We focus on advancing deepfake detection across video and audio modalities. Our research is guided by three goals: (i) Generalization: develop methods that transfer across diverse datasets and forgery techniques. (ii) Transparency: understand how detection models make decisions and ensure datasets are reliable (free of spurious shortcuts). (iii) Deployability: build systems that adapt and remain robust on unconstrained “in-the-wild” content.

Academic
Deepfake Detection
Investigating self-supervised representations for audio-visual deepfake detection
Links: arXiv GitHub
Abstract Self-supervised representations excel at many vision and speech tasks, but their potential for audio-visual deepfake …



