/Counter Mode (GCM) for authenticated encryption. For mobile clients where CPU overhead is a constraint, the daemon seamlessly falls back to the ChaCha20 stream cipher paired with Poly1305 MAC, ensuring zero packet drops and maximum battery efficiency.

Transport

WireGuard® & OpenVPN

Our primary transport layer operates on the state-of-the-art WireGuard protocol, operating directly inside the Linux kernel for unprecedented speed. We also maintain parallel infrastructure supporting OpenVPN (UDP/TCP) and IKEv2/IPsec for legacy system compatibility and evasive routing through Deep Packet Inspection (DPI) firewalls.

Engineered for hostility.

Deterministic Kill Switch Operates at the OS firewall level (iptables on Linux, WFP on Windows). If the cryptographic tunnel drops, all outbound packets are instantly dropped before they can reach your local ISP's gateway, preventing IP leaks.
RAM-Only Volatile Infrastructure We do not mount hard drives on our VPN nodes. The entire operating system and routing software run in volatile memory (RAM). Even in the event of physical server seizure, simply cutting the power eliminates all routing tables and session data permanently.
Dynamic Split Tunneling Route specific applications (like terminal processes or trading nodes) through the encrypted tunnel while allowing trusted local applications (like local network backups) to bypass the VPN entirely, reducing unnecessary overhead.

Deploy FastVPN

Secure up to 10 devices simultaneously on a single subscription. Unlimited bandwidth, zero throttling.

NGN 2,000/mo
Billed monthly. Cancel anytime.
Get FastVPN