CyberloQ Technologies, Inc. (OTCQB: CLOQ), a leading provider of advanced multi-factor authenticaiton (MFA) and cybersecurity solutions focused on fraud prevention, today announced a strategic partnership with IngenID, a premier provider of SaaS-based voice biometric technologies.

IngenID was one of 13 finalist companies selected to attended Upstate Venture Connect's "VC in DC Roadshow 2025". Held in Washington D.C. from October 21-23, 2025, this event brought together 13 founders selected from a large group of Upstate NY applicants.

At the Finger Lakes Science and Technology Showcase, IngenID was recognized by the University of Rochester's Center of Excellence in Data Science and Artificial Intelligence for it's commitment to the university, it's students, and to advancments in artificial intelligence and data science.

The collaboration between Professor Zhiyao Duan and IngenID was awarded a $60,000 grant to research spoof-aware speaker verification systems. This is a continuation of the prior grant, with an expanded set of research initiatives.

The threat of “Deepfakes” can spoof even the most sophisticated anti-fraud technologies. But advancements in voice biometrics are proving to be a key component to provide the levels of accuracy, simplicity, scalability and robustness required to address today’s challenges. Join Opus Research, SymNex Consulting, and IngenID to gain insights and hear recommendations surrounding factors that ensure successful deployment of voice biometrics.

The collaboration between Professor Zhiyao Duan and IngenID was awarded a $60,000 grant to research spoof-aware speaker verification systems. This is a continuation of the prior grant, with an expanded set of research initiatives.

The collaboration between Professor Zhiyao Duan and IngenID was awarded a $60,000 grant to research spoof-aware speaker verification systems. This is a continuation of the prior grant, with an expanded set of research initiatives.

The collaboration between Professor Zhiyao Duan and IngenID was awarded a $60,000 grant to research spoof-aware speaker verification systems.