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Innovare Advancement Center hosts field demonstration

Posted 12/9/22

Innovare Advancement Center, in cooperation with Oneida County, hosted the first field demonstration of Qunnect Inc’s Auto Polarization Compensator.

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Innovare Advancement Center hosts field demonstration


ROME — Innovare Advancement Center, in cooperation with Oneida County, hosted the first field demonstration of Qunnect Inc’s Auto Polarization Compensator.

The device, whose development was supported through the AFRL Quantum Collider awards, transforms standard telecom fiber into quantum-ready communication channels, said Griffiss Institute President & CEO Heather Hage.

“Partnering with startups to bring new defense technologies to life is central to our mission at the Griffiss Institute,” said Hage. “Qunnect’s demonstration of its Auto Polarization Compensator at Innovare Advancement Center is precisely the kind of leading-edge research and tech transfer we were built to enable. With partners like AFRL, companies like Qunnect can leverage world-class resources right here in Upstate New York to develop next-generation technologies for secure communications.”

During this test, Qunnect demonstrated stabilization of the fiber channel at over 95% fidelity for a 24-hour period, supporting 98% channel uptime; these performance specifications mark a critical step in bringing quantum technologies out of the lab and into the real world.

“The Griffiss Institute and its capabilities at Innovare Advancement Center allow for the types of opportunities that can enable meaningful connections for small businesses committed to deep-tech R&D innovations,” said Noel Goddard, Qunnect’s CEO. “We are proud to see our instrument evolve from an idea into a product thanks to the support of AFRL’s Information Directorate and the leadership at Innovare. We hope to pilot other components of our product suite, including our flagship product, the world’s first commercial Quantum Memory, on our mission to launch products designed to operate without extreme cooling or vacuum support, while leveraging existing telecom infrastructure.”

Development of the Qunnect Auto Polarization Compensator was sponsored through two awards, spanning 2020-22, by the Air Force Research Laboratory through its Small Business Technology Transfer program.

“The U.S. Air Force Research Lab’s (AFRL) support of quantum networking through activities such as the Quantum Collider continues to advance this critically important technology area. This demonstration also highlights the importance of the STTR program in driving novel solutions by small businesses in a rapidly changing field which will ultimately lead to revolutionary new capabilities for the Department of the Air Force. I would also like to thank our partners at the Griffiss Institute and the Innovare Advancement Center for their efforts in making this unique demonstration possible,” said Dr. Michael Hayduk, Deputy Director of the Information Directorate at the Air Force Research Lab.

Quantum communication technologies utilize new methods to secure and transmit information. Qunnect’s Quantum Repeater product suite supports a communication protocol to distribute entanglement, recently the subject of the 2022 Nobel Prize in Physics. The Auto Polarization Compensator is one of the instruments Qunnect designed to interface quantum instruments with real-world infrastructure. Qunnect was able to design, build, test, and deploy this technology quickly and effectively because of the unique resources made available through the Innovare Advancement Center. In this case, success meant melding the sponsorship and scientific expertise of AFRL and the support of Oneida County to access the telecom fiber infrastructure needed to build the Quantum Research Fiber Testbed at Innovare.


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