Computer Aided Diagnosis (CAD) Software

A software solution that provides advanced analysis and interpretation capabilities for medical imaging studies including CT and MRI scans. The system utilizes proprietary algorithms to enhance diagnostic precision in clinical imaging applications.

AI-powered software for automated analysis of chest CT images to assist in lung cancer detection and nodule identification. The system utilizes advanced image processing and machine learning algorithms to support radiologists in screening workflows. FDA 510(k) cleared for clinical use in the United States.

A specialized software system for processing and analyzing medical digital images with advanced algorithms for anatomical reconstruction and clinical diagnostic support.

An ultrasound AI software solution designed to unlock soft tissue insights across various organs. It provides advanced analysis capabilities for tissue assessment beyond the specific applications of thyroid, OSA, and breast imaging.

An ultrasound AI software solution that enhances breast ultrasound scans with BI-RADS insights. It helps improve cancer detection in women with dense breast tissue where standard imaging alone may miss lesions.

An AI-powered computer-aided detection system for coronary artery disease screening from medical images. It provides automated analysis with image-text reports to support early detection and diagnosis in cardiovascular assessment.

Artificial intelligence system for analyzing medical images and providing diagnostic support. Trained on endoscopic and pathological imagery to assist clinicians in cancer detection and classification.

An artificial intelligence system for automated analysis of medical imaging studies. The system processes diagnostic images and generates structured reports for radiologists, technicians, and department directors across various clinical workflows.

Comprehensive imaging technology solutions providing diagnostic capabilities across healthcare facilities, integrated with artificial intelligence tools for enhanced clinical decision support.

A machine learning-based engine for processing and analyzing medical images across multiple modalities. The system applies advanced algorithms to support clinical interpretation and diagnostic decision-making. It is designed to work as a diagnostic aid alongside clinical expertise.

An intelligent analysis system for cardiac imaging that utilizes deep learning algorithms to detect and characterize cardiac conditions. The platform assists in the interpretation of cardiac imaging studies for improved diagnostic accuracy.

An artificial intelligence-assisted diagnostic system for coronary artery stenosis featuring automated full-process workflow with intelligent analysis and diagnosis. It combines morphological judgment with functional assessment for precise clinical diagnosis and provides data visualization and quantification for accurate clinical decision-making.