QuEDGE™ technology
At QTi, we are innovating to create QuEDGE™, our patent-pending quantum entanglement distribution technology that enables the full potential of quantum computers and sensors by connecting them in networks, and eventually, across a quantum internet.
In addition to using QuEDGE™ to enable the future opportunities offered by quantum computing, we leverage this important technology to secure current networks against advanced AI- and quantum computing-enabled threats. We have integrated our QuEDGE™ technology into a cybersecurity product for quantum-secure data encryption on today's networks - QuSera™.
QuSera™ - part of the QTICrypt™ product family
SeQuring tomorrow's future, today.™
Our society has long used mathematical algorithms and techniques to secure sensitive information sent over current networks, including the Internet. However, with the development of quantum computing, artificial intelligence, and machine learning techniques, traditional cryptographic techniques are becoming increasingly vulnerable to attacks. The time is now to overhaul old systems, and to future-proof our digital world against looming AI- and quantum-enabled threats.
At QTi™, we consider a practical and scalable solution that is based on our advanced QuEDGE™ technology to be the next generation of commercial quantum-secure data encryption - QuSera™. QuSera™ uses machine learning algorithms to intelligently combine our QuEDGE™ technology with standardized post-quantum encryption algorithms to provide unprecedented security and robustness in future-proof and quantum-secure data encryption, crypto-agility in responding to dynamic network and security conditions, cost-effective network scaling, seamless integration with existing network stacks, and quantum certifiability.
QuSera™ can be integrated into existing telecom infrastructure, using a hub-and-spoke network architecture, and is designed to provide quantum-secure data communication over private networks, as well as across public telecom networks.
QuSera™ Benefits
Superior security and crypto-agility
Not only is QuSera™ invulnerable to computational attacks, but it is also robust against quantum hardware attacks. Our solution is designed to be secure even if the devices used to measure the quantum signals are compromised, and it is, therefore, robust against hacking attacks to which other quantum solutions are vulnerable.
QuSera™ uses ML algorithms to intelligently combine our QuEDGE™ quantum tech with standardized PQC algorithms, for unprecedented crypto-agility in responding to dynamic security and network conditions. Meet with us to learn more.
Cost-efficient and scalable
Our solution connects end-user nodes across the network via central detection nodes, using a hub-and-spoke topography. This architecture results in QuSera™ requiring costly detection hardware only at the central nodes, rather than at each end-user location. Our solution is, therefore, more cost-efficient when scaling up the user network than traditional quantum solutions. Additionally, our product can be implemented using existing optical fiber infrastructure, so there is no need for costly infrastructure upgrades.
Integration and Certification
QuSera™ is designed to interface and integrate seamlessly with existing enterprise systems and networks stacks, making the user experience as friendly as possible.
Our solution does not depend on secure detection hardware, which reduces the risk of hardware vulnerabilities or bugs that might otherwise compromise the system’s security. The architecture of our solution negates the need for critical validation of the detection hardware, resulting in a streamlined path to certification, and providing peace-of-mind to customers who require the highest level of security for their sensitive data.
We Integrate With Your Ecosystem
QuSera™ not only provides intelligent and quantum-secure encryption keys, but it also integrates and interfaces with other vendors' QKD and PQC products, as well. Going up the network stack, our solution integrates seamlessly into existing network infrastructure.