State-of-the-art Vision Transformer (ViT) model for detecting and accurately matching footwear impressions in crime scene photos. Now integrated into Rekon by Coreviz.
Watch how CoreSole™ analyzes and matches shoeprints from crime scenes in real-time, demonstrating the power of our AI-driven forensic analysis.
CoreSole's advanced AI scans through thousands of images to identify matching shoeprints with unparalleled precision. Watch the live demonstration of our pattern recognition technology.
Powered by a fine-tuned Vision Transformer (ViT) model, CoreSole delivers unprecedented accuracy in shoeprint matching and identification.
Identify unique patterns in shoeprints with 94.5% accuracy to find similar footwear imprints across thousands of images.
Match crime scene prints against a database of 50,000+ shoe models and patterns to identify the brand and model of the footwear.
Process and analyze shoeprints in real-time with our optimized AI pipeline that can handle thousands of prints across crime scenes.
Our CoreSole™ AI utilizes a fine-tuned Vision Transformer (ViT) model with 428M parameters, specifically optimized for shoeprint analysis and matching.
Have questions about CoreSole? Contact our team for detailed information.
CoreSole™ achieves 94.5% accuracy in pattern matching through our fine-tuned Vision Transformer model. The system has been extensively validated on real-world crime scene data and continues to improve through ongoing training.
CoreSole™ can analyze various types of shoeprints including partial prints, distorted prints, and prints from different surfaces. Our AI is trained to handle challenging conditions like poor lighting, surface variations, and partial impressions.
CoreSole™ is now fully integrated into the Rekon platform, providing seamless shoeprint analysis capabilities alongside other forensic tools. The integration allows for unified evidence management and cross-referencing with other types of forensic data.
CoreSole™ processes shoeprints in real-time, with typical analysis times under 100ms per print. The system can handle batch processing of multiple prints simultaneously, making it suitable for high-volume forensic analysis.
Our database is continuously updated with new shoe patterns and models. It currently contains over 50,000 unique shoe patterns and is regularly expanded through partnerships with footwear manufacturers and forensic databases.