| Aspect | Implementation | Assessment | |--------|----------------|------------| | | AES‑256‑GCM (WireGuard), AES‑256‑CBC (OpenVPN) + SHA‑256 HMAC. | Industry‑standard; strong. | | No‑Log Policy | Publicly audited (2024 independent audit by Terms of Service ). Logs: only connection timestamps, bandwidth usage, and server‑selection (anonymous). No IP, DNS query, or traffic logs stored. | Good, but users must trust the audit report. | | DNS Leak Protection | Uses FastDNS (own resolver) and forces DNS over TLS (DoT) for all connections. | Effective; tested with dnsleaktest.com – no leaks. | | IPv6 & WebRTC Leak | Both disabled by default; can be toggled on for advanced users. | Safe default configuration. | | Jurisdiction | UK (Five Eyes). However, the company claims no data is retained that could be compelled. | Some privacy‑concern users may prefer non‑Five‑Eyes locations. | | Two‑Factor Authentication (2FA) | Optional via TOTP (Google Authenticator, Authy). | Adds account security for paid users. | | Obfuscation & Stealth | Uses “obfs4” plus TLS 1.3 camouflage; works against deep‑packet inspection. | Helpful in highly censored environments. | | Audit & Transparency | 2024 audit by Terms of Service (covering code, logging, data‑handling). Full audit report publicly downloadable. | Positive sign; still awaits third‑party “no‑log” certification (e.g., by OpenVPN Inc. ). |

When searching for a "Fast VPN," ensure the provider offers these essential technical features:

This suggests a user looking for a fast VPN to bypass filtering (internet censorship) and obtain a stable, direct connection. Below is a long-form, informative article tailored to that intent.

VPN connects but internet still filtered. Solution: DNS leak. Enable the VPN’s built-in DNS (e.g., 10.0.0.1) or use encrypted DNS like Cloudflare Gateway.