The Post-Quantum Defense Shield.
Ring-0 kernel-level post-quantum cryptography engineered to secure your high-performance enterprise assets against future decryption threats. NIST FIPS 203/204 compliant. We protect your most sensitive data from being stolen today and decrypted tomorrow by quantum computers.
Hybrid Key Exchange (ML-KEM + X25519)
CQWS uses a double-locked hybrid key exchange combining ML-KEM-768 (NIST FIPS 203) with classical X25519 Elliptic Curve (RFC 7748). ML-KEM is based on Learning With Errors (LWE) over module lattices, while X25519 relies on elliptic curve Diffie-Hellman.
Military-Grade Zero-Trust Architecture Engineered in Mangalore, India. Defending against the impending Qubit computing revolution.
Core Technologies: Shannon Entropy • Pauli Masking • ML-DSA (Dilithium) • ML-KEM
Eclipsing Legacy
Perimeter Defenses.
Traditional VPNs and Firewalls are fundamentally unequipped for the quantum era. CQWS transcends these legacy bottlenecks by establishing Zero-Trust PQC Corridors directly into the Linux Kernel (Ring-0). We intercept and surgically eliminate threats before they traverse the network stack, enforcing strict Verifiable Identity Governance and rendering your application layer completely invisible to attackers.
Ring-0 Protection: Packets are intercepted and authenticated deep inside the Linux Kernel (Ring-0) via custom Netfilter hooks. Untrusted packets are silently dropped before reaching the TCP stack.
Defensive Postures
Comparing legacy perimeter bottlenecks with CQWS quantum-resistant architectures.
Standard RSA / VPN
Legacy perimeter defenses rely on algorithmic math puzzles that are fundamentally unequipped for the quantum era.
CQWS Zero-Trust PQC Corridors
Enforces a strict Zero-Trust Identity Gateway using a Hybrid Cryptography Engine directly at the Linux Kernel (Ring-0).
CQWS Sovereign Air-Gap
Abandons traditional prime-factorization. We utilize XOR Pauli Masking combined with absolute computational entropy.
CQWS System Build & 3D Assembly
Interactive exploded view showing the assembly workflow and cryptographic separation of our system components.
Lorenz Attractor (MLWE Lattice Chaos)
Layer 1: Management Portal
Next.js, Prisma ORM, PostgreSQL
Assembly Mechanics
Runs in userspace. Generates Dilithium signature checks to authorize secure heartbeat handshakes from target system nodes.
System Assembly Workflow Sequence
The Ring-0 Kernel Revolution
Traditional security operates in "User Space" (Ring 3). Firewalls, anti-virus, and standard encryption act as filters after the network has already processed the traffic. CQWS bypasses user-space entirely.
1. Netfilter Hook Injection
Our custom C-based Kernel Module injects directly into the absolute lowest level of the Linux OS. We register highest-priority Netfilter hooks (NF_INET_PRE_ROUTING) to intercept 100% of IPv4 traffic before standard Firewalls even see it.
static struct nf_hook_ops cqws_ops[] = {
{
.hook = cqws_outbound,
.pf = PF_INET,
.hooknum = NF_INET_POST_ROUTING,
.priority = NF_IP_PRI_FIRST
},
{
.hook = cqws_inbound,
.pf = PF_INET,
.hooknum = NF_INET_PRE_ROUTING,
.priority = NF_IP_PRI_FIRST
}
};2. Post-Quantum Pauli Masking
Every single packet payload is XOR'd against a rapidly shifting, cryptographically secure byte-stream. To a quantum supercomputer intercepting the traffic, the data is completely unrecognizable and mathematically immune to Shor's Algorithm.
3. Port 443 & SSH Cloaking
The CQWS module silently inspects headers. Legitimate administrative traffic and secure SSH connections are routed flawlessly, while malicious port scanners see nothing but a mathematical black hole.
The Physics of Absolute Security
CyCity CQWS does not rely on "security by obscurity" or theoretical algorithmic promises. We achieve mathematically proven resilience through a combination of Ring-0 Linux kernel integration, quantum physics, and Shannon Information-Theoretic Security. Here is exactly how we do it.
7.999998 Bits of Pure Entropy via XOR-Composition
The strength of any cryptography is entirely dependent on the randomness of its keys. CQWS guarantees a perfect 7.999998 bits/byte Shannon Entropy score using the mathematical XOR-Composition Theorem.
Our Hybrid Entropy Engine combines local system noise (CPU thermals, IRQ interrupts) and XORs it against live, physical quantum seed data fetched via API from the Australian National University (ANU), which measures the sub-atomic quantum fluctuations of a vacuum.
If a nation-state intercepts the ANU API, the local thermal noise protects you. If your local VM hypervisor is deterministic and compromised, the sub-atomic ANU vacuum fluctuations protect you. This composite /dev/random pool passes all 114 Dieharder and NIST SP 800-22 statistical suites flawlessly.
Cryptographic UEFI Module Injection
Injecting a Ring-0 interceptor into a modern enterprise Linux server requires navigating strict OS defenses. If you try to blindly inject a kernel module, modern UEFI Secure Boot will instantly trigger a kernel panic to prevent rootkits.
CQWS adheres to absolute boot chain integrity. The cqws_daemon.ko kernel module is cryptographically signed using rigorous Machine Owner Keys (MOK) or Enterprise Extended Validation (EV) certificates. During the boot sequence, the Linux kernel validates our cryptographic signature against the hardware UEFI bios before allowing the Ring-0 Netfilter hooks to bind. This guarantees that CQWS cannot be tampered with by malicious actors attempting to modify the module on disk.
Netfilter NF_INET_PRE_ROUTING Execution
Standard software firewalls (like iptables or WAFs) operate in "User Space" (Ring 3), inspecting traffic after the OS has processed it.
CQWS is a custom C-based Kernel Module that injects at the absolute lowest privilege ring (Ring-0) of the Linux kernel. We register the highest-priority callback hooks to intercept 100% of IPv4 traffic directly off the network interface card.
Every single packet payload undergoes Post-Quantum Pauli Masking—where the data is XOR’d against a rapidly shifting, cryptographically secure byte-stream in secure, non-pageable memory enclaves. If a packet lacks the exact cryptographic identity, it is immediately dropped (NF_DROP), preventing target port discovery and rendering your application completely invisible to the internet.
Mutual Verification & Zero-Trust Governance
CQWS establishes a formal PQC Corridor by utilizing the CyCity Command Center as a Qualified Verifiable Data Registry (qVDR) to handle identity resolution and live revocation (the Kill Switch).
But how do we trust the Registry? To prevent BGP hijacking or DNS spoofing from tricking your server into shutting down, the CQWS daemon does not blindly trust the CyCity portal. Every single telemetry ping and revocation command is secured via Mutual TLS (mTLS) and cryptographically signed by the CyCity Master Identity Key using ML-DSA-65 (Dilithium).
Your local daemon verifies this NIST FIPS 204 signature against a hardcoded public key before accepting any state changes, ensuring absolute, mathematically verifiable Zero-Trust Governance across the entire ecosystem.
Double-Locked Hybrid Cryptography
CyCity CQWS does not rely on legacy encryption. Our engine mathematically fuses post-quantum ML-KEM-768 lattice cryptography with classical X25519 Elliptic Curves via the XOR-Composition Theorem.
Ring-0 Protection. Zero Layer-7 Inspection.
Legacy Web Application Firewalls terminate your TLS certificates to read your HTTP payloads. CyCity CQWS eliminates this massive data privacy risk entirely.
Our shield operates at OSI Layer 3 using highly optimized, kernel-level execution. Because we drop malicious volumetric traffic at the IP packet level before it reaches your application, we mathematically cannot read or decrypt your application data. We guarantee a pure Zero-Knowledge boundary to simplify your SOC 2 and HIPAA compliance scope.
Flawless Hardware Randomness
CyCity injects true physical randomness (via Quantum Vacuum Fluctuations) directly into your server's entropy pool to protect against PRNG exhaustion attacks.
To prove the mathematical perfection of our keys, our keystreams undergo the rigorous NIST SP 800-22 Statistical Test Suite. During an audit, you can dump a 1GB sample of our quantum randomness and run the 15 tests (Monobit, Spectral, Runs, etc.) locally to verify FIPS compliance.
The 15 NIST SP 800-22 Cryptographic Stress Tests
Flawless Attainment.
NIST SP 800-22 Audit Report
Our architecture has been subjected to the National Institute of Standards and Technology (NIST) rigorous 15-test statistical suite for Random Number Generators and Cryptographic Applications. We guarantee mathematical invulnerability by ensuring our entropy passes every single threshold for true randomness.
- 15/15 Pass Rate: Successfully passes Maurer's Universal Statistical Test, Discrete Fourier Transform, and Non-overlapping Template Matching.
- 7.999+ Shannon Entropy: Producing high-density cryptographic outputs that render data computationally impossible to decrypt via statistical modeling.
- FIPS 140-3 Compliance: Engineered to meet strict federal guidelines for critical infrastructure security modules.
OWASP Top 10 Prevention
While the microkernel operates primarily at Layer 3/4 (Network), its protective envelope inherently extends to Layer 7 (Application Layer). By utilizing Ring-0 Deep Packet Inspection (DPI) and strict signature validation, we surgically eliminate application-layer payloads before they are processed by the web server.
- Zero-Day RCE & Injection Drops: Advanced Persistent Threats (APTs), SQLi, and OS Command Injections are structurally discarded before hitting userspace memory (Apache/Nginx/Node.js).
- Broken Access Control: Unauthorized connections lacking the exact ML-KEM cryptographic identity are immediately null-routed.
- DDoS & SSRF Deflection: Malicious floods and server-side request forgery packets are dropped at the kernel hook, requiring 0% application CPU overhead.
The Final Frontier
CyCity is not just a software company; we are a global cyber-defense contractor and semiconductor pioneer. Software alone cannot stop physical hardware attacks.
Ecosystem Integration
Engineering the exact same Ring-0 post-quantum protection across Apple iOS/macOS, Android Custom Kernels, and Windows NTOSKRNL.
Smart Civic Infrastructure
Preparing to secure live video feeds and telemetry for Mangalore Smart City grids, encrypting visual data at the edge.
Hardware Integration
Seamlessly integrates with dedicated Hardware Security Modules (HSMs) and PCIe Quantum Random Number Generators.
Which Plans Achieve Shannon Information-Theoretic Security?
Only CQWS Sovereign Air-Gap achieves Shannon Information-Theoretic Security (ITS) — and only for single-server data protection. The other plans rely on algorithmic data transmission over the network using ML-KEM (Computational security), even if they use True Physical Random Number Generators (TRNG/QRNG).
Software Shield
Standard /dev/urandom. Data transmitted via ML-KEM network layers. Mathematically breakable.
Cloud Entropy
Remote entropy streaming. Data transmitted via ML-KEM network layers. Mathematically breakable.
Hardware QRNG
True hardware TRNG/QRNG. Data transmitted via ML-KEM network layers. Mathematically breakable.
Sovereign Air-Gap
Physically delivered pad consumed once. Zero network transmission. Mathematically unbreakable.
Hardware Architectures & Pricing
Compare our deployment architectures side-by-side to find the right hardware and entropy extraction for your threat model.
Web Edition (Public Ports)
Best for standard public-facing websites and APIs.
Private Edition (Dark Node)
Best for internal databases, CI/CD pipelines, and hidden microservices.
Web Edition (Public Ports)
Best for cloud-native apps requiring compliance (HIPAA/PCI DSS) and verifiable true randomness.
Private Edition (Dark Node)
Best for cloud-native apps requiring compliance (HIPAA/PCI DSS) and verifiable true randomness.
Enterprise Shield
Best for on-premise telecom, pharma, and critical infrastructure data centers.
Enterprise Shield
Best for top-secret defense, banking HSMs, and zero-internet environments.
Compare | CQWS SOFTWARE SHIELDWeb Edition (Public Ports) Contact Sales Licenses (Seats) 1 ⚡ 7-Day Free Trial (No Credit Card) | CQWS SOFTWARE SHIELDPrivate Edition (Dark Node) Contact Sales Licenses (Seats) 1 ⚡ 7-Day Free Trial (No Credit Card) | CQWS CLOUD ENTROPYWeb Edition (Public Ports) Contact Sales Licenses (Seats) 1 ⚡ 7-Day Free Trial (No Credit Card) | CQWS CLOUD ENTROPYPrivate Edition (Dark Node) Contact Sales Licenses (Seats) 1 ⚡ 7-Day Free Trial (No Credit Card) | CQWS HARDWARE QRNG Contact Sales Quote Request | CQWS SOVEREIGN AIR-GAP Contact Sales Quote Request |
|---|---|---|---|---|---|---|
| Who is this for? | Best for standard public-facing websites and APIs. | Best for internal databases, CI/CD pipelines, and hidden microservices. | Best for cloud-native apps requiring compliance (HIPAA/PCI DSS) and verifiable true randomness. | Best for cloud-native apps requiring compliance (HIPAA/PCI DSS) and verifiable true randomness. | Best for on-premise telecom, pharma, and critical infrastructure data centers. | Best for top-secret defense, banking HSMs, and zero-internet environments. |
| Core Protection | ||||||
AI Scan Detector (DPI)Deep packet inspection for post-quantum anomalies. | ||||||
Ring-0 Kernel DefenseOperates at the lowest OS level before TCP stack. | ||||||
Dark Node (Port Blocking)Blocks all ports including 80/443. Invisible to scans. | ||||||
Web Bypass LaneAllows standard HTTP/HTTPS traffic through. | ||||||
| Quantum Entropy Source | ||||||
Algorithmic (Hybrid PQC)Double-locked ML-KEM-768 + X25519 handshake (FIPS 203 / RFC 7748) and Dilithium (FIPS 204). | ML-KEM + X25519 Hybrid | ML-KEM + X25519 Hybrid | ML-KEM + X25519 Hybrid | ML-KEM + X25519 Hybrid | ML-KEM + X25519 Hybrid | ML-KEM + X25519 Hybrid |
Network-Delivered Q-SeedSecure API injection from ANU Quantum Sensor. | Standard Kyber/Dilithium | Standard Kyber/Dilithium | ||||
PCIe Hardware QRNGPhysical ID Quantique chip installed in server. | ||||||
Pre-loaded HSM PadPhysical secure delivery of entropy pads. | ||||||
| Architecture & Compliance | ||||||
Internet DependencyRequires outbound internet access for operation. | ||||||
Reseeding FrequencyHow often the kernel entropy pool is refreshed. | Standard Kernel Default | Standard Kernel Default | Every 60 Minutes (API) | Every 60 Minutes (API) | Real-Time Hardware Injection | Static Pre-Loaded Pads |
Compliance ReadyMeets strict industry security standards. | Basic Best Practices | Basic Best Practices | HIPAA & PCI DSS Compliant | HIPAA & PCI DSS Compliant | Critical Infrastructure Ready | Top Secret (Banking/Gov) |
CQWS Post-Quantum Enterprise Shield
CyCity International Private Limited / CyCity Inc. | Corporate Tax EIN: 99-0541426
Executive Overview & Philosophy
The CyCity CQWS (Quantum-Resistant Web Shield) platform provides Ring-0 kernel-level post-quantum cryptographic protection (NIST FIPS 203 ML-KEM-768 & NIST FIPS 204 ML-DSA-65) for modern server infrastructure. Tiering is based on network visibility, entropy sources, and deployment environment.
Designed for backend databases and microservices. Drops all unauthenticated inbound public web traffic on ports 80/443 so the server remains 100% invisible to internet port scanners and web exploit bots.
Designed for public websites and web APIs. Allows inbound web traffic on ports 80/443, protecting requests with Ring-0 Post-Quantum Encryption and L7 WAF.
Outbound traffic rule
ALL CQWS plans permit 100% unrestricted OUTBOUND internet access.
Servers can execute package manager calls (apt-get / yum), query DNS (53), invoke external API endpoints, and report secure heartbeats/telemetry pings to cycity.cloud.
Detailed Breakdown of All 6 Plans
Plan 1: Software Shield
Private Edition (Dark Node)Target: Internal Databases (PostgreSQL, MySQL, MongoDB, Redis), Private CI/CD Build Runners, Internal Microservices, Financial Ledgers.
Why Customers Buy It: To make database servers 100% immune to public web scanners, zero-day exploits, and ransomware bots.
Plan 2: Software Shield
Web Edition (Public Shield)Target: Public E-commerce Sites, Customer Dashboards, Public REST/GraphQL APIs, SaaS Web Applications.
Why Customers Buy It: To host public-facing websites and APIs that anyone can visit securely over HTTP/HTTPS with WAF anti-exploit blocks.
Plan 3: Cloud Entropy
Private Edition (Dark Node)Target: High-Security Databases, Banking Core Ledgers, Healthcare Patient Data Warehouses (HIPAA / PCI DSS).
Why Customers Buy It: Required for compliance (HIPAA, PCI DSS 4.0, SOC 2) where encryption keys must be seeded by true quantum random number generators.
Plan 4: Cloud Entropy
Web Edition (Public Shield)Target: Enterprise SaaS Platforms, Public Fintech Gateways, Government Web Portals, Public Healthcare Apps.
Why Customers Buy It: Ideal for public enterprise applications requiring both public HTTPS access and verifiable quantum entropy key seeding.
Plan 5: Hardware QRNG
Dedicated PCIe SetupTarget: On-Premises Bare-Metal Servers, Defense Contracting Clusters, Telecommunications Gateways.
Why Customers Buy It: Designed for mission-critical bare-metal servers that cannot depend on cloud entropy APIs or external network connections.
Plan 6: Sovereign Air-Gap
Enterprise Hardware HSMTarget: Military Networks, Central Bank Vaults, Nuclear Infrastructure, Air-Gapped Intelligence Networks.
Why Customers Buy It: Guaranteed zero internet dependency, zero cloud connections, and mathematical unbreakability (Shannon Information-Theoretical Security).
How Internal Databases & CI/CD Pipelines Run Without Ports 80/443
Internal databases do not use web ports. They communicate over dedicated ports: PostgreSQL (5432), MySQL (3306), MongoDB (27017), and Redis (6379) inside a private VPC subnet.
gRPC microservices utilize private RPC ports (50051). GitHub/GitLab build runners connect via SSH (22) or runner agents inside private VPC subnets.
Security patches can still be downloaded over outbound HTTP/HTTPS, and license pings check in over secure outbound ports, protecting threat databases continuously.