Pioneering a New Era of Secure Communication.

Compact, Pluggable CV-QKD for Scalable Quantum-Safe Communication

Our Solutions

CUbIQ Technologies is pioneering a new era of secure communications through our innovative quantum technology platform. We are developing a compact, low-power electronic-photonic integrated transceiver that brings continuous-variable quantum key distribution (CV-QKD) into a standard QSFP pluggable form factor. By using advanced signal processing, our approach aims to deliver significant reductions in size, power consumption and cost compared to current quantum key distribution systems, so quantum-safe key exchange can be deployed as easily as a standard network transceiver.

Our Team

Aaron Albores Mejia, Co-founder and CEO of CUbIQ Technologies

Aaron Albores Mejia

Co-founder and CEO

Chigo Okonkwo, Co-founder and CTO of CUbIQ Technologies

Chigo Okonkwo

Co-founder and CTO

Peter Rajec, Chief Commercial Officer of CUbIQ Technologies

Peter Rajec

Chief Commercial Officer

Our technology

The quantum computing revolution threatens to disrupt decades of established encryption standards overnight. While concrete timelines remain uncertain, proactive organizations recognize they must act now to integrate quantum-safe communications before their data is critically exposed.

Secure encryption enables companies and institutions to fulfil their requirements in today’s digital landscape – safeguarding sensitive information like customer details, intellectual property, and operational secrets, while supporting compliance with data protection laws and regulatory requirements. Our CV-QKD transceiver is designed to integrate quantum key distribution into existing coherent optical infrastructure, helping to reduce the cost and complexity of deploying quantum-safe links.

By delivering CV-QKD in a compact, pluggable QSFP form factor, CUbIQ aims to make quantum-safe key exchange accessible to security-conscious organizations worldwide, so they can begin protecting their most valuable data assets against future quantum threats.

Our partners

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