The DOCSUN Web Health Portal elevates health monitoring to an effortless, contactless procedure enabled by the front camera of the user's desktop or laptop. The portal generates a broad-spectrum health report encompassing oxygen levels, blood sugar, blood pressure, breathing and heart rates, and sclera coloration. Besides, it retains the scan history, allowing users to track their health trends over time. The portal goes beyond mere monitoring by offering wellness recommendations that guide users through managing their Body Mass Index (BMI), food and water intake, exercise routines, sleep patterns, and, for women, menstrual cycles. Usable on devices with at least a 720p camera resolution.

DOCSUN offers a pioneering health monitoring technology, integrating iPPG and OCT principles to extract vital signs using AI and custom component analysis. The technology works by capturing higher-dimensional facial biomarkers and processing signals via specialised AI algorithms for each vital sign, including SpO2, Blood Sugar Level, Blood Pressure, Breathing Rate, Heart Rate, Temperature, Sclera Color, and Cholesterol. Furthermore, the engine maintains a database correlating vital sign readings, respiratory symptoms, and potential diseases to generate insightful health status results. All of this is achieved non-invasively and contactless, ensuring its accessibility for all ethnicities and skin types.

DOCSUN's all-in-one health monitoring app empowers users to monitor their health effortlessly, offering a contactless procedure via the front camera capabilities of their smartphones or tablets. Post scanning, the app generates a comprehensive health report that includes oxygen levels, blood sugar, blood pressure, breathing rate, heart rate, and sclera coloration signals. The app retains scanning history, tracking changes in users' health over time. Further, it incorporates wellness recommendations, aiding users in managing their Body Mass-Index (BMI), dietary habits, water intake, physical activity, sleep patterns, and menstrual cycles for women. The app runs on systems from Android 6.0 and iOS 8 or higher.

The DOCSUN Doorway Terminal contributes to public wellness by non-intrusively monitoring vital signs using a user's facial features in real-time. As a user looks into the terminal's camera, it promptly displays health stats including oxygen level, blood pressure, blood sugar, breathing and heart rate, temperature, and sclera coloration. The terminal utilizes a high-definition camera that captures fine-detail, 2D, and 3D within-tissue images in targeted scan regions like the forehead and under-eye areas. The terminal furnishes an optional member feature, offering health report records to users who scan a QR code to log in or sign up for membership.

TaiHao Medical's BR-FHUS Smart System revolutionizes handheld ultrasound breast screening. By splitting the process into two targeted systems—Navigation for assisting radiologists during scanning, and Viewer for assisting physicians during image review, it ensures efficient and standardized handling. The Navigation system keeps track of the scanning routes and 2-D ultrasound images, giving real-time alerts for suspicious lesions, thus maintaining quality assurance. The Viewer aids physicians in reviewing the 2-D ultrasound images recorded by Navigation, using a computer-aided detection method to enhance diagnostic efficiency. The system swiftly generates reports in the BI-RADS Lexicon.

Docsun licenses its advanced AI engine as a Software Development Kit (SDK) to developers and enterprises to incorporate it into their new or existing applications. The SDK allows for easy and quick integration of vital signs detection capabilities into web, desktop, mobile, or embedded applications. Post-detection, developers can focus on their product features, such as saving data to databases, sending notifications, uploading data to the cloud, displaying statistics or graphs, among others. The Docsun AI SDK can run on a broad range of platforms, including Windows, Mac OS, iOS, various Linus distributions, Android, and AOSP, as well as Embedded Linux and Linux development kits.

KOGI's Health AI is an innovative solution offering modulated applications for numerous medical imaging techniques. This tool leverages artificial intelligence to detect patterns in image data, offering objective, data-backed second opinions. It streamlines patient workflow, generates reports within seconds, minimizes the requirement for patient return visits, and enhances decision-making processes. Further, it facilitates radiology reading, marking suspected regions to prevent oversights, and integrates a substantial data pool of 3.2 million trained patient datasets to formulate data-rich insights.

Biomedica's Osteoporosis AI Screening Assistant employs proprietary AI models to conduct a detailed analysis of bone health in a blink of just six seconds. With an impressive accuracy rate of 90%, this pioneering tool can be utilized in clinics and health check-up centers for quick and precise osteoporosis screening. It has the potential to bridge the gap in osteoporosis screening, aiding in early detection of potential risks. The kit supports multiple image formats, including DICOM, jpg, and jpeg, and can handle billions of pixels images and performs with low-resource computing.

Biomedica's Leukemia AI Screening Assistant is a cutting-edge solution designed to help physicians and lab technicians efficiently classify cell types of bone marrow smears. In the face of increased healthcare demand due to rising life expectancies, this tool serves to improve analysis efficiency and decrease the false negative rate. It can further enhance its effectiveness when used in tandem with PatientSense by integrating data analysis and case data for more effectively implemented and managed diagnoses, care, and tracking. The solution supports various microscope brands including Zeiss, Leica, and Olympus, among others.

Biomedica's Cervical Cancer AI Screening Assistant is designed to improve the precision and efficiency of cancer screening. Geared towards assisting clinical medical laboratory scientists, this tool can accurately identify specimens with abnormal lesions, reducing the false negative rate of slide reading. By optimizing the slide reading process, it enables a greater number of women to undergo Pap smears, alleviating strain on medical testing units and enhancing the standard of healthcare. It supports multiple microscope brands and aims to be employed in markets worldwide to advance women’s health.

The radiation therapy organ contouring system by EverFortune AI achieves automation for organ contouring on computer tomography imaging. The system effectively streamlines the process, allowing automatic contouring of up to 80 critical organs including areas in the head, neck, and pelvic lymph nodes. The system demonstrates high compatibility, capable of integrating with any brand of treatment planning system. It reduces organ contouring time needed by physicians by 93%, from 30 minutes manually to less than 2 minutes with AI-assisted contouring.

EverFortune AI's PACS (Picture Archiving and Communication System) is a sophisticated system designed to manage the transmission of digital medical imagery data. The system permits display, processing, storage, and transmission of images that comply with DICOM protocols. It offers streamlined storage of patient images and related information. Furthermore, the system supports an array of image manipulation options, including selection, digital operation, and measurement functionalities. The system's capabilities extend to calculating radial ulnar deviation, elliptical area measurement, and measuring the area, average pixel values, and standard deviation within a selected rectangular region.

Nightingale has developed an AI-powered health monitoring solution, the "HEARThermo", designed to continually monitor body temperature and heart rate. This tool is particularly effective for tracking infectious disease symptoms. The system's AI algorithms analyze biometric data to pre-emptively identify potential fever, typically 8-10 hours in advance. It can undertake automated tracking of numerous potential cases, and provide immediate reports on any individual's health status. This has practical applications in a variety of sectors - general public health, employee well-being, and healthcare for the elderly and disabled.