Military-Grade Security For Everyone

GSTNet uses the same encryption standards trusted by NATO, US Military, and intelligence agencies — combined with peer-to-peer architecture that eliminates the central attack surface entirely.

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Security Stack — Bottom to Top
1

Physical Transport

WebRTC P2P — direct device-to-device

P2P
2

Key Exchange

ECDH-P-256 — Elliptic Curve Diffie-Hellman

ECDH
3

Encryption

AES-256-GCM — 256-bit authenticated encryption

AES-256
4

Forward Secrecy

New keys per session — past sessions protected

PFS
5

Identity

GST-ID — Supabase auth, RLS-protected

AUTH
6

Zero Storage

No messages stored anywhere — ever

ZERO

Security Specifications

Encryption

AlgorithmAES-256-GCM
Key Size256 bits
IV Size96 bits
Auth Tag128 bits
StandardNIST FIPS 197

Key Exchange

ProtocolECDH-P-256
CurveP-256 (secp256r1)
Key Length256 bits
Forward Secrecy✓ PFS
StandardNIST SP 800-56A

Transport

ProtocolWebRTC
DTLS1.2 / 1.3
SRTPAES-128-CM
ICERFC 8445
STUN/TURNRFC 5389

Why WebRTC Changes Everything

WebRTC (Web Real-Time Communication) is an open standard that enables direct peer-to-peer communication between devices without requiring a central server to relay data.

When two GSTNet users connect, a direct encrypted channel is established between their devices. The GSTNet servers only facilitate the initial connection handshake (signaling) — after that, all communication bypasses our servers entirely.

This means even if GSTNet servers were seized by authorities, there would be no communications data to hand over — because none ever passed through them.

🔑

Ephemeral Keys

New encryption keys generated for every session. Keys exist only in device memory and are never saved.

🌊

Perfect Forward Secrecy

If one session key is compromised, all other sessions remain secure. Past messages cannot be decrypted.

📡

ICE/STUN/TURN

Industry-standard protocols ensure connectivity even behind firewalls and NAT configurations worldwide.

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DTLS-SRTP

All WebRTC streams are protected by DTLS handshake and SRTP encryption — double-layered security for calls.

Next Generation Protocols

🛰️

Satellite Communication

Phase 4 roadmap includes Starlink and Iridium satellite integration. Communicate from anywhere on Earth without ground-based internet infrastructure.

📻

RF Mesh Network

Radio frequency communication for battlefield and disaster scenarios. Devices form self-healing mesh networks with no dependency on existing infrastructure.

🔮

Quantum-Ready Encryption

Post-quantum cryptography integration planned to ensure communications remain secure against future quantum computing attacks.

Experience Military-Grade Security

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