The Risk Architecture Capabilities Contact
QAGS / QAAS-ERA SECURITY

Quantum Air Gapping System

A universal safety layer for all quantum applications, protecting the boundary between classical and quantum workloads.

Explore the architecture
Quantum Server Room
THE RISK

Information Chain Reactions

Unsafe workloads and adversarial sequences can propagate across the classical-quantum boundary, triggering unpredictable effects inside QaaS environments.

Chain Reaction Risk
THE SOLUTION

QAGS Architecture

A universal safety layer for all quantum applications, protecting the boundary between classical and quantum workloads that may trigger a cascade of chain reaction decryption across the Internet in adversary's hands.

Zero Vulnerability Computing(ZVC) & Quantum Resilient User Evasive Cryptographic Authentication(QRUECA), a Classical Resilience layer for stack integrity and chain-reaction dampening.

QAGS Architecture
CAPABILITY 01

HTTPZ

Quantum Augmented Handshake

A secure, vendor-agnostic handshake protocol that validates every quantum workload before it reaches the QPU.

Handshake Protocol
CAPABILITY 02

HTTPQ

The Quantum Algorithmic Core

A quantum kernel integrated into the safety pipeline for workload classification and anomaly detection.

Quantum Core
ZVC
CAPABILITIES 03 & 04

ZVC + QRUECA

Zero Vulnerability Computing & Classical Resilience layer for stack integrity and chain-reaction dampening.

QRUECA

Watch Our Story

Experience the future of Quantum Air Gapping. Our technology ensures absolute security for the QaaS era.

  • Real-time Protection
  • Secure Orchestration

Ready to secure your quantum application?

Every quantum application depends on safe workload submission and robust classical-quantum orchestration.

Request a technical evaluation of your current quantum stack.

QAGS@bc5.eu