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Minh Nguyen

Minh Nguyen

Vice President Product - Identity Security

Entrust

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Minh Nguyen is VP of Product - Identity at Entrust, where he leads the strategic evolution of the Identity Verification platform, including its machine learning-powered identity proofing technology and digital identity solutions. He oversees product strategy, product management and product design. Previously at Onfido, prior to its acquisition by Entrust, Nguyen played a key role in scaling the company’s product offerings and teams, helping grow its early-stage revenue of under $10 million to over $140 million. Prior to Onfido, Nguyen ran product management for Wazoku, an early-stage startup developing an innovation management solution, and as a financial analyst at HSBC. Minh holds a Master’s in Management from Grenoble Ecole de Management along with qualifications in International Relations from IRIS in Paris and international business studies at Fudan University in Shanghai.

Speaking at SFF 2026

  • 2:10–2:40pmFri 20 NovPolicy StageHall 3, Singapore EXPOOpen

    Technology Rewiring

    The Future of Trust: Deepfakes, Synthetic Identity and Proof in the Age of Generative AI

    Policy StageHall 3, Singapore EXPOOpen

    About this session

    In a world of synthetic everything, proof is becoming the scarcest commodity in finance. As AI-generated identities, deepfakes, and convincing digital deception become routine, institutions can no longer assume authenticity; they have to verify it. This session frames the problem and then works through the answer.

    It opens with the shift underneath the shift: once trust can no longer be assumed, the burden moves from catching fakes after the fact to proving authenticity before a transaction happens at all. That reframes what needs to be provable rather than assumed, and who is positioned to build the systems that prove it. The discussion then gets specific about the different bets being placed on how to solve this: catching synthetic fraud at the point of verification, proving identity cryptographically without exposing the underlying data at all, and building the credential infrastructure that ties it together.

    Attendees hear where each approach actually holds up against a motivated forger, and where the gaps between them still leave room for one to slip through.