Opensource AI Content Detection
Identify sensitive or AI-generated content in documents with precision using ZoryaTrace advanced NLP algorithms
PDF Analysis
Full document scanning with color-coded results (red for suspicious, green for neutral content)
Smart Detection
Advanced NLP algorithms for accurate classification
Performance Metrics
Detailed reports including precision, recall, and F-score for model evaluation
Cross-Platform
Works seamlessly on Windows, Mac, Linux, and mobile devices
Custom Training
Adapt the model to your specific needs with custom training data
Privacy Focused
All processing happens locally - your documents never leave your device
Why Choose ZoryaTrace?
See how we compare to other solutions.
Feature | ZoryaTrace | Other Solutions |
---|---|---|
Open Source | ✅ Transparent and modifiable | ❌ Often proprietary and closed-source |
Privacy-focused | ✅ No user tracking, fully local processing | ❌ Often cloud-based, collects user data |
Security | ✅ Local execution, no external data leaks | ❌ Data sent to third-party servers |
Efficiency | ✅ Optimized TF-IDF & Naive Bayes, few seconds analysis | ⚠️ Can be slow due to complex models or API calls |
Ease of Use | ✅ Easy setup | ⚠️ Usually easy, but sometimes requires API keys or dependencies |
Customization | ✅ Fully customizable training dataset | ❌ Limited or no customization options |
Lightweight | ✅ Minimal dependencies, runs on low-end devices | ❌ Heavy dependencies, requires cloud infrastructure |
No API Limits | ✅ Works offline, no request limits | ❌ API-based, limited free requests |
Modern LLMs detection | ❌ May struggle with hightly creative AI texts from modern LLMs | ✅ Hightly creative AI text is often better detected |
Human/AI merged content | ❌ May struggle with human-edited AI content | ✅ Human/AI merged content may be betters supported |
See It In Action
Watch how ZoryaTrace analyzes documents in real-time
Download ZoryaTrace
Available for all major platforms
System Requirements: Python 3.8+, 1GB RAM (4GB recommended), 200MB disk space