WireGuard-first VPN
Modern encrypted tunnels with fast handshakes and efficient roaming between Wi-Fi and mobile networks.
MODERN CRYPTOGRAPHY · FAST HANDSHAKE · MOBILE ROAMING
Launch design, planned capabilities and research — labelled honestly so plans are never mistaken for shipped product.
Modern encrypted tunnels with fast handshakes and efficient roaming between Wi-Fi and mobile networks.
MODERN CRYPTOGRAPHY · FAST HANDSHAKE · MOBILE ROAMING
Fail-closed traffic controls designed to keep DNS, IPv6 and application traffic from escaping outside the VPN when protection is enabled.
KILL SWITCH · DNS PROTECTION · IPv6 PROTECTION
DNS requests stay inside the encrypted tunnel and are designed to use EVPN-controlled recursive resolvers rather than a public resolver by default.
IN-TUNNEL DNS · DNSSEC · NO QUERY LOGGING POLICY
Routing controls are designed so both address families remain inside the protected path when the tunnel is active.
DUAL STACK · ROUTE CONTROL
Automatically select an appropriate endpoint based on network quality, availability and proximity, while retaining manual control.
AUTO ROUTING · SERVER HEALTH · MANUAL CONTROL
Choose a specific planned or live location when you want explicit control over your exit.
USER CONTROL · LOCATION CHOICE
Route selected applications or destinations outside the tunnel when you intentionally need a direct path.
APP ROUTING · DESTINATION RULES
Define networks where EVPN should connect automatically — or stay idle — based on your trust preferences.
AUTO CONNECT · NETWORK RULES
Future transport options designed for networks that interfere with ordinary VPN traffic.
TRANSPORT AGILITY · RESTRICTIVE NETWORKS
Optional multi-relay routing for users who want an additional hop between device and exit.
MULTI RELAY · ROUTE COMPOSITION
Research into hybrid key-exchange and transport agility as post-quantum cryptography matures.
HYBRID KEX · FUTURE CRYPTO
Labels: LAUNCH DESIGN · PLANNED · RESEARCH — planned and research items are not presented as current features.