Quantumnia is the only cloud-agnostic, full-stack quantum security overlay that stops theHarvest Now, Decrypt Later (HNDL) attack today — not after a 3-year migration.
Classical threat detection systems only patch symptoms. AI-driven attacks breach nodes in minutes, and adversaries are already harvesting critical data for post-Q-Day decryption.
State actors and hackers are actively logging government, bank, and defense encrypted payloads today. Once quantum scale is achieved (Q-Day), these vaults will be decrypted retroactively.
Classical tools (IPS, Firewalls, DLP) have zero quantum anomaly detection. They cannot detect whether fiber lines or routers are subject to photon-level interception or quantum eavesdropping.
Shor's algorithm can factor standard RSA-2048 keys using approximately 1 million stable qubits. With quantum processor growth accelerating, the timeline is compressing towards 2030–2035.
Deliver quantum-grade protection as a seamless cloud-agnostic layer. No hardware replacements, no network re-architecting.
Deploy QKD-secured, end-to-end messaging tunnels using BB84 protocols beneath the transmission nodes. Protects real-time communication against data snooping.
Establish quantum-authenticated network routing. Nodes sign handshakes with post-quantum cryptography to detect and instantly drop spoofed routes.
Quantum-encrypted storage vaults. Zero-knowledge key control ensures clients maintain cryptographic custody of their backups, isolated from cloud hosting providers.
Air-gapped, optical key storage. Critical primary keys are stored in physical photonic states, shielded from remote logical breaches.
Monitor, simulate, and build quantum-hard overlays.
The backend is now powered by a lightweight Python REST API connected to the designated PostgreSQL database instance (129.159.230.220). Navigate to the Developer APIs tab to test live queries against the DB on port 8052.