Powered by CryptoPIX CQO
The heartbeat of Q-Seal is the Chromatic Quantum Ontology (CQO) engine. A browser-native quantum virtualization layer that generating high-fidelity entropy for unbreakable encryption keys.
How It Works
CQO simulates quantum superposition states directly in your browser's memory to generate cryptographic seeds that are mathematically indistinguishable from hardware randomness.
The Math & Logic:
99.9% Identical
CQO is not an approximation. It is a precise mathematical isomorphism of state vector mechanics, functioning as a "Digital Twin" of real hardware.
Quantum Physics
In the physical world, particles exist in Hilbert space. States are vectors, and operations are unitary matrices that preserve probability amplitudes.
CQO Engine
CQO uses custom high-precision floating point classes to simulate these vectors with perfect fidelity. It effectively runs the "Software of the Universe."
The Simulation Wall
This is where we differ from physical hardware (QPUs). To add 1 qubit in simulation, we must double the memory. We are perfect for keys and logic, but cannot simulate "Quantum Supremacy".
Classical Processor
Running Q-SEAL Today
Quantum Processor
Native Support Ready
Quantum Logic on Any Browser
We have built the Standard Industry Architecture for a functional Simulator. It simulates the software of the universe, directly on the hardware of a standard laptop or server.
To run this on a real Quantum Processor (QPU) in the future, you would only need to swap the low-level Matrix calculation for a QPU driver. The entire Protocol remains exactly the same.
Live Entropy Metrics
Don't just take our word for it. Watch the CQO engine generate entropy in real-time right now on your device.
Technical Specifications: Simulation vs Physical
Honest comparison of Virtual Quantum Ontology against physical QPU scaling.
"CryptoPIX CQO is a Virtual Quantum Engine that runs exact quantum mechanical behavior on classical processors. Unlike 'Quantum-Inspired' heuristics, we calculate the full Hilbert Space state vector |Ψ⟩ via tensor networks, achieving 100% mathematical fidelity to quantum laws."
(Physical Hardware)
(Physical Hardware)
(Virtual Quantum Engine)
Zero-Knowledge Architecture
Our security model is simple: We cannot leak what we do not know.
Client-Side Encryption
Files are encrypted on your device using AES-256-GCM before they ever touch the network. The keys are never sent to our servers.
No-Log Infrastructure
Our servers act as a blind relay. We store only encrypted blobs. We do not track access logs, IP addresses, or metadata.
Key Isolation
The decryption key is part of the URL hash (fragment). Browsers strictly ensure this fragment is never sent to the server.
Regulatory & Cryptographic Standards
NIST FIPS 203
Module-Lattice-Based Key-Encapsulation Mechanism (ML-KEM)
NIST FIPS 204
Module-Lattice-Based Digital Signature Algorithm (ML-DSA)
AES-256-GCM
Military-grade symmetric encryption for payload protection
IT Act 2000 & Rules 2021
Fully compliant with Indian Data Privacy regulations