Deepfakes to make biometrics unreliable | India Business News – Times of India

BENGALURU: By 2026, attacks using AI-generated deepfakes on face biometrics will mean that 30% of enterprises will no longer consider such identity verification and authentication solutions to be reliable in isolation, according to research advisory firm Gartner.
“In the past decade, several inflection points in fields of AI have occurred that allow for the creation of synthetic images. These artificially generated images of real people’s faces, known as deepfakes, can be used by malicious actors to undermine biometric authentication or render it inefficient,” said Akif Khan, VP (analyst) at Gartner. “As a result, organisations may begin to question the reliability of identity verification and authentication solutions, as they will not be able to tell whether the face of the person being verified is a live person or a deepfake.”
The proliferation of deepfakes has emerged as a big menace. Identity verification and authentication processes using face biometrics today rely on presentation attack detection (PAD) to assess the user’s liveness. PAD leverages software and hardware to combat biometric fraud. “Current standards and testing processes to define and assess PAD mechanisms do not cover digital injection attacks using the AI-generated deepfakes that can be created today,” said Khan.
Gartner research said presentation attacks are the most common attack vector, but injection attacks increased 200% in 2023. Preventing such attacks will require a combination of PAD, injection attack detection (IAD) and image inspection.
To assist organisations in protecting themselves against AI-generated deepfakes beyond face biometrics, chief information security officers and risk management leaders must choose vendors who can demonstrate they have the capabilities and a plan that goes beyond current standards and who are monitoring, classifying and quantifying these new types of attacks.

Leave a Reply

Your email address will not be published. Required fields are marked *