The Next Evolution in Secure Key Exchange
Today’s Internet security depends on mathematical assumptions — factoring, lattices, or elliptic curves — that quantum computers and even new AI-driven attacks threaten to overturn. ROOM Keys™ takes a fundamentally different approach.
Developed by NetworkCrypt, ROOM Keys™ uses Read Only-Once Memory (ROOM) hardware to perform deterministic, single-use key exchanges directly between trusted endpoints. The result: a physical, provable, one-time release of cryptographic material — no algebraic secrets to steal, no reusable keys to replay.
💡 How It Works
ROOM Keys™ establishes a secure rendezvous between two devices — Alice and Bob — over standard HTTPS. Instead of relying on software math, each side hosts a small hardware cell that collapses once read. The key exists only once in space and time, then disappears permanently.
This creates a practical bridge between classical networks and the promise of quantum-level security — a “post-algebraic” alternative to both traditional TLS and emerging PQC algorithms.
⚙️ Why It Matters
- No mathematical assumptions – security from physics, not probability
- Instant compatibility – works over HTTPS with standard browsers or APIs
- Hardware-rooted entropy – true single-use collapse at the device level
- Beyond PQC – secure even if quantum algorithms break Kyber, RSA, or ECC
🌐 Coming Soon
NetworkCrypt is launching the first ROOM Keys™ demo web app, where users can connect two endpoints and exchange a symmetric key with deterministic, hardware-based collapse.
Join our beta to experience what comes after post-quantum cryptography.
👉 Request Early Access
NetworkCrypt® — Physical Trust for a Digital World.