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Quantum X Labs Demonstrates New Quantum Encryption Scheme on IBM Processor

Quantum X Labs Demonstrates New Quantum Encryption Scheme on IBM Processor

First seen 2 Nov 2026, 14:15 UTC • •

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ThreatCluster AI
ThreatCluster •November 2, 2026 at 19:47 UTC
  • •Quantum X Labs demonstrated Qatacomb encryption on IBM's quantum processor.
  • •The scheme recovered an encrypted image with over 90% accuracy.
  • •Qatacomb offers information-theoretic security against quantum computing threats.

Quantum X Labs has successfully demonstrated its Qatacomb quantum encryption scheme using an IBM Quantum Heron r2 processor. In this demonstration, the intended recipient was able to recover an encrypted image with over 90% accuracy, while an adversary without the key gained no usable information. This marks a significant advancement in quantum encryption, as Qatacomb is designed to provide information-theoretic security, independent of an adversary's computational power. The demonstration utilized a 156-qubit quantum machine and was programmed through IBM's Qiskit framework. Quantum X Labs aims to transition Qatacomb from theoretical to practical applications, potentially safeguarding against future quantum computing threats to current encryption methods. The company emphasizes that this encryption method does not rely on the difficulty of mathematical problems, which are vulnerable to quantum attacks.

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Timeline

2026-11-02
Qatacomb demonstration announced
Quantum X Labs showcased its Qatacomb quantum encryption scheme on an IBM Quantum Heron r2 processor, achieving high accuracy in image recovery.
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Common questions

What is Qatacomb?
Qatacomb is a quantum encryption scheme developed by Quantum X Labs designed to provide information-theoretic security.
How does Qatacomb work?
It utilizes the properties of quantum states to ensure security, independent of adversarial computational power.
What are the implications of this demonstration?
This demonstration signifies a potential shift in encryption methods, offering a safeguard against future quantum computing threats.