QuantumQ Security Advances a Novel “Detect, Encrypt and Verify” Approach
This announcement follows the appointment of former Mossad chief Yossi Cohen as the President of its Scientific Advisory Board who, among other duties, will contribute to QXL’s expansion into the defense and security markets
Quantum X Labs Inc., a quantum technology company developing technologies across quantum computing, sensing, simulation and cybersecurity, announced, that as part of its QuantumQ Security operation, it has launched a multi-dimensional quantum cybersecurity architecture program designed around three complementary security dimensions: Detect, Encrypt and Verify.
This announcement by Quantum X Labs follows the appointment of former Mossad chief Yossi Cohen as the President of its Scientific Advisory Board. Cohen will help shape its strategic direction across quantum computing, quantum error correction, quantum software for clinical trials, quantum cybersecurity and quantum sensing, with a particular focus on expanding the Company’s operations and commercializing its technologies for the defense, aerospace, homeland security and critical infrastructure markets.
The initiative reflects QuantumQ Security’s approach to cybersecurity in the emerging quantum era. While much of the cybersecurity industry is focused on adapting or strengthening classical security methods to address quantum-era threats, QuantumQ Security is pursuing a different technological direction: making the properties of quantum mechanics an integral part of the protection architecture itself.
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The architecture currently comprises three technology programs, each at a different stage of research, development, validation and intellectual-property activity. The three dimensions are intended to form a broader security architecture:
- DETECT– identify anomalous activity and potential attacks.
- ENCRYPT– protect the confidentiality of information.
- VERIFY– establish authenticity, integrity and ownership.
Quantum X Labs believes the Detect, Encrypt and Verify combination represents a broader approach to the quantum cybersecurity challenge. Rather than treating quantum computing solely as a new threat requiring modifications to existing cybersecurity infrastructure, QuantumQ Security is investigating how quantum mechanics itself can become part of the security infrastructure.
“Quantum computing is forcing the cybersecurity industry to reconsider some of its most fundamental assumptions,” said Prof. Nir Sharon, Chief Technology Officer of Quantum X Labs. “Our objective with QuantumQ Security is not simply to adapt yesterday’s security architecture to tomorrow’s computers. We are developing technologies across detection, encryption and verification that explore how quantum properties themselves can become part of the protection architecture. LayerQake, Qatacomb and our verification technologies represent three different dimensions of that strategy and, together, our vision for a more comprehensive quantum-native cybersecurity platform.”
The Company noted that the three technology programs are currently at different stages of development and intellectual property submission and protection, and that further theoretical validation, simulation, prototype development and testing may be required before individual technologies or an integrated platform can be commercialized.
Quantum X Labs intends to continue advancing each technology independently while evaluating opportunities to integrate the three dimensions into a unified QuantumQ Security architecture designed for the cybersecurity requirements of the quantum computing era
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