BioticsAI

BioticsAI is a medical technology platform that applies artificial intelligence to fetal ultrasound screenings, aiming to improve diagnostic accuracy, workflow efficiency, and patient-centered care in obstetrics. The core product integrates directly into the clinical workflow, allowing radiologists, sonographers, and obstetricians to receive real-time, AI-driven assistance during ultrasound examinations. The system analyzes ultrasound images as they are captured, automatically detecting common errors such as incorrect labeling of anatomical planes, missing or incomplete standard views, and potential fetal anomalies. For each screening, BioticsAI localizes problematic anatomical views and highlights regions that may require additional scrutiny, reducing the risk of oversight and the need for repeat exams. The platform also generates high-quality, structured documentation from the scan data, including standardized measurements, annotations, and clinical notes, which can be directly imported into electronic health records. This documentation feature minimizes administrative overhead for clinicians, allowing them to dedicate more time to direct patient interaction. Beyond error detection, BioticsAI provides confidence scoring for each exam, indicating the reliability of the captured images and the completeness of the screening protocol. If a view is deemed insufficient, the system suggests alternative angles or adjustments before the patient leaves the examination room, thereby reducing recall rates and improving the patient experience. The AI models used by BioticsAI are trained on large, diverse datasets of fetal ultrasounds, covering a wide range of gestational ages, maternal conditions, and fetal positions. This training enables the system to recognize subtle signs of c