Nametag Adds Deepfake Detection to Identity Verification Platform

Nametag has introduced Deepfake Defense, a new feature designed to detect and block deepfake attacks created using generative AI technologies. Announced at the Oktane conference hosted by Okta, this defense capability integrates with identity management platforms, beginning with Okta’s system.

Deepfake Defense leverages cryptographic attestation from Apple and Google to verify that data originates from authenticated software on secure devices. It also uses adaptive document verification to detect forged or manipulated files.

The technology applies Spatial Selfie, which combines biometrics and sensor data to create a 3D image of a person, verifying their likeness against a 2D ID, like a driver’s license. This step aims to thwart cybercriminals attempting to use masks or fake images to bypass verification systems.

Nametag’s CEO, Aaron Painter, highlighted that these capabilities target two primary types of deepfake attacks: fraudulent documents and false representations of individuals.

With the rise of generative AI, deepfakes are becoming an increasing threat, potentially leading to billions in fraud losses by 2029. Nametag’s solution is part of the growing effort to adapt cybersecurity practices to counter sophisticated AI-driven attacks.

Earlier this year, AuthenticID released its 2024 Mid-Year Identity Fraud Review that revealed a 73 percent rise in fraudulent transactions, driven by AI-powered threats like deepfakes and injection attacks. The report showed growing consumer concern, with 40 percent of respondents experiencing data breaches and 91 percent struggling to differentiate between real and fake individuals.

Source: Security Boulevard

–

October 22, 2024 – by Tony Bitzionis