Quantum-Secure Infrastructure
Unbreakable encryption, zero-trust architecture, and quantum-resistance at the core of everything we do.
🔐 Access Security DocumentationQuantum-Resistant Algorithms
Implements post-quantum cryptography protocols that remain secure even with quantum computers capable of breaking RSA/ECC.
- Lattice-based encryption (NIST-approved)
- Hash-based digital signatures
- Entanglement-based key distribution
Zero-Trust Architecture
All entities, quantum or classical, must authenticate and encrypt data on every access attempt, regardless of network location.
- Per-packet quantum state verification
- Dynamic trust scoring for quantum nodes
- Continuous identity attestation
Quantum Security Stack
Physical Layer
- Superconducting qubits in magnetic field shielding
- Thermal isolation at 15mK
- Quantum decoherence monitoring
Communication Layer
- Quantum Key Distribution via entangled photons
- Risk assessment for eavesdropping attempts
- Entanglement fidelity verification
Data Layer
- XQC-encrypted memory states
- Quantum information locking
- Decoy-state security protocols
Trusted by the Global Community
NIST Post-Quantum Cryptography Validation
ISO/IEC 27001 Certified
GDPR & SOC 2 Compliant
Security in Action: European Quantum Grid
February 2025 Case Study
The European Quantum Grid deployed ΥΛΥΛ's entanglement-based security to protect its quantum internet backbone, achieving:
- 100% eavesdropping detection rate
- Zero successful intrusion attempts since 2024
- Entanglement fidelity >99.999%