Advanced Features for Precise iFake Detection

Our comprehensive suite of AI-powered technologies delivers unmatched accuracy in identifying manipulated media.

Our Technology Stack

The AI models and methodologies powering our deepfake detection system.

Detection Architecture

Our deepfake detection system employs a multi-stage pipeline architecture that analyzes media across several dimensions:

Input Media

  • Image Files
  • Video Files
  • YouTube URLs

Preprocessing

  • Format Validation
  • Frame Extraction
  • Normalization

Model Analysis

  • Face Detection
  • Feature Extraction
  • Temporal Analysis

Ensemble Classification

  • Feature Fusion
  • Decision Tree
  • Confidence Scoring

Results

  • Authentication Verdict
  • Confidence Scores
  • Visual Indicators

Core AI Models

YOLOv8-Face
Face Detection
Modified YOLO architecture specialized for precise face detection and localization in images and videos.

Accuracy: 96% on benchmark datasets

ResNet-50
Feature Extraction
Deep residual neural network that extracts spatial features from detected faces to identify manipulation artifacts.

Accuracy: 92% on FaceForensics++

Vision Transformer
Feature Extraction
Transformer-based architecture that provides advanced feature extraction capabilities with attention mechanisms.

Accuracy: 93% on DFDC dataset

ViViT
Temporal Analysis
Video Vision Transformer that analyzes temporal inconsistencies across video frames to detect frame-to-frame anomalies.

Accuracy: 89% on video manipulation detection

LSTM Networks
Temporal Analysis
Long Short-Term Memory networks that analyze sequential data for temporal inconsistencies in facial movements and expressions.

Accuracy: 87% on temporal deepfake detection

Ensemble Classifier
Final Classification
Gradient Boosting Decision Tree that combines outputs from all models to make the final authentication determination.

Accuracy: Overall system accuracy: 94%

Training Methodology

Our models are trained on diverse datasets containing both authentic and manipulated media. The training process involves:

Supervised Learning: Using labeled datasets of known authentic and deepfake media.

Transfer Learning: Building upon pre-trained models fine-tuned for deepfake detection.

Data Augmentation: Generating variations of training data to improve model robustness.

Adversarial Training: Exposing models to adversarial examples to improve detection capabilities.

Unmatched Accuracy
Leverage our cutting-edge AI for industry-leading iFake detection precision.
Comprehensive Reporting
Gain clear insights with detailed reports, probability scores, and visual anomaly indicators.
Seamless Integration
Easily embed our powerful detection capabilities into your existing workflows with our robust API.
Explainable AI (XAI)
Understand the 'why' behind detections, offering transparency and trust in the analysis.
User-Friendly Interface
Experience an intuitive platform designed for ease of use, from upload to results.
Rapid Analysis
Get fast feedback on your media with our highly optimized processing pipeline.

Powered by Advanced Technology

Our platform leverages cutting-edge tools and frameworks to deliver a reliable, scalable iFake detection system.

PyTorch logo

PyTorch

torchvision logo

torchvision

timm logo

timm

facenet-pytorch logo

facenet-pytorch

retinaface-pytorch logo

retinaface-pytorch

YOLOv8-Face logo

YOLOv8-Face

PyTorch Video logo

PyTorch Video

LSTM/GRU logo

LSTM/GRU

Transformers logo

Transformers

Ultralytics

Hugging Face