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// knowledge base

Resources & Insights.

Expert perspectives, research articles, frequently asked questions, and tools to get started with quantum security.

// expert perspectives
What leaders are saying.
By 2026, quantum computing and advanced AI will converge into a new computational order. Quantum processors and agent-based AI will work together at speeds surpassing human understanding.
CM
Carlos Moreira
CEO & Chairman, SEALSQ
Defenders will need quantum-enhanced threat detection to identify attacks designed by AGI and executed through quantum-accelerated methods. Without quantum parity, organizations face adversaries in a different computational universe.
DP
Dario Perfettibile
VP European Operations, Kiteworks
The encryption currently protecting your information could be broken by quantum computers in coming years. We need an all-hands-on-deck approach to ensure the quantum era is defined by breakthroughs, not breakdowns.
YM
Yossi Matias
VP Engineering, Google Research
// quantum security insights
Latest from the frontier.
Research, analysis, and breaking news from the quantum security landscape.
🔓
Threat Analysis

Harvest Now, Decrypt Later: Why Your Data Is Already Compromised

Adversaries collect encrypted data today for future quantum decryption. Here's what you need to know.

March 2026 · 8 min read
🔐
Technical Deep Dive

Understanding NIST Post-Quantum Standards: ML-KEM, ML-DSA, SPHINCS+

A practical guide to the three algorithms replacing RSA and ECC.

March 2026 · 12 min read
🧠
AI Security

Why AI Systems Are the #1 Target for Quantum Attacks

Model weights, inference pipelines, and agent authentication — the quantum attack surface.

March 2026 · 10 min read
🌐
Industry News

Google Calls on Governments to Prepare Now for Quantum Cybersecurity

Google has been preparing since 2016. Most organizations haven't started. Here's what the tech giant is warning.

March 2026 · 7 min read
QAISS Platform

Origin Pilot OS: The World's First Open-Source Quantum Operating System

How China's open-source quantum OS release changes the game for QAISS and the global quantum ecosystem.

March 2026 · 9 min read
🔑
Cryptography

BB84 Quantum Key Distribution: How Physics Replaces Mathematics

Why quantum key exchange is fundamentally unbreakable — and how QAISS implements it on WuKong.

March 2026 · 11 min read
Critical Warning

Q-Day Timeline: When Will Quantum Computers Break RSA-2048?

Expert predictions range from 2029 to 2035. The window to prepare is closing. Analysis of the latest forecasts.

March 2026 · 13 min read
🏛
Regulation

EU Cyber Resilience Act: Crypto-Agility and the Path to PQC

The CRA and NIS2 together drive crypto-agility requirements that align with post-quantum cryptography. What this means for your organization.

March 2026 · 8 min read
QAISS Research

4 Working Quantum Circuits on WuKong: QAISS Technical Proof

From QRNG to BB84 QKD — a walkthrough of QAISS's verified quantum circuits running on pyqpanda3.

March 2026 · 15 min read
// downloads
Research materials.
📄

Technical Whitepaper

Full 9-page research paper with architecture details and benchmarks.

↓ Download PDF
💻

GitHub Repository

Open-source quantum security toolkit and dashboard components.

View on GitHub
📊

Pitch Deck

12-slide presentation for partners, investors, and collaborators.

↓ Download PPTX
// frequently asked questions
Everything you need to know.

Quantum security refers to cryptographic systems designed to remain secure against quantum computer attacks. Quantum computers using Shor's algorithm will break RSA/ECC encryption that protects all digital communication. Organizations must transition to quantum-safe encryption before quantum computers can decrypt harvested data.

It's real. The NSA set a 2035 deadline for quantum-resistant migration. NIST published official standards in 2024. NIST issued updated PQC migration guidance targeting 2025-2026 timelines. Intelligence agencies confirm "harvest now, decrypt later" attacks are actively occurring.

QAISS is the first system fusing quantum computing and AI into a single unified organism — where quantum entropy feeds AI intelligence, AI drives quantum-secured responses, and every attack makes the entire system stronger. It's a living immune system, not a collection of separate tools.

When QAISS detects a threat, it deconstructs it into a unique signature, cryptographically signs it, and distributes it to every node network-wide in real time. The same exploit never succeeds twice — anywhere. The Quantum GAN also generates variations to pre-emptively block similar exploits.

PQC algorithms are designed to resist both classical and quantum attacks. NIST standardized three in 2024: ML-KEM (Kyber) for key exchange, ML-DSA (FIPS 204) for digital signatures, and SPHINCS+ as hash-based fallback. QAISS implements all three.

China's most advanced superconducting quantum computer by Origin Quantum. 72 working qubits (198 total including couplers). Over 530,000 tasks completed for users in 145+ countries. Accessible via cloud through Origin Quantum Cloud platform.

QAISS is in research phase under the OriginQ WuKong Research Incentive Program. We're seeking research collaborators, enterprise partners for pilot programs, and investors. Contact us at contact@qaissecurity.com.

Layer 3 operates without human-in-the-loop. When AI classifies a threat above threshold, micro-segmentation isolates the zone, keys rotate with pre-generated quantum entropy, and the signature is queued for distribution — all at machine speed.

Yes. The quantum security toolkit, benchmarks, and dashboard components will be released on GitHub (github.com/Qaissecurity) under Apache 2.0. Quantum security is too important to be proprietary.

Finance (transaction records, trading algorithms), healthcare (patient records with decades of confidentiality), defense (classified communications, autonomous systems), and critical infrastructure (power grids, telecom with 20+ year lifecycles).

Origin Pilot is the world's first publicly downloadable quantum computer operating system, released by Origin Quantum in February 2026. Origin Pilot is the OS deployed on WuKong hardware. QAISS submits quantum computing jobs to WuKong via the OriginQ cloud API — it does not run directly on the quantum hardware. The Enterprise Edition includes post-quantum cryptography tools that directly complement QAISS's security architecture. Origin Pilot supports quantum-classical-AI hybrid workflows — exactly the integration pattern QAISS uses.

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