Technical Architecture
Zero Logs, Modern Protocols, Zero Complexity
Traditional VPNs rely on protocols developed decades ago that are easily fingerprinted, throttled, and blocked. PrivacyFrontier is built on the modern VLESS Reality stack to ensure unmatched connection stability and complete privacy.
The Core Innovation: VLESS Reality Protocol
Most commercial VPNs transmit distinguishable protocol handshakes. Corporate firewalls, hotel filters, and national DPI systems can detect and sever these connections instantly.
- Authentic TLS 1.3 Handshake: Instead of generating self-signed certificates, Reality piggybacks on genuine public server certificates.
- Zero Handshake Fingerprinting: Firewalls cannot distinguish PrivacyFrontier traffic from standard browsing to major global websites.
- Low Overhead & Latency: Removes redundant encryption layers for maximum throughput and minimal CPU cycles.
Protocol Comparison: WireGuard vs OpenVPN vs VLESS Reality
| Attribute | OpenVPN | WireGuard | VLESS Reality (PrivacyFrontier) |
|---|---|---|---|
| DPI Resistance | Low (Fingerprinted) | Moderate (Fixed UDP) | Maximum (Undetectable TLS) |
| Performance & Latency | Slow (User-space) | Fast | Ultra Fast (Direct Stream) |
| Mobile Battery Impact | High drain | Moderate | Minimal |
Supported Open-Source Clients
We do not force you into proprietary closed-source applications. You can import your one-tap configuration into trusted, audited open-source clients:
- iOS & macOS: FoXray, Sing-box, Streisand, Shadowrocket
- Android: v2rayNG, Sing-box
- Windows & Linux: v2rayN, Nekoray, Sing-box
Frequently Asked Questions
How is the zero-logs policy enforced technically?
Node daemons run with stdout/stderr redirection to /dev/null for connection streams. No persistent relational databases exist on edge routing nodes.
Where are your exit servers located?
We maintain high-capacity server infrastructure across European nodes (Netherlands, Germany), the United States, and Russian routes for optimized regional access.