Absolute Protection for Your Digital Assets.
Traditional security is failing. We use advanced quantum technology to secure your servers, applications, and sensitive data against the threats of tomorrow—giving you total peace of mind today.
Why Top Executives Trust Us
Whether you are running a financial institution, a healthcare network, or a rapidly growing enterprise, your data is your most valuable asset. CQWS acts as an unbreakable vault.
Future-Proof
Our encryption cannot be broken, even by the massive supercomputers (quantum computers) that are being built right now by state actors.
Audit-Ready
Effortlessly pass your SOC 2, HIPAA, and ISO compliance audits. We provide the certified paper trail your auditors and regulators demand.
Zero Disruption
You don't need to rewrite your applications. Our software runs silently in the background, securing the foundations of your server in 60 seconds.
Tailored for Your Enterprise
Choose the level of protection that matches your industry's strict requirements.
CQWS Software Shield
Secures basic servers and websites from future hackers using supercomputers. (Algorithmic PQC)
CQWS Cloud Entropy
Secures cloud applications by injecting verifiable quantum randomness. (Network-delivered Q-Seed)
CQWS Hardware QRNG
Secures critical physical servers via dedicated microchips offline. (PCIe Physical Q-Seed)
CQWS Sovereign Air-Gap
Secures top-secret government/banking data via physical HSM delivery. (Perfect Secrecy)
Technical Specifications
Below are the exact algorithms, certifications, and threat-models CQWS is built to defend against. Share this with your CTO or compliance team.
NIST-Standardised Post-Quantum Algorithms
CQWS uses two NIST-standardised post-quantum algorithms via the Open Quantum Safe (liboqs) library.
Key Encapsulation: Kyber (ML-KEM-768)
Replaces RSA and Diffie-Hellman. Immune to Shor's algorithm. Every session token is protected against "Store-Now-Decrypt-Later" attacks.
Digital Signatures: Dilithium (ML-DSA-65)
Replaces ECC. Provides quantum-resistant digital identity. Forged tokens are mathematically rejected at the Ring-0 kernel level.
Shannon Perfect Secrecy vs. Computational Security
Understanding the mathematical difference between our SaaS tiers (computational) and our Sovereign tier (Information-Theoretic Security).
| Tier | Shannon ITS? | Cryptographic Reason |
|---|---|---|
| Shield (T0) | ❌ Computational | Key generated by ChaCha20 CSPRNG. Deterministic given its seed. |
| Standard (T1) | ❌ Computational | Quantinuum seeds the CSPRNG with quantum randomness, but ChaCha20 derives keys algorithmically. |
| Quantum (T2) | ❌ Computational | Physical QRNG produces truly random bits. However, exchange is via ML-KEM (algorithm). |
| Sovereign (T3) | ✅ Yes (Single-Server) | Physical quantum pad delivered via HSM, consumed once and destroyed. No algorithm generates or transmits the encryption key. |
Architecture FAQ
Standard encryption (RSA, ECC) is broken by quantum computers using Shor's algorithm. CQWS replaces the entire identity and key exchange layer with NIST FIPS 203/204 certified post-quantum algorithms at the kernel level — before your application handles any data.
Yes. The identity and key exchange layer uses ML-KEM-768 and ML-DSA-65 via the Open Quantum Safe (liboqs) library — certified to NIST FIPS 203 and FIPS 204 respectively. These are mathematically resistant to Shor's algorithm on any quantum computer.
CQWS Sovereign (Tier 3) achieves Shannon Perfect Secrecy for single-server data protection. A physically quantum-generated pad is delivered physically (via encrypted HSM) and consumed byte-for-byte with immediate destruction — satisfying all three of Claude Shannon's 1949 conditions. CQWS Shield, Standard, and Quantum provide post-quantum computational security — resistant to all foreseeable quantum computers — but not mathematical ITS, because key exchange uses ML-KEM (an algorithm).
Shield: Linux kernel CSPRNG (ChaCha20 / NIST SP 800-90A). Standard: Quantinuum Quantum Origin SDK (NIST SP 800-90B validated). Quantum: Physical QRNG hardware card (/dev/hwrng). Sovereign: Pre-loaded quantum entropy pad (Quantinuum, physically delivered).
Yes. CQWS Quantum (Tier 2) and CQWS Sovereign (Tier 3) require zero internet connection after installation. Sovereign is specifically designed for permanently air-gapped classified networks.
NIST FIPS 203, FIPS 204, FIPS 140-3, SP 800-90A/B. Relevant for: SOC 2 Type II, ISO 27001, HIPAA (§164.312), PCI DSS 4.0, DORA (EU), MoD Cyber Essentials, CMMC (US DoD), GDPR.
Shield and Standard: 60 seconds via curl one-liner. Quantum: 1–2 hours including QRNG card driver setup. Sovereign: 1–3 days including HSM delivery and validation.