Quantum Safe Network Edge
Accepts classical, hybrid or full ML-KEM key exchange, terminates TLS at your perimeter and routes each request inward. The systems behind it are not changed.
Quantum-safe TLS at the boundary
The Edge terminates the session at the perimeter and routes each request to the system behind it.
Post-quantum TLS without touching every system
Clients connect to the Edge with whatever key exchange they support - classical, hybrid, or full ML-KEM. The Edge terminates that session at the boundary and routes the request on to the right internal system.
The post-quantum handshake happens there, so the TLS stack on each system behind it does not have to be upgraded first. You can accept quantum-safe traffic now and migrate internally on your own schedule.
One boundary, fully quantum-safe
The Edge handles the post-quantum TLS traffic outside your network, so you can adopt quantum-safe key exchange at the perimeter without re-engineering internal services.
Hybrid & PQC key exchange
Accepts classical, hybrid, and fully post-quantum TLS handshakes from clients.
Protocol routing
Routes requests to different upstream systems by host and path.
Backward compatible
Classical clients are still served, so nothing breaks during transition.
Centralised crypto upgrades
Upgrade cryptography once at the edge instead of across every internal system.
Outside your network
Post-quantum TLS traffic is handled at the boundary, keeping internal systems unchanged.
Observability
Per-connection visibility into which key-exchange method each client used.