Valethia AI Converged Deepfake Detection
Pat is the founder, Executive Chairman and CEO of ValidSoft.
He has over 25 years of experience in Information Technology and Financial Markets, where he has been an industry thought leader, and domain expert in security, strong authentication and voice biometrics. At ValidSoft, he leads our endeavors in commercializing the results of our extensive research and development.
Prior to founding ValidSoft, Pat was the European Head of Electronic Trading Technology, co-head of the European Equities Technology and a technical advisor to the Investment Banking Division for Goldman Sachs. Pat has further extensive Financial Services & technical experience, having worked in senior roles with J.P Morgan, Credit Suisse Financial Products and Bankers Trust Company.
Alex is Co-Founder and COO at ValidSoft.
Alex has a legal background, having previously practiced at international law firms Clifford Chance and Bird & Bird, specializing in intellectual property, privacy and technology law – predominantly for technology clients such as Google, Vodafone and Apple. Alex previously worked at WorldPay and Autonomy.
Benoit leads Research and Development at ValidSoft, with a special focus on speech processing, machine learning, deep neural networks and artificial intelligence. He has been with ValidSoft since 2010 helping to establish the company as a leading provider of multi-factor authentication and voice biometrics solutions.
Prior to joining ValidSoft, Simon was Senior Product Manager for Alexa at Amazon where he led global product strategy and vision for Voice commerce TV Shopping using Alexa. He lead the team that created a brand new end-to-end Alexa Shopping experience for Fire TV and a range of products and features for Echo Show devices.
Deepfake Analysis
We can ingest audio from meeting apps, content platforms or standalone sources and perform real/fake analysis on their content.
We can identify both architectural evidence of GenAI tooling and fake artifacts within the output itself. These algorithms act upon audio components of any given source media.