Wellness & Lifestyle

Hulu-Med is a transparent, open-source generalist model designed for holistic medical vision-language understanding. It unifies understanding across diverse modalities including medical text, 2D/3D images, and surgical videos. Built with a focus on transparency and accessibility, Hulu-Med achieves state-of-the-art performance on 30 medical benchmarks, trained entirely on public data. Key features include holistic multimodal understanding, a fully open-source pipeline, and efficient training. It supports 12 major anatomical systems and 14 medical imaging modalities, covering diverse downstream tasks like medical report generation and anomaly detection. The model is available in various parameter scales (4B to 235B) and is compatible with HuggingFace Transformers and vLLM for easier integration and faster inference.

MiBA (Meaningful Insights Biotech Analytics) is a healthcare AI technology company specializing in oncology. It offers AI-powered data solutions to enhance oncology innovation and improve patient outcomes. The platform provides remarkable visibility into oncology care through a comprehensive, geographically diverse network of providers, consolidating all data assets in real-time with nightly updates. Key offerings include real-time intelligence for clinical trials, business intelligence with a proprietary Market Basket solution, targeted education for providers, and custom data solutions. MiBA's advanced AI technology synthesizes multimodal data to uncover meaningful patterns and insights, ensuring high precision and recall for reliable intelligence.

PhantasiAI leverages cutting-edge neuro-AI technology to optimize skill training and promote natural movement, recovery, and performance. It features a wearable neurosensory device that analyzes unique movement patterns and adapts in real-time, enabling improved performance and skill mastery. The technology integrates with an interactive, visual-motor feedback system to keep users engaged and allow them to visualize progress. PhantasiAI's mission is to democratize neurotechnology, making it accessible for anyone looking to enhance skill performance, control, and motivation. The platform is built on peer-reviewed research, emphasizing a science-backed, human-centered approach to neurosensory stimulation.

SC PACS provides comprehensive solutions for precision imaging diagnostics, offering DICOM archive and AI-powered visualization of medical images. The platform is designed to support multimodal medicine and multidisciplinary collaboration, with a focus on secure and compliant architecture adhering to global healthcare standards. Key offerings include cloud-based PACS, 3D Myrian Solution, advanced analytics and AI, and a full PACS Suite with components like SC PACS Server, Viewer, Mobile, and Statistics. It aims to optimize image storage and workflow integration, providing a user-friendly and cost-effective software that enhances diagnostic precision and boosts productivity for healthcare teams.

RetinaLyze System A/S offers an AI and telemedicine solution designed for eye care professionals to perform fast, safe, and efficient screenings for eye diseases. The system integrates with over 60 device and software partners, automating the flow of retinal images and OCT scans for analysis. It uses AI to detect signs of pathology and provides explainable results with overlays and measurements like cup/disc ratio. Built-in telemedicine features allow communication with ophthalmologists, digital referrals, and clear report generation. RetinaLyze supports compliance with data protection and medical device regulations, having performed over 7 million screenings since 2013, making it a proven solution for optometrists, hospitals, and clinics.

Argus Cognitive's Neurora is an innovative AI-powered platform designed to enhance clinical supervision for Autism Spectrum Disorder (ASD) diagnostics. Leveraging multimodal AI, Neurora objectively captures more than 140 behavioral biometrics, transforming complex medical data into actionable insights. This advanced system aims to improve diagnostic accuracy and efficiency, enabling healthcare providers to make more informed decisions and optimize treatment plans. By providing scalable diagnostic supervision, Neurora addresses the critical need for objective and comprehensive assessment in ASD, ultimately enhancing patient care through its innovative AI solutions. The platform is developed by Argus Cognitive, Inc., an FDA-regulated medical device company.

MedMNIST is a comprehensive collection of 18 standardized biomedical image datasets, designed for 2D and 3D classification tasks. It includes 12 datasets for 2D images and 6 for 3D images, with various size options such as MNIST-like 28x28, and larger 64x64, 128x128, and 224x224 for 2D, plus 64x64x64 for 3D. These datasets cover diverse data modalities, scales (from 100 to 100,000 samples), and tasks (binary/multi-class, ordinal regression, multi-label). MedMNIST aims to simplify biomedical image analysis for researchers by providing pre-processed data and standardized train-validation-test splits, making it user-friendly for machine learning algorithm development and comparison. It is particularly useful for educational purposes due to its accessibility and lack of prerequisite background knowledge.

DLTK (Deep Learning Toolkit) is an open-source Python library designed for medical image analysis, leveraging the TensorFlow framework. It aims to facilitate rapid prototyping of deep learning models and ensure reproducibility in research applications within the medical imaging field. The toolkit provides state-of-the-art methods and models, accelerating research and development. It includes example applications and tutorial notebooks to help users understand its interface with TensorFlow, write custom read functions, and develop their own model functions. DLTK also features a Model Zoo with implementations of current research methodologies.

Inrobics develops innovative solutions for rehabilitation, companionship, and active aging, leveraging advanced social robotics and artificial intelligence. At its core is "Alma," Inrobics' exclusive social AI, designed to motivate users, adapt to individual paces, and allow professionals to dedicate more quality time to patients. The platform offers Inrobics Rehab, a Class I medical device with CE marking, providing personalized physical and cognitive training for health and special education. Inrobics Care focuses on companionship and active aging, offering cognitive stimulation and emotional well-being support. Alma is multi-platform, available on physical robots, VR glasses, and mobile devices, making rehabilitation and care accessible in hospitals, special education schools, nursing homes, and home settings.

The PatchCamelyon (PCam) benchmark is a challenging image classification dataset designed for deep learning in medical imaging. It comprises 327,680 color images (96 x 96px) extracted from histopathologic scans of lymph node sections. Each image is annotated with a binary label indicating the presence of metastatic tissue, making it ideal for training and evaluating machine learning models for metastasis detection. PCam is larger than CIFAR10 but smaller than ImageNet, allowing models to be trained on a single GPU within a few hours. It serves as a valuable resource for fundamental machine learning research on topics such as active learning, model uncertainty, and explainability, particularly within the medical domain. The dataset is provided in gzipped HDF5 files and includes training, validation, and test sets with balanced positive and negative examples.

OUTEX is an innovative AI-powered platform designed to transform your fitness and rehabilitation journey. By leveraging advanced computer vision and biomechanics, OUTEX analyzes your movements in real time through your phone's camera, offering instant feedback to help you achieve your fitness goals. The platform builds tailored workout and rehabilitation plans, making world-class training accessible to a wide audience. Whether you're a fitness enthusiast looking to optimize your workouts or someone undergoing rehabilitation, OUTEX provides personalized guidance and support, ensuring proper form and effective progress without the need for specialized equipment.

Xsolis offers AI-powered solutions and services designed to optimize healthcare operations for both providers and payers. Its flagship Dragonfly platform leverages real-time data-driven analytics and AI/ML insights to streamline medical necessity decisions, discharge planning, and payer-provider collaboration. Key functionalities include optimizing admission decisions, driving real-time precision for continued stay management, empowering proactive care coordination for discharge, and supporting medical necessity and reimbursement decisions to prevent denials. Xsolis aims to reduce administrative burden, enhance revenue integrity, and improve patient throughput by transforming fragmented clinical data into consistent, evidence-based decisions.

Horizon Surgical Systems has developed Polaris™, an advanced surgical platform designed to revolutionize cataract surgery. This system brings new levels of precision, consistency, and access to eye care through assistive robotics. Polaris™ integrates microsurgical robotics for delicate tissue manipulation, real-time 3D detection with multimodal imaging for enhanced guidance, and machine learning intelligence that continuously improves, supporting surgeons at every step. The platform aims to enhance performance, standardize outcomes, and expand access to high-quality care, addressing the growing demand for cataract surgeries and ensuring more predictable results for patients. Horizon Surgical Systems is committed to restoring vision by supporting surgeons and improving surgical precision.

Evidence-Based Behavior (eB2) is an AI tool dedicated to mental healthcare, leveraging artificial intelligence and mobile technologies to support individuals and healthcare professionals. The platform collects and transforms a person's digital footprint into useful information for the individual, healthcare staff, caregivers, and family members. Key offerings include a 24/7 monitoring and tracking platform, behavior and emotion evaluation, and a platform for clinical and academic research. eB2 also provides on-demand AI and algorithms for prediction, aiming to enhance emotional well-being and facilitate prevention through data-driven insights.

913.ai offers an Agentic OS specifically designed for insurance case work, leveraging AI agents to automate labor-intensive tasks. These agents are pre-trained on insurance regulations and can handle various processes, including objection rulings, patient record summaries, claims assessment, and member support. The platform aims to significantly reduce manual work for case workers, leading to faster processing, higher quality outcomes, and reduced backlogs. It boasts rapid deployment, often going live in days, and features a "Context Brain" that continuously learns from every case, improving accuracy over time. The tool emphasizes enterprise-grade security and compliance, including GDPR and ISO-27001:2022 certifications.

ImpriMed, Inc. is a pioneering company in AI-driven precision medicine, focusing on oncology. They leverage live-cell testing and artificial intelligence to predict drug responses, aiming to connect the right drug to the right patient. Their services extend to veterinary precision medicine, helping oncologists find optimal treatments for canine and feline blood cancers. Additionally, ImpriMed offers human precision medicine for predicting patient-specific drug responses (for research and investigational use only) and provides Ex Vivo CRO services to pharmaceutical companies to accelerate oncology drug development pipelines with live-cell-based analytics. The company is based in Palo Alto, CA, and Seoul, with services available in the US, Canada, England, France, and South Korea.

Dakshya A.I is dedicated to developing impactful AI-driven products specifically for the healthcare sector. The company's mission revolves around integrating advanced AI technology with practical healthcare solutions to address industry needs. While specific features are not detailed on the website, the overarching goal is to enhance healthcare operations and outcomes through artificial intelligence. This focus suggests potential applications in areas such as diagnostics, patient management, operational efficiency, or personalized treatment plans, all powered by AI. The tool is positioned to serve professionals within the healthcare industry looking for innovative technological advancements.

CareSwift is an AI-powered solution designed to revolutionize Emergency Medical Services (EMS) documentation. It significantly reduces the time spent on patient care reports (ePCRs) by leveraging AI-assisted voice and text entry, allowing medics to complete reports in as little as 2 minutes per call. The tool extracts essential information from dictated narratives to automatically fill ePCR fields, ensuring consistency and accuracy. CareSwift also provides real-time compliance auditing, detecting missing NEMSIS elements and contradictions instantly, which helps prevent billing-blocking issues and improves revenue recovery. Its automated QA/QI review system checks 100% of ePCRs, identifying complex compliance gaps and billing opportunities that manual reviews often miss, ultimately reducing QA time by up to 90%. CareSwift integrates seamlessly with existing ePCR platforms, minimizing retraining and accelerating deployment.

Mira is an AI-powered hormone health tracker designed to help individuals understand their hormone levels at various life stages. It utilizes an FDA/CE-compliant analyzer and a companion app to provide personalized insights for informed health decisions, whether for conceiving, managing PCOS, or transitioning through menopause. The system measures key hormones like LH, E3G, PdG, and FSH using superior fluorescent technology, offering results far more accurate than basic color changes. Mira also offers supplements, at-home lab tests, and expert consultations for holistic support, making hormone health accessible and clear. It is trusted by over 250,000 women and used in studies across 50+ universities and fertility clinics.

Overdrive Health is an AI-powered solution designed to revolutionize medical billing for healthcare providers. It combines expert human billers with advanced technology to streamline the entire revenue cycle management process. Key features include automated insurance discovery, ensuring accurate patient information from the start, and efficient eligibility verification to prevent claim rejections. The platform also offers precise medical coding, patient invoicing, and robust denial management to maximize collections and reduce administrative burden. By automating these critical steps, Overdrive Health aims to significantly reduce errors, accelerate payment cycles, and improve overall financial health for medical practices.

CADflow.ai offers automated digital dentistry solutions specifically designed for dental labs of all sizes. This AI-powered platform streamlines the CAD workflow by automatically preparing 3D models for dental appliance production, significantly reducing the time required for these tasks. The cloud-based nature of CADflow.ai ensures 24/7 accessibility and scalability, allowing labs to meet varying demands efficiently. It aims to enhance productivity and accuracy in digital dentistry, making it an essential tool for modern dental practices looking to optimize their operations and improve turnaround times for dental prosthetics and appliances.

Enhatch provides an AI-powered platform for efficient 3D planning of patient-specific implants and surgical guides, primarily for orthopedic and spine surgery. It simplifies the process of offering personalized solutions, even for lean teams, by streamlining preoperative planning. Key features include cloud-based planning, a DICOM Viewer for patient data verification, and integration with additive manufacturing partners like 3D Systems to bring designs to life. The platform also offers a dashboard to track cases, roles, approvals, and progress, ensuring seamless collaboration among all stakeholders. Enhatch supports highly customizable workflows, AI solutions, and automated alerts, while adhering to SOC 2 Type II, HIPAA, and HITECH standards for data safety.

ExaCare AI is an AI-powered toolkit specifically designed for post-acute care facilities, including skilled nursing and home health agencies. It automates critical admissions workflows, transforming hours of manual work into minutes. The platform reviews referrals, verifies insurance, and identifies potential financial risks or PDPM opportunities before admission. By applying facility-specific decision logic, ExaCare AI scores and prioritizes referrals, condensing complex patient information into concise overviews. It also highlights key data points and behavioral risks, ensuring staff can make confident, data-driven decisions. The tool provides real-time visibility into occupancy and portfolio-level intelligence, tracking metrics like decline reasons, payer mix, and win rates to optimize operations and maximize revenue.

AeroPath is an AI-powered tool designed for automatic airway segmentation using deep learning. Users can upload CT scan files, and the application will process the images to segment the airways. The results are then displayed in both 2D and 3D views, offering a comprehensive visualization. Users have the flexibility to select specific 2D slices for detailed examination and can also download the processed results. This tool is particularly useful for medical professionals and researchers involved in respiratory health and diagnostics, providing an efficient method for analyzing airway structures from CT scans.