Leverages deep learning algorithms for automated detection and quantification of medical abnormalities.
Enables secure, scalable access to imaging tools from any device with internet connectivity.
Provides features for sharing images and reports among healthcare teams in real-time.
Seamlessly connects with existing Picture Archiving and Communication Systems for workflow efficiency.
Offers fast analysis of medical images with immediate results and visualizations.
Ensures data protection with encryption, HIPAA compliance, and other regulatory standards.
AI assists in measuring cardiac function, such as ejection fraction and ventricular volumes, for cardiology assessments.
Automates the identification and tracking of pulmonary nodules in CT scans for lung cancer screening.
Helps in delineating tumor boundaries in MRI images to aid in neurosurgical planning and monitoring.
Quantifies liver lesions in imaging studies to support diagnosis and treatment in hepatology.
Analyzes bone structures and joint health in X-rays or MRIs for orthopedic evaluations.
Provides age-adjusted AI models for accurate analysis in pediatric radiology cases.
Speeds up diagnosis in urgent care settings by quickly analyzing trauma or acute condition images.
Supports clinical research by enabling large-scale image analysis and data aggregation.
Facilitates image-based endpoints and monitoring in pharmaceutical or medical device trials.
Used as a teaching tool for medical students and residents to learn imaging interpretation with AI assistance.
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Activ Surgical is an innovative medical technology company that develops intelligent surgical systems designed to enhance precision and outcomes in various surgical procedures. Their platform leverages artificial intelligence (AI), augmented reality (AR), and computer vision to provide real-time visualization and data-driven guidance during surgeries. Aimed at improving patient safety and reducing complications, the technology integrates seamlessly with existing surgical equipment, such as endoscopes and imaging systems, to overlay critical anatomical information and optimize surgical paths. This assists surgeons in making informed decisions, particularly in minimally invasive and complex open surgeries. By digitizing surgical processes, Activ Surgical contributes to the advancement of surgical care through enhanced efficiency, accuracy, and training capabilities. The system is adaptable across multiple surgical specialties, supporting a future where AI-driven tools become standard in operating rooms for better healthcare delivery.
Buoy Health is an AI-powered digital health platform designed to provide personalized health assessments and guidance. Utilizing advanced machine learning algorithms, it analyzes user-reported symptoms to offer potential diagnoses, recommend appropriate care options, and connect users with healthcare resources. Originally developed by Harvard Medical School researchers, Buoy Health aims to improve health literacy and reduce unnecessary healthcare visits by offering evidence-based, triage-like support. The platform is accessible via web and mobile interfaces, catering to both consumers seeking self-care advice and healthcare organizations integrating it into patient engagement tools. It emphasizes data privacy and security, adhering to healthcare regulations like HIPAA. Buoy Health's core mission is to democratize access to reliable health information, empowering individuals to make informed decisions about their health while streamlining clinical workflows through technology.
