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media-forensics

Here are 26 public repositories matching this topic...

Deep learning system achieving 95.36% accuracy in media forgery detection using hybrid ResNet50+ViT architecture. Optimized for 20% training data efficiency with PyTorch, OpenCV, and Flask-based inference pipeline. Live demo on Hugging Face Spaces.

  • Updated May 19, 2026
  • Jupyter Notebook

Production-ready Multimodal Lip Sync Detection & Deepfake Detection System. Detects audio-video synchronization mismatches using deep learning (PyTorch) with a scalable FastAPI-based inference pipeline. Optimized for real-time processing,low false positives, and robust performance on noisy speech segments. Built for video forensics,synthetic media

  • Updated Mar 25, 2026
  • Python

AI-powered multimodal deepfake detection system leveraging audio-visual fusion, transformer architectures, physiological analysis, and forensic intelligence for robust media authenticity verification.

  • Updated Mar 2, 2026
  • Python

InSwapper Detector is a production-focused deepfake detection system designed to identify faces manipulated with INSwapper. It combines face detection, RGB image analysis, frequency artifact extraction, and a multi-task ConvNeXt-Tiny model for image, batch, and video-based detection.

  • Updated Jul 9, 2026
  • Python

Detect AI-generated face manipulations in real time — with visual explanations showing exactly where the model found tampering. Supports images, videos, and live webcam. Powered by EfficientNet-B4 and Grad-CAM XAI.

  • Updated Jun 14, 2026
  • Python

A deep learning-based web application for deepfake video detection, powered by the fine-tuned XceptionNet (Extreme Inception) model. The system allows users to upload videos for deepfake detection, processes them through the trained model, and provides results via a clean Django-based web interface.

  • Updated Aug 28, 2025
  • HTML

A modular PyTorch-based research lab for deepfake detection. Includes implementations and experiments with autoencoders, classifiers, contrastive learning, and generative-model–based detection techniques. Designed for benchmarking, reproducibility, and rapid exploration of new architectures.

  • Updated Dec 8, 2025
  • Jupyter Notebook

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