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Experience the future of Quantum Air Gapping. Our technology ensures absolute security for the QaaS era.
- ✔ Real-time Protection
- ✔ Secure Orchestration
A universal safety layer for all quantum applications, protecting the boundary between classical and quantum workloads.
Explore the architecture
Unsafe workloads and adversarial sequences can propagate across the classical-quantum boundary, triggering unpredictable effects inside QaaS environments.
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.
Quantum Augmented Handshake
A secure, vendor-agnostic handshake protocol that validates every quantum workload before it reaches the QPU.
The Quantum Algorithmic Core
A quantum kernel integrated into the safety pipeline for workload classification and anomaly detection.
Zero Vulnerability Computing & Classical Resilience layer for stack integrity and chain-reaction dampening.
Experience the future of Quantum Air Gapping. Our technology ensures absolute security for the QaaS era.
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