Summary: ACG-Anesthesia (AIMS) is designed to enhance anesthesia workflows by collecting data from medical devices and integrating with Health Information Technology (HIT) systems. Utilizing cloud and mobile technologies, it supports clinical workflows, ensuring that the right clinicians are informed at the right time according to patient care protocols. This tool aims to improve clinical outcomes and resource management in high-acuity care areas.

Summary: LumineticsCore® is a groundbreaking AI diagnostic tool specifically designed for the detection of diabetic retinopathy directly at the point-of-care, enabling immediate results without the need for a physician's evaluation. This tool integrates seamlessly into clinical workflows, offering a rapid diagnosis within 30 seconds of image submission, thereby facilitating early detection and intervention. Its FDA clearance underscores its reliability and effectiveness in improving patient outcomes by closing care gaps in diabetes management.

Summary: The Etiometry Platform aggregates and visualizes patient data from various sources, including monitoring systems, peripheral devices, and EHRs, to offer a comprehensive view of patient status. It utilizes risk analytics to identify common pathways leading to poor outcomes and supports the automation of clinical pathways based on hospital guidelines. This aids clinicians in making timely decisions, potentially improving outcomes, reducing costs, and easing the burden on care teams.

Summary: TriageGO utilizes machine learning algorithms to provide acuity-level recommendations, aiming to improve patient throughput in emergency departments (EDs). By analyzing risk of various clinical outcomes, it assists nurses in making data-driven decisions, potentially reducing time to ICU or OR and overall hospitalization time.

Summary: NeoPredics offers predictive analytics tools designed to improve maternal and neonatal health outcomes by identifying potential health risks early. Their technology supports healthcare providers in making informed, proactive decisions to enhance patient safety, reduce healthcare costs, and improve the quality of care for women and children. The tools include solutions for predicting conditions like preeclampsia and advanced bilirubin levels in newborns.

Summary: Caption Care leverages AI technology to enable a broader range of healthcare professionals to perform echocardiograms for early detection of heart disease. The service identifies eligible patients, performs scans in various settings, and generates actionable clinical reports. This approach aims to improve patient outcomes through early detection and management of heart disease, making cardiac care more accessible and cost-effective.

Summary: Color Cancer Copilot utilizes large language models (LLMs), structured knowledge bases based on cancer guidelines, and a user-friendly interface to assist clinicians in efficiently reviewing patient records and identifying gaps in treatment workup. It aims to make cancer expertise more accessible, reduce clinicians' workload by simplifying the review process, and provide actionable results with over 95% accuracy in identifying treatment workup gaps.

Summary: Micromedex is a comprehensive clinical decision support system designed to provide healthcare professionals with fast access to evidence-based information. It offers detailed drug information, clinical guidelines, and patient education materials to support informed clinical decisions and enhance patient safety. The tool is recognized for streamlining workflows within healthcare settings by integrating with electronic health records (EHRs).

Summary: MedAware utilizes advanced machine learning algorithms and outlier detection mechanisms to monitor and identify preventable medication-related risks at all stages of the patient journey. It integrates seamlessly with health data systems and connected devices, offering a safety layer that enhances clinical outcomes, operational efficiency, and financial performance. The platform's AI engine is designed to be flexible and vendor-agnostic, making it adaptable to various technology environments.

Summary: TytoCare transforms the home into a comprehensive care location with its telehealth platform, enabling remote physical exams by clinicians. It facilitates episodic and longitudinal care delivery directly from home, leveraging FDA-cleared AI decision support to replicate in-clinic physical exams. This approach addresses the gap in home healthcare delivery, providing patients with accessible, high-quality care without the need for physical clinic visits.

Summary: EarliPoint leverages advanced technology to analyze the looking behavior of children as they watch short video scenes of social interactions. This FDA-authorized tool captures and analyzes subtle visual engagement patterns that are imperceptible to the human eye, providing clinicians with robust data to diagnose autism with greater confidence and objectivity. The tool aims to facilitate early diagnosis and assessment of autism by studying social-visual engagement.

Summary: TMINI is a compact, wireless robotic system developed by THINK Surgical, Inc. to support surgeons during total knee replacement procedures. The system is designed to enhance precision and efficiency in the operating room by providing assistance in the surgical process. By integrating with THINK Surgical's unique software platform, TPLAN, and the Implant Data Hub (ID-HUB), TMINI offers surgeons a wide range of implant choices, facilitating personalized surgical planning and execution based on patient-specific CT scans.

Summary: RBfracture™ is designed to assist healthcare professionals by automatically detecting traumas such as fractures, dislocations, lipohemarthrosis, and effusions in radiology images. Utilizing AI technology, it aims to improve the accuracy, specificity, and sensitivity of trauma detection, boasting a median processing time of just 13 seconds per exam. This tool is trained on emergency data from over 1,300 hospitals worldwide, offering a significant reduction in missed fracture rates.

Summary: Brainomix 360 Stroke is a comprehensive platform that utilizes AI to automate the analysis of imaging for stroke diagnosis and treatment decisions. It supports healthcare providers with tools for both simple and advanced imaging needs, aiming to enhance clinical decision-making and improve patient outcomes. The platform is designed to integrate seamlessly into existing workflows, providing real-time insights that can expedite patient care.

Summary: 2bPrecise offers a comprehensive solution for integrating genetic and genomic insights directly into patient care workflows via electronic health record (EHR) systems. It addresses various clinical challenges by providing access to pharmacogenomics data, genetic testing results, and precision medicine support. This enables healthcare providers to make more informed decisions, tailored to the genetic profiles of their patients, thereby improving treatment efficacy and patient outcomes.

Summary: contextflow ADVANCE Chest CT is designed to assist radiologists by providing computer-aided detection support for lung cancer, ILD, and COPD within chest CT scans. It integrates directly into PACS systems, offering features such as nodule detection and quantification, nodule tracking over time, and quantitative lung tissue analysis. This tool aims to save time and improve the quality of reporting by providing qualitative analysis of image patterns and facilitating differential diagnosis.

Summary: Quantib Prostate supports radiologists by automating the segmentation of the prostate and suspicious regions of interest (ROI) in MRI scans. It integrates PSA density calculations and provides PI-RADS scoring support, aiming to enhance the accuracy and efficiency of prostate MRI readings. This tool is designed to fit seamlessly into existing radiology workflows, offering a streamlined approach to prostate cancer diagnosis.

Summary: Kosmos by EchoNous is a portable ultrasound system designed to bring high-quality imaging directly to the point of care. It leverages advanced AI algorithms to assist clinicians in obtaining accurate images and making evidence-based decisions quickly. The device is versatile, supporting a wide range of applications from cardiac and abdominal imaging to vascular access, making it suitable for various medical specialties.

Summary: Avicenna.AI offers a suite of AI-powered tools designed to enhance emergency radiology by automating the detection of critical conditions such as intracranial hemorrhages, pulmonary embolisms, and aortic dissections on CT scans. These tools integrate into existing radiological workflows to prioritize urgent cases, thereby improving diagnosis speed and accuracy while allowing radiologists to focus on high-priority cases.

Summary: ArteraAI Prostate Test leverages multimodal artificial intelligence (MMAI) to provide predictive and prognostic cancer tests, enabling personalized treatment decision-making for prostate cancer. It is the first AI test recommended in the NCCN Guidelines for Prostate Cancer for its predictive performance, offering a novel approach to cancer therapy personalization.